Test page 3

Automatically extracted index information

• Foreign_words_and_phrases
• Figure captions
• Table captions
• Quick Index

Foreign words and phrases

nb-NO: Norwegian: Norska

• Dag Wiese Schartaum
  • FRA law (FRA-lagen in Swedish)
• Overvåking i en rettstat in the series Nordisk årbok i rettsinformatikk
  • FRA law (FRA-lagen in Swedish)

sv-SE: Swedish: Svenska

• bärbar
  • Internet Trends
• En anpassad försvarsunderrättelseverksamhet
  • FRA law (FRA-lagen in Swedish)
• exjobb
  • Example of why autoconfiguration is so important
• Försvarets radioanstalt
  • FRA law (FRA-lagen in Swedish)
• Internetstiftelsen i Sverige
  • Country Code Top-Level Domains (CCTLDs)
• komplettering
  • Grades: A..F (ECTS grades)
• Kursansvarig
  • Staff Associated with the Course
• mobil
  • Internet Trends
• Nätverk och kommunikation
  • Prerequisites
• Ringvägen
  • Country Code Top-Level Domains (CCTLDs)
• Signalspaning för polisiära ändamål
  • FRA monitoring communications since 1930s
• Telegrafstyrelsen
  • FRA monitoring communications since 1930s

Figure captions

• A one-input - two output multiplexor - when receiving inputs A and B on its input, then outputs them to two destinations
  • Concept of Multiplexing and Demultiplexing
• A two-input multiplexor - when receiving inputs A and B in the two inputs, then outputs them in some order via its output
  • Concept of Multiplexing and Demultiplexing
• Adapted from Forouzan Figure 13.21 page 368 and slide 15 of [2]
  • SCTP Association Shutdown
• Add a column and place it in the desired column position
  • Wireshark: From an earlier version of the program -adding another column
• Address slicing
  • Address Slicing: Confidentiality used to inform routers of their next hop
• Alice invites Bob to a SIP session
  • SIP timeline
• An initial view of Wireshark
  • Wireshark, tcpdump, etc.
• As can be seen in the plot there is a gap that occurs in the packet arrival times, it does not go up smoothly as one might expect.
  • Export as pcap file; input to tcpdump
• BGP Architecture
  • Resulting BGP Architecture
• Basic Ethernet + IP Architecture - based on Stevens, TCP/IP Illustrated, Volume 2
  • Basic Ethernet + IP Software Architecture
• Basic Router Architecture (assuming a radio and an ethernet interface)
  • Basic Router Software Architecture
• Basic steps in Routing
  • Routers do more than routing
• Routing Control and Data Planes
• Burst of
  • IO Graph functionality (sending a new burst – 2014.03.24)
• CDMA2000
  • CDMA2000 Extension to Mobile IP
• CU-SeeME centralized architecture
  • Alternative centralized model
• Case diagram of UDP group (W. R. Stevens, TCP/IP Illustrated, V.1, pg. 367)
  • Case Diagram
• Cellular IP
  • Cellular IP (CIP)
• Cellular IP location update
  • Cellular IP (CIP): Location Update
• Cellular IP-Handover
  • Cellular IP (CIP): Handover
• Cisco's NetFlow switching architecture
  • Cisco’s NetFlow Switching
• Cisco's Tag Switching
  • Cisco’s Tag Switching
• Clients using an X server to access one display
  • X Window System
• Count to infinity problem
  • Count to Infinity
• Data from (formerly available) https://www.isc.org/solutions/survey/history
  • Growth in Internet hosts
• Demultiplexing
  • Demultiplexing
• Demultiplexing based on port number
  • UDP Header
• Downward-demultiplexing
  • Concept of Multiplexing and Demultiplexing
• Downward-multiplexing
  • Concept of Multiplexing and Demultiplexing
• Encapsulation of data
  • encapsulation
• Escrowing a key
  • Escrowing a key
• Escrowing a key revisited
  • Key Escrow - revisited
• Ethernet encapsulation (see Stevens, Volume 1, Figure 2.1, pg. 23)
  • Ethernet Encapsulation (RFC 894)
• Example of a Firewall with NAT
  • Network Address Translation (NAT)
• Example of a Firewall with a DMZ
  • Demilitarized zone (DMZ)
• Example of stub AS, transit AS, and multihomed AS
  • Local vs. Transit traffic
• Example of the effect of fragmentation due to the datagram being larger than the MTU of the outgoing link
  • MTU and Datagram Fragmentation
• Filtering which takes place as you go up the TCP/IP stack
  • Filtering up the protocol stack
• Firewall and internet gateway
  • Proxy access through a firewall
• MBONE through firewalls
• Firewalls
• First step after opening a CSV formatted file
  • Importing in to a Microsoft Excel spreadsheet
• Format of ARP request/reply packet
  • ARP ≡ Address Resolution Protocol (RFC826)
• Format of PPP frame
  • PPP frames
• Format of RARP request/reply packet
  • RARP: Reverse Address Resolution Protocol (RFC 903)
• From Personal Area Networks (PANs) to Regional Area Networks (RANs) inspired by slide 5 of Carlos Cordeiro, Report on IEEE 802.22, IEEE J-SAC, and IEEE DySPAN 2007 tutorials, TCCN meeting at Globecom on November 27, 2006 (formerly available from http://www.eecs.ucf.edu/tccn/meetings/Report_06.ppt)
  • From PANs to RANs and beyond
• From www.dnsserverlist.org - 900 servers query times (2010.03.21)
  • DNS performance
• From www.dnsserverlist.org - top 100 servers query times (2010.03.21)
  • DNS performance - top 100
• Future home network
  • Future home/office/… network accesspoints
• Graphical plot of the congestion window (cwnd) as the connection goes from slow start to congestion avoidance behavior (figure from
  • Slow start
• Hierarchical FA and Regional Tunneling
  • Hierarchical FA and Regional Tunneling
• How do we know it is the same X?
  • Mobile IP - Establishing Identity
• Mobile IP - Identification
• ICMP redirect
  • ICMP Redirect
• IEEE802.2/802.3 (see Stevens, Volume 1, figure 2.1, pg. 23)
  • IEEE 802.2/802.3 Encapsulation (RFC 1042)
• IGMP - adapted from the earlier figure (See “Demultiplexing”)
  • How does IGMP fit into the protocol stack
• IGMP packets as seen with Ethereal
  • IGMP - ethereal
• IP datagram carrying a UDP packet
  • UDP Header
• IP header (see
  • Internet Protocol version 4 (IPv4) (RFC 791)-2
• TCP Header
• Internet Protocol version 4 (IPv4) (RFC 791)
• IPSec usage     red = secure, black = unsecure
  • Where can you run IPSec?
• IPv4 and IPv6 performance 2015.04.19
  • IPv4 versus IPv6 data rates
• IPv4 and IPv6 performance on
  • IPv4 versus IPv6 data rates
• IPv6 routing example with multihoming and choice of provider
  • IPv6 Routing
• Information slicing
  • Information Slicing: Anonymity Using Unreliable Overlays [Katti2007]
• Information slicing vulnerability
  • Information Slicing: Confidentiality vulnerability
• Internet Service Provider (ISP), Network Access Point (NAP)
  • The Internet Today
• Lawful Intercept with Key Escrow
  • Lawful Intercept with Key Escrow
• MBONE Growth - Doubling time ~8 months
  • MBONE growth
• MBONE behaves as if there were a multicast server, but this functionality is distributed rather than centralized.
  • IP Multicast scales well
• MIKEY and SRTP
  • MIKEY + SRTP
• Mapping between host names, IP address, and MAC address
  • Address Resolution: ARP, RARP
• Mattias Ronquist, “TCP Reaction to Rapid Changes of the Link Characteristics due to Handover in a Mobile Environment”, MS Thesis, KTH Royal Institute of Technology, Teleinformatics, August 4, 1999, p.38. This figure appears with the permission of the author.
  • Example of TCP behavior
• Mobile-IP IPv4 scenario
  • A Mobile-IP(V4) Scenario
• Mobile-IP IPv6 scenario
  • A Mobile-IP(V6) Scenario
• Mobile-IP agent discovery
  • Agent Discovery
• Mobile-IP optimization problem
  • Mobile IP Optimization Problem
• Multicast routing via tunnels - the basis of MBONE (see Forouzan Figure 15.14 pg. 453)
  • Multicast backbone (MBONE) [RFC 1112]
• Multicast routing: packet replicated by the routers -- not the hosts
  • Multicast routing
• Multicast spanning tree
  • Multicast Routing - Spanning Trees
• Multiple network technologies -
  • Internet Architecture
• Multiple network technologies - internetworked together Mobility (WWAN, WLAN, PAN, …) driving us towards Mobile Internet
  • Mobile IP - Internet Architecture
• Multiple-streams
  • SCTP Multiple-Streams
• NFS client and NFS server (see
  • NFS protocol, version 2 (RFC 1094)
• Name and address needed?
  • What to do with a new computer?
• Network management process
  • Network Management Process
• Note that in this step if you are using the Swedish language version of Microsoft’s Excel - you need to indicate that the "." in the Time column, should be converted to a "," - otherwise you can not do arithmetic on these values (as they look like strings!!!)
  • Wireshark: Final step
• Note that it need not be a physical ring, but was often an FDDI switch (such as the DEC Gigaswitch/FDDI).
  • Federal Internet eXchange (FIX)
• Note that the entries in the table have to be sorted - to achieve the longest match being at the smallest index.
  • Routing Table Search - Classless
• Note those packets with high or very high delays
  • Interarrival delay and variance
• On a point-to-point link, there is no need for ARP
  • non ARP example 1
• Organization of a Web client-server (see
  • Hypertext Transfer Protocol (HTTP)
• Paths between senders and receivers
  • RSVP operation
• Patterns of segments being sent in one direction and ACKs sent in response
  • Resulting bulk data flow
• Physical and Link layer protocols used for LANs
  • LAN Protocols
• Ping another machine on the LAN
  • Wireshark (formerly Ethereal)
• Plot showing number of packets per second
  • Wireshark’s IO Graph functionality
• Processing of IP Datagrams
  • Loopback interface
• Processing of network packets via a Virtual Interface
  • Virtual Interface (VIF)
• Questioning assumption 1 global observer
  • Questioning assumption #1
• Questioning assumption 2 slice observer
  • Questioning assumption #2
• RSVP operation between host and router
  • RSVP operation
• RSVP protocol mechanism
  • RSVP Protocol Mechanism
• Regional Tunneling redirect the traffic to the MN's new location
  • Hierarchical FA and Regional Tunneling
• Regional Tunneling redirects the traffic to the MN's new location
  • Hierarchical FA and Regional Tunneling
• Router (R) doing a Proxy ARP to provide MAC address of B
  • ARP example 2
• SCTP Daytime example - output from Ethereal
  • SCTP Example - Daytime [Jungmaier 2004]
• SDN with untrusted controllers
  • Using SDN: Untrusted controllers
• SIP over TLS
  • SIP over TLS
• SIP trapezoid
  • Voice Over IP - SIP Trapezoid
• SLIP Encapsulation
  • SLIP (RFC 1055)
• SOCKS v5 operation
  • SOCKs v5
• See Forouzan Figure 12.12 page 291
  • Flow for an rlogin session
• TCP Connection teardown
• See Forouzan Figure 12.9 page 286
  • TCP Connection establishment
• See Forouzan Figure 13.19 page 363
  • SCTP Association establishment - 4-way handshake
• Server and Network Bandwidth and latency
  • Bottlenecks
• Set your preferences for the User Interface
  • Wireshark: Choosing what columns to display
• Some statistics on the packet trace
  • Some statistics on this packet trace
• Summary of burst data
  • Summary of burst
• TFTP messages (see
  • TFTP messaages
• Taxonomy of Multicast Routing Protocols
  • Delivery Trees: different methods
• The UDP pseudo header in context
  • UDP Checksum and Pseudo-Header
• The bulk of the forwarding effort is
  • Forwarding module
• The resulting view
  • Wireshark: capture view after configuring the new column
• The routing table tells us which output port to use based on the destination (and possibly the source) IP address. The data plane has to run at packet rates (i.e., in real-time). However, a router also performs a lot of other processing.
  • Routing: Control and Data Planes
• Timeline of eight TCP connection for a home page and seven GIF images
  • Multiple simultaneous connections to HTTP server
• Tunneling IP Datagrams
  • Tunneling IP Datagrams
• Two alternatives to generate and dump packets
  • Tools Used: sock + tcpdump
• Two alternatives to get packets
  • Tools Used: tcpdump Program
• UDP datagram showing the 8-byte header
  • UDP Header
• Upward-demultiplexing
  • Concept of Multiplexing and Demultiplexing
• Upward-multiplexing
  • Concept of Multiplexing and Demultiplexing
• Usability of a voice circuit as a function of end-to-end delay
  • VoIP Latency
• Use spreadsheet operations over the values
  • Example of what can be done in Excel
• User Bandwidth and latency
  • Bottlenecks
• Using ARP on host C to determine MAC address of the interface on host B
  • ARP example 1
• Using Shamir secret sharing one can split the ley into N parts, such that any M of them are sufficient to recover the session key
  • Key Escrow n strings such that any m can be used to regenerate the session master key
• Using a Virtual Interface for Tunneling (IP in IP) (adapted from John Ioannidis’s thesis)
  • Using VIF for tunneling
• Vision-2, 2000 - high level of integration
  • Near Future systems: Personal Portal
• Vision-3, 2005-2015 - very high level of integration
  • Future Systems
• VoIP and data infrastructure
  • Increasingly IP based data+voice infrastructure
• VoIP architecture
  • Voice over IP (VoIP)
• VoIP gateway internals
  • Voice Gateway
• VoIP packet details
  • VoIP details
• When the indicated process is removed/dies, then the routine is no longer callable by
  • NFSspy problem
• Where am I? What am I? Who am I? Where am I going? When will I be there? What should I become? Who should I become?
  • Situational awareness and Adaptability
• Wireless IP Architecture
  • Wireless IP Network Architecture
• X disconnects from location A1 and reconnects at location A2
  • Mobile IP - Mobility
• X is moving from the cell a to the cell b
  • Simulcasting in Wireless Local Area Networks (WLANs)
• X moves from A1 to A2, Z not aware of Mobility
  • Back to the original problem: Z wants to send a message to X
• X moves from the cell a to the cell b
  • What happens in the case of wireless networks?
• X moves from the cell a to the cell b, but is still reachable by cell a!
  • Wireless Local Area Networks
• X moves from the cell a to the cell b, but may still reachable by cell a - but both cells are part of the same network
  • Wireless WANs
• X must send a redirect message to Z, to tell it its new address A2.
  • Alternative 1
• Z is communicating with X at A1 and wants to continue when X reconnects at location A2
  • Communication from Z to X
• Zoomed view of the frequency plot
  • A closer look at the histogram
• adapted from
  • Group membership State Transitions
• key escrow with XOR
  • Key Escrow two strings that when XORd regenerate the session master key
• linear,
  • Visualizing these laws
• mapping between host names and IP address(es)
  • Mapping names to IP addresses
• plot of frequency for tshark data
  • tshark -r burst-of-1000-packets.pcap > output.txt
• protocol layers in the TCP/IP protocol suite (see Stevens, Volume 1, Figure 1.4, pg. 6)
  • Review of Layering
• trusted SDN controller
  • Using SDN with a Trusted controller
• “Welcome (Greeting)” messages answered by “I am” messages
  • How did X know to send the “I am” message to the MSR?
• “Welcome (Greeting)” messages from router answered by “I am” messages
  • Could the MSR functionality be collocated with the router?

Table captions

• 0xffffff00
  • Subnet mask
• 0xffffffc0
  • Subnet mask
• CODE field
  • Agent Advertisement Message Format
• Decrease in total time to produce a response
  • Multiple simultaneous connections to HTTP server
• Definitions of Scope values
  • IPv6 Multicast Addresses
• Encapsulation of IGMP message in IP datagram
  • IGMP: Internet Group Management Protocol
• Error codes and their descriptions
  • SCTP ERROR chunk
• FLAGS field bits
  • Registration Message Format
• Format of ICMP message for Echo request/reply
  • PING: Packet InterNet Groper or sonar echo
• From
  • Transport Protocol Functional Overview
• Internet Multicast Addresses
• From RFC 4291
  • Permanently assigned groups
• HTTP 3-digit response code
  • HTTP Response Codes
• HTTP Header names
  • HTTP Header fields
• IGMP message format
  • IGMP: Internet Group Management Protocol
• OSPF Common Header (see
  • OSPF Packets
• OSPF Database Description packet (see
  • OSPF Database Description packet
• OSPF Link State Advertisement general-header
  • OSPF Link State Announcement (LSA) header
• OSPF Link state acknowledgement packet
  • OSPF Link state acknowledgement packet
• OSPF Link state request packet
  • OSPF Link state request packet
• OSPF Link state update packet
  • OSPF Link state update packet
• OSPF Link state update packet (see
  • OSPF Hello packet
• Provide information specific to a particular routing protocol
  • Protocol-Specific Multicast Routing MIBs
• RIP message format
  • Routing Information Protocol (RIP) version 1
• RIPv2 message format
  • RIP extensions (aka RIP-2)
• Reserved Anycast IDs -
  • IPv6 Anycast
• Statistics for individual HTTP connections
  • HTTP Statistics

Quick Index

• - A -
• - B -
• - C -
• - D -
• - E -
• - F -
• - G -
• - H -
• - I -
• - J -
• - K -
• - L -
• - M -
• - N -
• - O -
• - P -
• - Q -
• - R -
• - S -
• - T -
• - U -
• - V -
• - W -
• - X -
• - Y -
• - Z -
• - Å -
• - Ä -
• - Ö -

groups of words

• "\hyphenpenalty=5000 \tolerance=1000"
  • Suggestions when writing your report
• (S)RTCP packets
  • Avoiding fabrication of contents
• (S)RTP packets
  • Avoiding fabrication of contents
• .ae
  • Internet’s top level domains
• .aero
  • New top level domains
• .arpa
  • Internet’s top level domains
• .biz
  • New top level domains
• .com
  • Internet’s top level domains
• .coop
  • New top level domains
• .edu
  • Internet’s top level domains
• .gov
  • Internet’s top level domains
• .info
  • New top level domains
• .int
  • Internet’s top level domains
• .mil
  • Internet’s top level domains
• .museum
  • New top level domains
• .name
  • New top level domains
• .net
  • Internet’s top level domains
• .org
  • Internet’s top level domains
• .pro
  • New top level domains
• .se
  • Internet’s top level domains
• .zw
  • Internet’s top level domains
• /0
  • Classless Inter-Domain Routing (CIDR)
• /1
  • Classless Inter-Domain Routing (CIDR)
• /10
  • Classless Inter-Domain Routing (CIDR)
• /11
  • Classless Inter-Domain Routing (CIDR)
• /12
  • Classless Inter-Domain Routing (CIDR)
• /13
  • Classless Inter-Domain Routing (CIDR)
• /14
  • Classless Inter-Domain Routing (CIDR)
• /15
  • Classless Inter-Domain Routing (CIDR)
• /16
  • Classless Inter-Domain Routing (CIDR)
• /17
  • Classless Inter-Domain Routing (CIDR)
• /18
  • Classless Inter-Domain Routing (CIDR)
• /19
  • Classless Inter-Domain Routing (CIDR)
• /2
  • Classless Inter-Domain Routing (CIDR)
• /20
  • Classless Inter-Domain Routing (CIDR)
• /21
  • Classless Inter-Domain Routing (CIDR)
• /22
  • Classless Inter-Domain Routing (CIDR)
• /23
  • Classless Inter-Domain Routing (CIDR)
• /24
  • Classless Inter-Domain Routing (CIDR)
• /25
  • Classless Inter-Domain Routing (CIDR)
• /26
  • Classless Inter-Domain Routing (CIDR)
• /27
  • Classless Inter-Domain Routing (CIDR)
• /28
  • Classless Inter-Domain Routing (CIDR)
• /29
  • Classless Inter-Domain Routing (CIDR)
• /3
  • Classless Inter-Domain Routing (CIDR)
• /30
  • Classless Inter-Domain Routing (CIDR)
• /31
  • Classless Inter-Domain Routing (CIDR)
• /4
  • Classless Inter-Domain Routing (CIDR)
• /5
  • Classless Inter-Domain Routing (CIDR)
• /6
  • Classless Inter-Domain Routing (CIDR)
• /7
  • Classless Inter-Domain Routing (CIDR)
• /8
  • Classless Inter-Domain Routing (CIDR)
• /9
  • Classless Inter-Domain Routing (CIDR)
• /etc/named.boot
  • Configuring DNS
• /etc/resolv.config
  • Configuring DNS
• /tmp/.X11-unix/Xn
  • X Window System
• 0.0.0.0
  • Classful addressing
• 0:0:0:0:0:0:0:1
  • IPv6 Special Address Formats
• 0x02
  • Recommended Values for TOS Field
• 0x04
  • Recommended Values for TOS Field
• 0x08
  • Recommended Values for TOS Field
• 0x10
  • Recommended Values for TOS Field
• 0xFFFF
  • RIP extensions (aka RIP-2)
• 0xffffff00
  • Subnet mask
• 0xffffffc0
  • Subnet mask
• 1/2
  • Performance
• 10 GbE
  • Increasing Data Rates
• 10 Mbps Ethernet
  • Increasing Data Rates
• 10.0.0.0
  • Private networks
• 10/100/1000/…
  • PC interfaces
• 100 Mbps Ethernet (100Tx)
  • Increasing Data Rates
• 100GbE
  • Increasing Data Rates
• 101
  • Permanently assigned groups
• 128-bit
  • IPv6 features
• 16-bit
  • PING: Packet InterNet Groper or sonar echo
  • SCTP Header
  • IGMP: Internet Group Management Protocol
• 172.16.0.0
  • Private networks
• 192.168.0
  • Private IPv4 addresses
• 192.168.0.0
  • Private networks
• 1xx
  • SIP Status codes
• 2.944 Mbits/sec
  • Increasing Data Rates
• 200GbE
  • Increasing Data Rates
• 224.0.0.1
  • Multicasting IP addresses
• 224.0.0.2
  • Multicasting IP addresses
• 224.0.0.4
  • Multicasting IP addresses
• 224.0.0.9
  • Multicasting IP addresses
• 224.0.1.1
  • Multicasting IP addresses
• 224.0.1.2
  • Multicasting IP addresses
• 2xx
  • SIP Status codes
• 3 Mbps Ethernet
  • Increasing Data Rates
• 3-way
  • TCP Connection establishment
• 32-bit
  • IPv4 addresses
  • Subnet mask
  • SCTP Header
  • IGMP: Internet Group Management Protocol
• 3D
  • Requirements
• 3GPP
  • Acronyms and Abbreviations
• 3xx
  • SIP Status codes
• 4-bit
  • IGMP: Internet Group Management Protocol
• 4-byte
  • TCP Header
• 4.3BSD
  • Datagram truncation
• 400GbE
  • Increasing Data Rates
• 40GbE
  • Increasing Data Rates
• 4xx
  • SIP Status codes
• 5xx
  • SIP Status codes
• 64-bit boundary
  • IPv6 Destination Options header
• 6NET
  • IPv6 networks
• 6xx
  • SIP Status codes
• 8-byte
  • Fields relevant to Fragmentation
• <
  • Storing other attributes - TXT records
  • Root servers http://www.root-servers.org/
  • Steve Deering’s Multicast
  • Group membership State Transitions
  • Trossen’s Tussle Internet

- A -

• A NAP is a historical type of IXP. 
  • Network Access Points (NAPs)
• A1
  • How does Z know to send things to MSR-α?
• A4 sized paper
  • Suggestions when writing your report
• AAA
  • Acronyms and Abbreviations
  • Mobile IP Problems and Development
• AAAA
  • Resource Records (RR)
• AADS
  • Acronyms and Abbreviations
• ability
  • Interior Gateway Routing Protocol (IGRP)
• ABSTRACT
  • Early Patent
• Accelerated
  • PC interfaces
• accept
  • Socket API
• access
  • Remote MONitoring (RMON)
  • Delay Tolerant Networks (DTNs)
• access to dial numbers
  • Trends: Shifting from traditional telecommunications to data communications-2
• accessible
  • Will VoIP calls have to:
• accommodates
  • Internetworking
  • Internetworking-2
• Accordingly
  • Where are ISPs?
• Accordingly Typically
  • Where are ISPs?
• ACK
  • Acronyms and Abbreviations
  • TCP Control field - indicates the purpose & contents of this segment:
  • SIP Methods
• Acknowledgements
  
  • Transmission Control Protocol (TCP)
• Acquiring
  • Dissemination not conversation
• Acronyms
  • Acronyms and Abbreviations
• Action
  • IPv6 Destination Options header
• Action (2 bits)
  • IPv6 Destination Options header
• active
  • Reserved and Available UDP Port Numbers
  • TCP Connection teardown
  • SCTP Association establishment - 4-way handshake
  • Objectives of Mobile IP
  • Active Networks
  • Vehicular ad hoc networks (VANETs)
  • Evolution of new varieties of networks
• Active Networking
  • Future networks
• acts
  • Remote MONitoring (RMON)
• Actual
  • Congestion Control
  • Delay Tolerant Networks (DTNs)
• Acute
  • Intracortical Electrode Array – aka “Utah array”
• ad hoc
  • Mobile ad hoc Networks (MANETs)
  • Future networks
  • Internet of Things (IoT): What kinds of “things” might be interesting?
• ADAE
  • Acronyms and Abbreviations
• adapted
  • SCTP Association Shutdown
  • Group membership State Transitions
  • Trossen’s observations
  • Trossen’s Design principles to Architecture Invariants
• Adapting
  • Situational awareness and Adaptability
• adapts
  • RSVP Summary
• add
  • Wireshark: From an earlier version of the program -adding another column
  • Header Checksum
  • DDNS RFCs
  • Multiprotocol BGP (MBGP) [RFC 2858]
  • Avoiding fabrication of contents
• added
  • Summary of IPv6 ICMP
• Additive
  • Congestion Control
• address
  • IPv4 addresses
  • ARP and RARP
  • Address Resolution: ARP, RARP
  • ARP ≡ Address Resolution Protocol (RFC826)
  • Internet Control Message Protocol (ICMP)
  • ICMP Summary
  • RFC 5062 - Security Attacks Found Against SCTP and Current Countermeasures
  • RMON2
  • IPv6 Routing header
  • Address Slicing: Confidentiality used to inform routers of their next hop
  • Active Networks
• address-family
  • Routing Information Protocol (RIP) version 1
• Addresses
  • IGMP Implementation Details
  • Private networks
  • Fibre Channel
• adds
  • Nagle Algorithm
• adjacent
  • Split Horizon
• Admin
  • Java and Management
• Admin-Local
  • IPv6 Multicast Addresses
• Administratively
  • Other multicast efforts
• Adoption
  • IPv6 - Summary
• Advantages
  • Novel IPX/SPX Addresses
  • Open Shortest Path First (OSPF)
  • Multicast Routing - Flooding
  • Core-Based Trees (CBT)
  • Network Address Translation (NAT)
• advertise
  • Silly Window Syndrome
  • Redistribution of Route Information between protocols
  • How did X know to send the “I am” message to the MSR?
• Advertised
  • SCTP INIT Chunk
  • SCTP INIT ACK Chunk
  • SCTP Selective Acknowledgement (SACK) Chunk
• advertisements
  • Host routing
• Advertising
  • OSPF Link State Announcement (LSA) header
• Advertising router
  • OSPF Link state request packet
• Africa Network Information Center (AFRINIC)
  • IP address assignments
• AFRINIC
  • Acronyms and Abbreviations
  • Running out of IPv4 addresses
• AFS
  • Resource Records (RR)
• AFSDB
  • Resource Records (RR)
• Agent
  • SNMP Traps
  • Agent Discovery
  • Agent Advertisement Message Format
• Agents
  • Requirements
• Aggregate
  • Routing Tables (in practice)
• aggregation
  • BGP operation
• AGP
  • Acronyms and Abbreviations
• AH
  • IPv4 Protocol type ⇨ IPv6 Next Header type
  • IPSec AH header
• Aim
  • Aim
• Alarm
  • RMON1 Statistics
• Alarms
  • RMON1 Statistics
• Algorithm
  • IP WAN Multicast Requirements
• Algorithms
  • QoS & Scheduling algorithms
• Alice
  • SIP timeline
  • Alice talking to Bob via VoIP
  • Alice talking to Bob via encrypted tunnel
  • Secure call setup
  • Escrowing a key
  • Using SDN with a Trusted controller
• all-hosts
  • IGMP Implementation Details
• All-IP
  • Trends: Shifting from traditional telecommunications to data communications-2
• all-routers
  • IGMP Implementation Details
• all-subnets-directed
  • Special Case IP Addresses
  • Broadcasting
• allocated
  • Private networks
• Allow
  • HTTP Header fields
  • Objectives of Mobile IP
• American Registry for Internet Numbers (ARIN)
  • IP address assignments
• Ameritech
  • Network Access Points (NAPs)
• Amount
  • RMON2
• amplification
  • Commonly Used Simple Services
• ANCP
  • Acronyms and Abbreviations
• Announcements
  • Welcome to the Internetworking course!
• Anonymous
  • Communications and Privacy
• ANS
  • Internet Routing Registry (IRR)
• Answer
  • DNS Message format
  • Why would anyone use RIP?
  • Mobile IP - Establishing Identity
  • How does Z know to send things to MSR-α?
• Answering
  • Secure call setup
• anticipated
  • Getting Service
• anycast
  • IPv6 Addressing
  • IPv6 Anycast
• anyone
  • NFSspy problem
  • Trends: Shifting from traditional telecommunications to data communications-2
• Anything
  • Basic concepts
• API
  • Acronyms and Abbreviations
• APNIC
  • Acronyms and Abbreviations
  • Running out of IPv4 addresses
• Apple
  • PC interfaces
• Applet
  • Java and Management
• AppleTalk
  • PPP: Point to Point Protocol
• Appliances
  • Internet of Things (IoT): What kinds of “things” might be interesting?
• Application
  • Recommended Values for TOS Field
  • NFS protocol, version 2 (RFC 1094)
  • RMON2
  • Security Protocols, APIs, etc.
• applications
  • User Datagram Protocol (UDP)
  • DNS: Domain Name Service (RFC 1034, RFC 1035)
  • Core Problem to be solved by multicasting
  • RSVP: Resource Reservation Setup Protocol [RFC 2205]
• Apply
  • Firewall Design
• Area
  • OSPF Packets
  • OSPF Hello packet
  • OSPF Database Description packet
  • OSPF Link state update packet
  • OSPF Link state request packet
  • OSPF Link state acknowledgement packet
• ARIN
  • Acronyms and Abbreviations
  • Running out of IPv4 addresses
• ARP
  • Acronyms and Abbreviations
  • Direct vs. indirect Delivery
  • Address Resolution: ARP, RARP
  • ARP ≡ Address Resolution Protocol (RFC826)
  • ARP example 1
  • Address Resolution Cache
  • ARP example 2
  • Summary of IP basics
• ARPANET
  • Maximum Transmission Unit (MTU)
• AS
  • Autonomous systems (ASs) – RFC 1930
• AS Explorer
  • WEB based Management
• AS-external-LSAs
  • OSPF Link State Announcement (LSA) header
• Ascend Communications
  • Carriers offering VOIP
• Asia-Pacific Network Information Center (APNIC)
  • IP address assignments
• ASIC
  • Acronyms and Abbreviations
• ASICs
  • Speed through Silicon
• aspath
  • Additional tools for watching TCP
• assigned
  • IP “Protocol” field (RFC 1700)
  • Classless Inter-Domain Routing (CIDR)-2
• Assigning
  • Differentiated services
• Assignment
  • Address Allocation [RFC 4291]
• Assignments
  • Welcome to the Internetworking course!
• Assistance
  • Vehicular ad hoc networks (VANETs)
• association
  • SCTP Association Termination
  • SCTP Path MTU Discovery
  • RFC 5062 - Security Attacks Found Against SCTP and Current Countermeasures
• associations
  • Stream Control Transmission Protocol (SCTP)
  • SCTP Header
  • Interconnections of networks
• Assume
  • Multicast Routing - Steiner Trees
• assumed
  • Fast forwarding
  • Information Slicing: Confidentiality vulnerability
  • Questioning assumption #1
  • Questioning assumption #2
• assumes
  • Novel IPX/SPX Addresses
  • Serial line throughput
• AT&T
  • Carriers offering VOIP
  • VOIP vs. traditional telephony
• ATM
  • Acronyms and Abbreviations
  • Problems for multicasting
• Atom/AtomPub
  • Web Services
• attacks
  • Gratuitous ARP
• audio
  • Telesys class was multicast over MBONE
  • RTP and H.323 for IP Telephony
• audio/video
  • RTP and H.323 for IP Telephony
• AUTH
  • Acronyms and Abbreviations
• authentication
  • PPP: Point to Point Protocol
  • Network File System (NFS)
  • RIP extensions (aka RIP-2)
  • OSPF Packets
  • OSPF Hello packet
  • OSPF Database Description packet
  • OSPF Link state update packet
  • OSPF Link state request packet
  • OSPF Link state acknowledgement packet
  • SNMP features
  • Voice over IP (VoIP) basic functions
  • IPv6 features
  • IPv4 Protocol type ⇨ IPv6 Next Header type
  • IPv6 Extension headers
  • Security Protocols, APIs, etc.
  • IPSec
  • Communications and Privacy
• authoritative Name Server
  • Resource Records (RR)
• Authorization
  • HTTP Header fields
• Authorizes
  • FRA law (FRA-lagen in Swedish)
• auto-configuration
  • Nomadic Computing
  • Networked Entertainment
  • Why IPv6?
  • Future networks
• Auto-Readdressing
  • IPv6 Routing
• autoconfiguration
  • Contents
  • Alternatives to RARP
• automated
  • Additional tools for watching TCP
• Automobiles
  • More Context
• Autonomous  Systems
  • Where are ISPs?
• Available
  • OpenVPN
  • FRA monitoring communications since 1930s
• avg
  • VoIP Latency
• AVM
  • Acronyms and Abbreviations
• avoid
  • Transmission Control Protocol (TCP)
  • Stream Control Transmission Protocol (SCTP)
  • Simplifications
• Avoiding
  • Avoiding fabrication of contents
• avoids
  • DHCP’s importance
• Axis Communications AB
  • Web Enabled Devices
  • WEB based Management

- B -

• B
  • Classful addressing
  • Private IPv4 addresses
  • Root servers http://www.root-servers.org/
  • SCTP Data Chunk
  • OSPF Database Description packet
  • Internet Multicast Addresses
  • Multicasting example
  • Agent Advertisement Message Format
  • Registration Message Format
  • Active Networks
• backbone
  • Open Shortest Path First (OSPF)
• Backbones
  • IP traffic growing exponentially!
• Backup
  • OSPF Hello packet
• Bad
  • HTTP Response Codes
• Badge
  • Human centered
• Bandwidth
  • Routing Metrics
  • Proprietary MIBs to extend RMON functions
• BANs
  • Evolution of new varieties of networks
• Base
  • Java and Management
• based
  • Examination requirements
  • Internetworking
  • Basic concepts
  • Internetworking-2
  • SCTP Path MTU Discovery
  • BGP operation
  • SNMPv3
  • Voice over IP (VoIP) basic functions
  • The Network Mapper (NMAP)
• Basestation-a
  • Wireless WANs
• Basic
  • Basic Ethernet + IP Software Architecture
  • Routing: Control and Data Planes
  • Routing Control and Data Planes
  • Basic Router Software Architecture
  • Classless Inter-Domain Routing (CIDR)-2
  • Routers do more than routing
  • SNMP-based tools and multicast related MIBs
• Basics
  • Cisco’s Tag Switching
• Bassam
  • Summary of IP basics
• BCM56980
  • High speed switch chips
• BCM88690
  • High speed switch chips
• Behavior
  • Alternative centralized model
• Benefits
  • Simplifications
• Best
  • Quality of Service (QoS)
• Best-effort
  • Basic communication mechanism: datagram
• Better
  • RPF results in a different spanning tree for each source
• Bezeq (Israel)
  • VOIP vs. traditional telephony
• BGP
  • Acronyms and Abbreviations
  • Routing packets in the Internet
  • Interdomain routing protocols
  • BGP - Border Gateway Protocol
  • BGP operation
  • Resulting BGP Architecture
  • BGP Open Message
• BGP Keepalive message
  • BGP Keepalive Message
• BGP Notification message
  • BGP Notification Message
• BGP Update message
  • BGP Update Message
• biff
  • Reserved and Available UDP Port Numbers
• Binary
  • Address Allocation [RFC 4291]
• bind
  • Socket API
• binding update
  • A Mobile-IP(V6) Scenario
• binds
  • Socket API
• biometric
  • Human centered
• Bit
  • Differentiated Services (DS) & Type of Service
  • DNS Parameters field
  • Agent Advertisement Message Format
  • Registration Message Format
• Bits
  • Differentiated Services (DS) & Type of Service
  • IPv6 Destination Options header
• blocks
  • Private IPv4 addresses
• blogs
  • Wikinomics
• Bob
  • Bob’s response
• Body
  • HTTP Header fields
• Boeing
  • Black phones
• Bombing
  • RFC 5062 - Security Attacks Found Against SCTP and Current Countermeasures
• Book
  • Long tail
• Boot
  • BOOTP: Bootstrap Protocol (RFC 951)
  • BOOTP Vendor specific information (RFC 1497 and RFC1533)
• BOOTP
  • Acronyms and Abbreviations
  • Alternatives to RARP
  • UDP and friends - Outline
  • BOOTP: Bootstrap Protocol (RFC 951)
  • UDP and Friends: Summary
• bootpc
  • Reserved and Available UDP Port Numbers
• bootps
  • Reserved and Available UDP Port Numbers
• Bootstrap
  • Reserved and Available UDP Port Numbers
• border
  • Open Shortest Path First (OSPF)
• bottom
  • Mapping Multicast (Class D) address to Ethernet MAC Address
• Briscoe
  • Growth rates-2
• broadband ISDN (B-ISDN)
  • How does this avoid the “B-ISDN debacle”?
• broadcast
  • IPv4 addresses
  • Routing Information Protocol (RIP) version 1
• Broadcast datagrams
  • Registration Message Format
• Broadcom
  • High speed switch chips
  • Network Management Systems
• BSD
  • RARP server
  • Interaction between UDP and ARP on a BSDI system
  • ICMP Source Quench Error
• BT Research
  • Is saying “Internet of xxx” misleading?
• buffered
  • Congestion Avoidance
• Build
  • Delivery Trees: different methods
• Buildings
  • Internet of Things (IoT): What kinds of “things” might be interesting?
• Builds
  • Web Based Enterprise Management Initiative (WBEM)
• Built-in
  • Transport Protocol Functional Overview
  • Counter currents
• Burst
  • IO Graph functionality (sending a new burst – 2014.03.24)
• Business
  • Vehicular ad hoc networks (VANETs)
• Busy
  • Agent Advertisement Message Format
• Busy Foreign
  • Agent Advertisement Message Format
• BYE
  • SIP Methods
• bärbar
  • Internet Trends

- C -

• C
  • Classful addressing
  • Private IPv4 addresses
  • Differentiated Services (DS) & Type of Service
  • Root servers http://www.root-servers.org/
  • Internet Multicast Addresses
  • ISO FCAPS Network Management Model
• C (1 bit)
  • IPv6 Destination Options header
• c/o
  • Dynamic Domain Name System (DDNS)
• CA*net
  • Internet Routing Registry (IRR)
• Cache
  • Link-State Multicast: MOSPF [RFC 1584]
• caching
  • Low Bandwidth X
• CADF
  • DMTF standards
• Calculate
  • Bandwidth-Delay Product
• CALEA
  • Acronyms and Abbreviations
• call
  • Remote Procedure Call (RPC)
  • Voice over IP (VoIP) Threats
• call contents
  • Trends: Shifting from traditional telecommunications to data communications-2
• Caller
  • What is “meta data”?
• Calling
  • Secure call setup
• CAM
  • Acronyms and Abbreviations
• CAN
  • Acronyms and Abbreviations
• CANCEL
  • SIP Methods
• CanCERT™
  • Security Organizations and Companies
• canonical name≡ alias
  • Resource Records (RR)
• capacity
  • Bandwidth-Delay Product
  • RSVP: Resource Reservation
  • Remote MONitoring (RMON)
• Capture
  • RMON1 Statistics
• captures
  • Tools for managing multicast
• Care of Address
  • A Mobile-IP(V4) Scenario
  • A Mobile-IP(V6) Scenario
  • Agent Advertisement Message Format
  • Registration Message Format
• Care-of
  • MN Requirements
• care-of-address
  • FA Requirements (v4)
• carrier
  • Link Layer
• Carry
  • VoIP details
• case
  • Case Diagram
• Case 367
  • Case Diagram
• Category
  • Differentiated services
• Cause
  • Van Jacobson’s Fast retransmit and Fast Recovery Algorithm
• Caveats
  • Serial line throughput
• CBT
  • Acronyms and Abbreviations
  • Protocol-Specific Multicast Routing MIBs
• CC
  • RTP: Real-Time Transport Protocol
• CCNA
  • Acronyms and Abbreviations
• CCTLD
  • Acronyms and Abbreviations
• CDMA2000
  • Mobile IP Problems and Development
  • CDMA2000 Extension to Mobile IP
• Cellular
  • Mobile IP Problems and Development
  • Cellular IP (CIP)
  • Cellular IP (CIP): Handover
  • Cellular IP (CIP): Location Update
  • What is “meta data”?
• Cellular-IP
  • Cellular IP (CIP)
  • Cellular IP (CIP): Location Update
• CERT
  • Acronyms and Abbreviations
• CGA
  • Acronyms and Abbreviations
• changes
  • Spotting trends at 1%
• Character
  • Reserved and Available UDP Port Numbers
• chargen
  • Commonly Used Simple Services
  • Reserved and Available UDP Port Numbers
• cheating
  • Ethics, Rights, and Responsibilities
• Check
  • OSPF building blocks
  • Reverse-Path Forwarding (RPF)
  • Policy Based Management
• checksum
  • Internet Protocol version 4 (IPv4) (RFC 791)-2
  • User Datagram Protocol (UDP)
  • OSPF Packets
  • OSPF Hello packet
  • OSPF Database Description packet
  • OSPF Link state update packet
  • OSPF Link state request packet
  • OSPF Link state acknowledgement packet
  • IPv6 ICMP [RFC 2463]
  • IPv6 ICMP Error Messages
  • IPv6 ICMP Echo Request/Reply (PING)
  • IPv6 ICMP and groups
• Chief Researcher
  • Is saying “Internet of xxx” misleading?
• Chris
  • Is this only true for books?
• Chris Anderson
  • Long tail
• chunk
  • Stream Control Transmission Protocol (SCTP)
  • SCTP Chunk
  • SCTP Association Termination
  • RFC 4895 - Authenticated Chunks for SCTP
• Chunks
  • SCTP Header
• CIDR
  • Acronyms and Abbreviations
  • Problems due to the dual functions of IP addresses
  • Classless Inter-Domain Routing (CIDR)-2
• CIM
  • Acronyms and Abbreviations
  • Common Information Model (CIM)
  • DMTF standards
• CIMI
  • DMTF standards
• CIP
  • Acronyms and Abbreviations
• circuit-switched
  • Trends: Shifting from traditional telecommunications to data communications
  • Trends: Shifting from traditional telecommunications to data communications-2
• Cisco
  • How important are switches vs. routers?
  • DHCP’s importance
  • Interior Gateway Routing Protocol (IGRP)
  • Cisco’s NetFlow Switching
  • Cisco’s Tag Switching
  • Dynamic routing - Summary
  • WEB based Management
  • Cisco Voice Over IP (early entry)
  • NETCONF and YANG
• Cisco Systems 3810 router
  • Carriers offering VOIP
• CIX
  • Acronyms and Abbreviations
• Claim
  • Intranet Telephone System
• Class
  • Classful addressing
  • Private IPv4 addresses
  • IP Options Encoding
  • IPv6 header format
  • Quality-of-Service Capabilities
• Class field
  • Quality-of-Service Capabilities
• Class-identifier
  • DHCP: Dynamic Host Configuration Protocol (RFC 1531)
• Classes
  • Service Differentiation
• Classes of Service
  • Future networks
• Classically
  • Classful addressing
• Clayton Christianson
  • How does this avoid the “B-ISDN debacle”?
• clean slate
  • Clean slate re-design of the Internet
  • Clean slate re-design of the Internet (2)
• Clear-text
  • SNMP features
• client
  • BOOTP: Bootstrap Protocol (RFC 951)
  • HTTP Response Codes
  • HTTP Statistics
  • NFS protocol, version 2 (RFC 1094)
  • SCTP Example - Daytime [Jungmaier 2004]
  • SIP Status codes
• Client-identifier
  • DHCP: Dynamic Host Configuration Protocol (RFC 1531)
• Client-server
  • X Window System
• clients
  • NFS Statelessness
  • X Window System
• Clock
  • ICMP Summary
• close
  • Socket API
• Clusters
  • Clustering
• CMIP
  • Acronyms and Abbreviations
• CN
  • A Mobile-IP(V4) Scenario
  • A Mobile-IP(V6) Scenario
• CNAME
  • Resource Records (RR)
• Co-located
  • Temporary Address Assignment
• code
  • Differentiated services
  • PING: Packet InterNet Groper or sonar echo
  • IPv6 ICMP [RFC 2463]
  • IPv6 ICMP Error Messages
  • IPv6 ICMP Echo Request/Reply (PING)
  • IPv6 ICMP and groups
  • Agent Advertisement Message Format
• CODE field
  • Agent Advertisement Message Format
• Cogent
  • Root servers http://www.root-servers.org/
• Collaboration
  • Trossen’s observations
• Collaborations
  • Welcome to the Internetworking course!
• collaborative
  • Trossen’s observations
• Collect
  • RMON1 Statistics
• collects
  • Tools for managing multicast
  • Remote MONitoring (RMON)
• Combine
  • Cisco’s Tag Switching
• comfort-noise
  • Cisco Voice Over IP (early entry)
• Coming
  • Future - Summary
• Command
  • Routing Information Protocol (RIP) version 1
  • RIP extensions (aka RIP-2)
• commercial
  • More Context
  • Internet’s top level domains
  • Trossen’s observations
• Common
  • OSPF Packets
• Communicates
  • Therefore a Multicast Router
• communication
  • More Context
  • From PANs to RANs and beyond
  • Objectives of Mobile IP
  • Too cheap to meter
• Communications
  • Communication from Z to X
• community
  • Working for free
• companies
  • Internet’s top level domains
• Company
  • VOIP vs. traditional telephony
• Compatibility
  • Voice over IP (VoIP) basic functions
• competition
  • How does this avoid the “B-ISDN debacle”?
• complete
  • Open Shortest Path First (OSPF)
• Completes
  • SCTP COOKIE ACK Chunk
• compliance
  • Will VoIP calls have to:
• Complicated
  • Service Differentiation
• ComponentID
  • DMI 2.0 has three groups
• Composed
  • SNMPv3
• composite
  • IGRP Metrics
• compression
  • Low Bandwidth X
• Compute
  • Link-State Multicast: MOSPF [RFC 1584]
  • Reverse-Path Forwarding (RPF)
• Computer
  • Literature
  • Security Organizations and Companies
  • Human centered
• computing
  • Routing
  • Too cheap to meter
  • Resource pooling examples
• Concerning
  • Literature-2
• concluded
  • Robust Header Compression (rohc)
• concurrent
  • Simple Network Management Protocol (SNMP)
• Conference
  • Core Problem to be solved by multicasting
• configuration
  • Protocol-Specific Multicast Routing MIBs
  • RMON2
• configured
  • Host routing
• Configuring
  • Configuring DNS
• Confirms
  • SIP Methods
• Congest
  • Transport Protocol Functional Overview
• Congestion
  • Congestion Control
  • Problems with multiple HTTP connections
• connect
  • Socket API
• connected
  • Local vs. Transit traffic
• connection
  • Socket API
  • HTTP Statistics
• Connection control
  • Transport layer protocols
• connection-oriented
  • Connection-oriented vs. Connectionless
  • Main Transport layer protocols - UDP
  • Main Transport layer protocols: TCP
  • Transmission Control Protocol (TCP)
  • Main Transport layer protocols - SCTP
  • Other approaches to One-to-Many and Many-to-Many communication
• Connectionless
  • Connection-oriented vs. Connectionless
  • Main Transport layer protocols - UDP
  • Main Transport layer protocols: TCP
  • Main Transport layer protocols - SCTP
• connections
  • Very high-speed Backbone Network Service (vBNS)
• Consider
  • Example of mismatch in growth rates
  • Clean slate re-design of the Internet
  • Clean slate re-design of the Internet (2)
  • Resource pooling examples
  • Concept of Multiplexing and Demultiplexing
• Consists
  • IPSec ESP packet
• Constraint-based Routing
  • Future networks
• constructing
  • Trossen’s Design principles to Architecture Invariants
• Contact
  • Country Code Top-Level Domains (CCTLDs)
• content
  • Meta data and IPv6
  • Publish-Subscribe Internet Routing Paradigm (PSIRP) project
• Content-Encoding
  • HTTP Header fields
• Content-Length
  • HTTP Header fields
• Content-Type
  • HTTP Header fields
• context
  • Visualizing these laws
• Context-awareness
  • Trends: Shifting from traditional telecommunications to data communications
  • Trends: Shifting from traditional telecommunications to data communications-2
• Context/situation-aware
  • Smart Networks with Sensors
• Contiguous
  • IPv4 Options
• Contributing
  • RTP: Real-Time Transport Protocol
• control
  • Routing: Control and Data Planes
  • SCTP Header
  • RTP and H.323 for IP Telephony
  • Device Control
  • ISAKMP
  • Trends: Shifting from traditional telecommunications to data communications-2
• Controller
  • Vehicle Area Networks (VANs)
• Controller Truck
  • Vehicle Area Networks (VANs)
• convenient
  • Will VoIP calls have to:
• Convention
  • IP WAN Multicast Requirements
  • Lawful Interception (LI)
• Conventions
  • Network names
• conversation
  • Reserved and Available UDP Port Numbers
  • Publish-Subscribe Internet Routing Paradigm (PSIRP) project
• Cookie
  • SCTP ERROR chunk
• cooperation
  • How does this avoid the “B-ISDN debacle”?
  • Trossen’s observations
• Copy
  • IP Options Encoding
• copyright owner's permission
  • Suggestions when writing your report
• correlation
  • Connection-oriented vs. Connectionless
• Cost
  • Routing Metrics
  • Interconnections of networks
• Count
  • Count to Infinity
• Counter
  • SCTP Fault Management
• Coupling
  • Environment
• CPIP
  • Acronyms and Abbreviations
• CRC
  • Acronyms and Abbreviations
  • PPP frames
  • PPP summary
• create
  • NFS Procedures
  • RSVP Soft State
• creates
  • Socket API
• Creative Commons
  • Suggestions when writing your report
• credentials
  • Remote Procedure Call (RPC)
• CRITIC/ECP
  • Precedence
• Cryptographic signature
  • Resource Records (RR)
• Cryptographically
  • Meta data and IPv6
• CSLIP
  • Link Layer
  • SLIP Problems⇒ CSLIP ≡ Compressed SLIP
• CU-SeeME
  • Alternative centralized model
• cumulative
  • SCTP Selective Acknowledgement (SACK) Chunk
  • SCTP Association Shutdown
• current
  • Getting Service
  • A Mobile-IP(V6) Scenario
  • Trossen’s observations
  • Personal Computing and Communication (PCC)
• custom
  • Exporting data to other tools
• cut-through
  • Topics
• cwnd
  • Acronyms and Abbreviations
  • Slow start

- D -

• D
  • Classful addressing
  • Routing table (example)
  • Root servers http://www.root-servers.org/
  • Internet Multicast Addresses
  • Multicasting example
  • Quality-of-Service Capabilities
  • Registration Message Format
• D-ITG
  • Acronyms and Abbreviations
• DAAD
  • Acronyms and Abbreviations
• Dag
  • FRA law (FRA-lagen in Swedish)
• Dag Wiese Schartaum
  • FRA law (FRA-lagen in Swedish)
• Damon
  • Resource pooling
• Danger
  • Vehicular ad hoc networks (VANETs)
• DANs
  • Evolution of new varieties of networks
• DarkMatter
  • Black phones
• Darwin
  • Personal monitoring
• DASH
  • DMTF standards
• data
  • Context of the course-2
  • Speed
  • How important are switches vs. routers?
  • IP Options Encoding
  • SCTP Header
  • RTP and H.323 for IP Telephony
  • IPv6 ICMP Echo Request/Reply (PING)
  • Growth in Internet hosts
  • Active Networks
• Data Base
  • Resource Records (RR)
• Data-driv
  • Delivery Trees: different methods
• Database
  • OSPF Packets
  • OSPF Database Description packet
• datagram
  • Internet Control Message Protocol (ICMP)
  • Socket API
• Datagram-oriented
  • User Datagram Protocol (UDP)
• Date
  • HTTP Header fields
• daytime
  • Commonly Used Simple Services
  • Reserved and Available UDP Port Numbers
• DDNS
  • Acronyms and Abbreviations
  • Dynamic Domain Name System (DDNS)
• DDX
  • Acronyms and Abbreviations
• De facto
  • Voice over IP (VoIP) basic functions
• De jure
  • Voice over IP (VoIP) basic functions
• Dead
  • OSPF Hello packet
• DEC IP Portal
  • Maximum Transmission Unit (MTU)
• decimal
  • IPv4 Protocol type ⇨ IPv6 Next Header type
  • IPv6 Anycast
• DECnet
  • PPP: Point to Point Protocol
• Decrease in total time to produce a response
  • Multiple simultaneous connections to HTTP server
• default
  • Routing
  • Forwarding
  • Host vs. router - two behaviors
  • Routing table (example)
  • Host routing
  • Tools Used: sock Program
• defense
  • Firewall Design
• deferred
  • Simple Network Management Protocol (SNMP)
• Defined
  • Resource Records (RR)
  • RIP extensions (aka RIP-2)
• Defined Version
  • RIP extensions (aka RIP-2)
• defines
  • SCTP INIT Chunk
  • Internet Protocol Version 6 (IPv6)
• Definitions
  • IPv6 Multicast Addresses
• Definitions of Scope values
  • IPv6 Multicast Addresses
• Delay
  • Differentiated Services (DS) & Type of Service
  • Routing Metrics
  • Delay Tolerant Networks (DTNs)
• Delay sensitive
  • Quality-of-Service Capabilities
• delayed
  • Silly Window Syndrome
• delete
  • NFS Procedures
• delivered
  • IPv6 Addressing
• delivering
  • Trossen’s Design principles to Architecture Invariants
• Delivery
  • Broadcast and Multicast
• Demand-drive
  • Delivery Trees: different methods
• Demilitarized
  • IPSec, VPNs, Firewalls, and NAT - Outline
• Demonstrate
  • Learning outcomes
  • Goals, Scope and Method
  • Learning Outcomes
• demultiplexing
  • Demultiplexing
  • Internet Protocol version 4 (IPv4) (RFC 791)
  • UDP Header
• Demultiplexor
  • Concept of Multiplexing and Demultiplexing
• Denial
  • Denial of service attacks against DNS
  • TCP SYN Flooding Attack
• Denial-of-service
  • Voice over IP (VoIP) Threats
• dense
  • Protocol-Independent Multicast (PIM)
• Dense Wavelength Division Multiplexing (DWDM)
  • Increasing Data Rates
• Derived
  • Network Management Systems
• DES
  • Acronyms and Abbreviations
• description
  • Commonly Used Simple Services
  • IEEE 802 Numbers of Interest
  • Special Case IP Addresses
  • Classless Inter-Domain Routing (CIDR)
  • Reserved and Available UDP Port Numbers
  • Internet’s top level domains
  • New top level domains
  • Resource Records (RR)
  • TCP Control field - indicates the purpose & contents of this segment:
  • HTTP Response Codes
  • NFS Procedures
  • Additional tools for watching TCP
  • SCTP ERROR chunk
  • OSPF Packets
  • OSPF Link State Announcement (LSA) header
  • Local vs. Transit traffic
  • RMON1 Statistics
  • RMON2
  • Proprietary MIBs to extend RMON functions
  • IPv6 Anycast
• Designated
  • OSPF Hello packet
• designed
  • SNMP-based tools and multicast related MIBs
  • RTP: Real-Time Transport Protocol
• Desperate
  • Trends: Shifting from traditional telecommunications to data communications
  • Trends: Shifting from traditional telecommunications to data communications-2
• destination
  • Special Case IP Addresses
  • Routing table (example)
  • ARP ≡ Address Resolution Protocol (RFC826)
  • tshark -r burst-of-1000-packets.pcap > output.txt
  • Fragmentation
  • Internet Control Message Protocol (ICMP)
  • ICMP Summary
  • IPv6 header format
  • IPv6 Extension headers
  • IPv6 ICMP [RFC 2463]
  • MBONE through firewalls
  • Meta data and IPv6
• destination address
  • Quality-of-Service Capabilities
• Details
  • Contents
  • Examination Requirements
  • Topics
  • Robust Header Compression (rohc)
• determine
  • Additional tools for watching TCP
  • The Network Mapper (NMAP)
• Deutsche Telekom
  • Carriers offering VOIP
  • VOIP vs. traditional telephony
• Developed
  • Facebook Open Switching System ("FBOSS") and the top-of-rack Wedge Switch
  • Useful Tool: Traceroute Programs
• Device
  • Growth
• Devices
  • Combining layers
• DHCP
  • Acronyms and Abbreviations
  • UDP and friends - Outline
  • DHCP: Dynamic Host Configuration Protocol (RFC 1531)
  • UDP and Friends: Summary
• Dialup
  • PING: Packet InterNet Groper or sonar echo
• Differences
  • Topics
• different
  • Load leveling [Abley 2005]
  • Questioning assumption #1
• Differentiated
  • Differentiated Services (DS) & Type of Service
  • Service Differentiation
• Differentiated services
  • Quality-of-Service Capabilities
  • Future networks
• Diffserv
  • Acronyms and Abbreviations
  • Internet Trends
• Dig deeper
  • Goals, Scope and Method
• digital
  • Too cheap to meter
• Dijkstra
  • Open Shortest Path First (OSPF)
• Direct
  • Direct vs. indirect Delivery
  • What to do with a new computer?
• directly
  • Therefore a Multicast Router
  • Lawful Intercept and “Pen Traces”
• Dirk Trossen
  • Is saying “Internet of xxx” misleading?
• Disadvantages
  • Multicast Routing - Flooding
  • Core-Based Trees (CBT)
  • Network Address Translation (NAT)
• disaggregation
  • Internet Architecture
• discard
  • Commonly Used Simple Services
  • tshark -r burst-of-1000-packets.pcap > output.txt
  • Reserved and Available UDP Port Numbers
  • IPv6 Destination Options header
• discarded
  • Fields relevant to Fragmentation
• discards
  • SCTP reliability
• Discovered
  • Routing table (example)
• discovery
  • Will VoIP calls have to:
• discretionary
  • BGP operation
• Discussions
  • Welcome to the Internetworking course!
• Disk
  • Fibre Channel
• display
  • Routing table (example)
• displays
  • Tools for managing multicast
  • PC interfaces
• dissemination
  • Core Problem to be solved by multicasting
  • Dissemination not conversation
• dissemination strategy
  • Trossen’s Design principles to Architecture Invariants
• Distance
  • Routing Information Protocol (RIP) version 1
  • RIP extensions (aka RIP-2)
  • Interdomain routing protocols
• Distance vector
  • Routing Algorithms
• Distance-Vector Multicast Routing Protocol (DVMRP)
  • Protocol-Specific Multicast Routing MIBs
• Distributed
  • Traffic generators
  • DNS: Domain Name Service (RFC 1034, RFC 1035)
• distributed denial-of service (DDoS)
  • Commonly Used Simple Services
• DiVA
  • Getting a DiVA page - as seen by a browser
• diva2:786398
  • Getting a DiVA page - as seen by a browser
• diverge
  • Broadcast and Multicast
• Divides
  • Transport layer protocols
• DLPI
  • Acronyms and Abbreviations
• DMI
  • Acronyms and Abbreviations
  • DMI 2.0 has three groups
• DMTF
  • Common Information Model (CIM)
  • DMTF standards
• DMZ
  • Acronyms and Abbreviations
  • Demilitarized zone (DMZ)
  • IPSec, VPNs, Firewalls, and NAT - Summary
• DNS
  • Acronyms and Abbreviations
  • Problems due to the dual functions of IP addresses
  • UDP and friends - Outline
  • DNS: Domain Name Service (RFC 1034, RFC 1035)
  • Denial of service attacks against DNS
  • DNS performance
  • DNS performance - top 100
  • UDP and Friends: Summary
• DNS Server
  • Resource Records (RR)
• DNSSec
  • Acronyms and Abbreviations
• Document
  • HTTP Response Codes
  • WEB based Management
• Documents
  • Suggestions when writing your report
• Does anybody have the time?
  • Dissemination not conversation
• DoesIPv6
  • IP “Protocol” field (RFC 1700)
• domain
  • Topics
  • Reserved and Available UDP Port Numbers
  • BOOTP Vendor specific information (RFC 1497 and RFC1533)
  • DNS: Domain Name Service (RFC 1034, RFC 1035)
  • Internet’s top level domains
  • New top level domains
• domain name
  • Resource Records (RR)
• Don
  • Fields relevant to Fragmentation
  • Path MTU
• Don Tapscott and Anthony D. Williams
  • Wikinomics
• Dotted
  • IPv4 addresses
  • Classless Inter-Domain Routing (CIDR)
• Downward
  • Concept of Multiplexing and Demultiplexing
• Downward-demultiplexing
  • Concept of Multiplexing and Demultiplexing
• Downward-multiplexing
  • Concept of Multiplexing and Demultiplexing
• Dr
  • Tools for managing multicast
• DR-Web Manager and Agent
  • WEB based Management
• Drawback
  • RPF results in a different spanning tree for each source
• Drawbacks
  • Multicast Routing - Spanning Trees
• Driven
  • Internet2
• dropped
  • Summary of IPv6 ICMP
• DSAP
  • IEEE 802.2/802.3 Encapsulation (RFC 1042)
• DST
  • Ethernet Encapsulation (RFC 894)
• DTLS
  • Acronyms and Abbreviations
• DTN
  • Acronyms and Abbreviations
• DUAL
  • Acronyms and Abbreviations
• Duplicate
  • SCTP Selective Acknowledgement (SACK) Chunk
• duplicate IP address sent from Ethernet address a:b:c:d:e:f
  • Gratuitous ARP
• duplicates
  • UDP has no error control
• DVMRP
  • Acronyms and Abbreviations
  • Distance-Vector Multicast Routing Protocol (DVMRP) [RFC 1075]
  • Protocol-Specific Multicast Routing MIBs
• DVR
  • Acronyms and Abbreviations
• DWDM
  • Acronyms and Abbreviations
• dynamic
  • PPP summary
  • What to do with a new computer?
  • Port numbers in three groups
  • Dynamic Routing - Outline
  • Routing packets in the Internet
  • Routing Algorithms
  • Dynamic routing - Summary
  • Why not simply use Dynamic DNS (DDNS)?
• dynamically
  • IP Multicast scales well
  • Steve Deering’s Multicast
  • Temporary Address Assignment

- E -

• E
  • Classful addressing
  • Root servers http://www.root-servers.org/
  • SCTP Data Chunk
  • OSPF Hello packet
  • OSPF Database Description packet
  • OSPF Link State Announcement (LSA) header
  • Internet Multicast Addresses
  • Multicasting example
  • IPv6 Multicast Addresses
• E-BGP
  • Acronyms and Abbreviations
• e-mail
  • Staff Associated with the Course
  • Applications - some examples
• E-MBMS
  • Acronyms and Abbreviations
• E-payment
  • Vehicular ad hoc networks (VANETs)
• e-science
  • Wikinomics
• E_header
  • Onion Routing
• Earth
  • IPv6 Addressing
• eases
  • Remote MONitoring (RMON)
• Eavesdropping
  • Voice over IP (VoIP) Threats
• echo
  • Commonly Used Simple Services
  • Internet Control Message Protocol (ICMP)
  • ICMP Summary
  • Reserved and Available UDP Port Numbers
  • IPv6 ICMP [RFC 2463]
• ECN
  • Acronyms and Abbreviations
• economically
  • Reasonably Available Information
• ECTS
  • Grading
• edge
  • How does this avoid the “B-ISDN debacle”?
• educational
  • Internet’s top level domains
• Edward J. Snowden
  • Context for this module
• Effnet
  • Fast forwarding
• EGP
  • Acronyms and Abbreviations
  • Interdomain routing protocols
  • Exterior Gateway Protocol (EGP)
• EGRP
  • Acronyms and Abbreviations
  • Enhanced IGRP (EGRP)
• EIA-RS
  • IEEE 802 Numbers of Interest
• electrical
  • Device Control
• electronic
  • Telesys class was multicast over MBONE
• Eliminate
  • Simplifications
• Elisabetta Carrara
  • Example of the effect of choosing an encoding
• Embed
  • NFSspy
• embedded
  • IPv6 Multicast Addresses
• Embratel (Brazil)
  • VOIP vs. traditional telephony
• Emergency
  • Reserved and Available UDP Port Numbers
• emWare, Inc.
  • Web Enabled Devices
• En
  • FRA law (FRA-lagen in Swedish)
• enable
  • Open Shortest Path First (OSPF)
• enables
  • Remote MONitoring (RMON)
  • Cisco Voice Over IP (early entry)
  • Future - Summary
• encapsulating
  • IPv6 Extension headers
  • IPSec
• encapsulation
  • Learning outcomes
  • Learning Outcomes
  • encapsulation
  • PPP: Point to Point Protocol
  • IGMP: Internet Group Management Protocol
  • IPv6 Transition Mechanisms
• Encapsulation of IGMP message in IP datagram
  • IGMP: Internet Group Management Protocol
• Encoded
  • Information Slicing: Anonymity Using Unreliable Overlays [Katti2007]
• Encodes
  • Quality-of-Service Capabilities
• Encourages
  • How does this avoid the “B-ISDN debacle”?
• encrypted
  • IPv4 Protocol type ⇨ IPv6 Next Header type
  • Lawful Intercept and “Pen Traces”
• Encryption
  • Communications and Privacy
• end-nodes
  • IP Multicast scales well
  • Capacity Assignment
• end-systems
  • Where can you run IPSec?
• end-to-end
  • Header Checksum
  • Transport layer protocols
  • Why IPv6?
  • Delay Tolerant Networks (DTNs)
  • Future of the Internet
  • Trossen’s observations
• end-user
  • Where can you run IPSec?
• End2End Argument
  • Clean slate re-design of the Internet
• ended
  • MBONE connections
• Endpoint
  • SCTP Fault Management
• Endpoint-centric
  • Trossen’s observations
• Ends
  • SIP Methods
• Ensure a balance of power
  • Trossen’s Design principles to Architecture Invariants
• Ensures
  • Header Checksum
• Enterprise
  • For comparison purposes
  • Vehicular ad hoc networks (VANETs)
• entire
  • Literature
• Entities
  • Voice over IP (VoIP) Threats
  • Trossen’s Design principles to Architecture Invariants
• Entity
  • Multicast on a Global Scale
• entries
  • Internet Routing Registry (IRR)
• ENUM
  • ENUM
• enumerated
  • Entity Management Information Base (MIB) (Version 4)
• enumerates
  • BGP operation
• Environment
  • Internet of Things (IoT): What kinds of “things” might be interesting?
  • Human centered
• Envisioned
  • Classless Inter-Domain Routing (CIDR)-2
• epidemic routing protocols
  • Delay Tolerant Networks (DTNs)
• Equant
  • Carriers offering VOIP
• Equant Network Service
  • Carriers offering VOIP
• ERA
  • Acronyms and Abbreviations
• Ericsson Radio Systems AB
  • MEDIA
• Erik
  • Multiple CODECs
• error
  • Fields relevant to Fragmentation
  • SCTP ERROR chunk
  • BGP Notification Message
• Error codes and their descriptions
  • SCTP ERROR chunk
• Error Control
  • Transport layer protocols
• error-correcting
  • Serial line throughput
• Escrowing
  • Escrowing a key
  • Key Escrow - revisited
• ESP
  • Acronyms and Abbreviations
  • IPv4 Protocol type ⇨ IPv6 Next Header type
  • IPSec ESP packet
• establish
  • PPP: Point to Point Protocol
• Established
  • Telesys class was multicast over MBONE
• Establishing
  • Mobile IP - Establishing Identity
• Estimates
  • Internet Trends
• Ethernet
  • Link Layer
  • Connecting Devices
  • For comparison purposes
  • Ethernet Encapsulation (RFC 894)
• Ethernet 23
  • Ethernet Encapsulation (RFC 894)
• Ethernet Networks
  • Maximum Transmission Unit (MTU)
• ethernet_encapsulation.png
  • Ethernet Encapsulation (RFC 894)
• EU
  • Lawful Interception (LI)
• Euro-IX
  • Acronyms and Abbreviations
  • Further information about Sweden’s & other Internet exchange points (IXPs)
  • Euro6IX
• Euro6IX
  • Acronyms and Abbreviations
• Europe
  • Context of the course-2
• European
  • Euro6IX
• European Union
  • Clean slate re-design of the Internet
  • Clean slate re-design of the Internet (2)
• Evaluating
  • Publish-Subscribe Internet Routing Paradigm (PSIRP) project
• Event
  • RMON1 Statistics
  • DMI 2.0 has three groups
• Events
  • DMI 2.0 has three groups
• Everything
  • How can we deal with all of these different networks?
  • Loopback interface
  • Address Allocation [RFC 4291]
• Everything is information
  • Trossen’s Design principles to Architecture Invariants
• Evolving
  • Human centered
• Exam
  • Examination Requirements
• Examination
  • Examination Requirements
• Example
  • ICMP Port Unreachable Error
  • MTU and Datagram Fragmentation
  • Interaction between UDP and ARP
  • Bandwidth-Delay Product
  • Local vs. Transit traffic
  • Multicasting example
  • SNMP Traps
  • Network Address Translation (NAT)
  • Demilitarized zone (DMZ)
• Examples
  • Storing other attributes - TXT records
  • Intradomain routing protocols
  • Interdomain routing protocols
  • Active Networks
  • Wikinomics
• Excel
  • Export as pcap file; input to tcpdump
• except
  • Fields relevant to Fragmentation
• Exchange
  • OSPF building blocks
• exjobb
  • Example of why autoconfiguration is so important
• Expanded
  • IPv6 features
• Expanding
  • Multicast Backbone (MBONE)
• expected
  • TCP Header
  • VOIP vs. traditional telephony
• Experimental Ethernet Nets
  • Maximum Transmission Unit (MTU)
• Expiration
  • RIPv1: When are routes sent?
• Expires
  • HTTP Header fields
• explicit
  • Implicit vs. Explicit Information
  • Implicit vs. Explicit Information (2)
• explicitly
  • Host vs. router - two behaviors
  • Additional ARP commands
  • Strict source routing
• Exploits
  • Future - Summary
• Explores
  • Future - Summary
• Expressed
  • Length Fields
• Extended
  • Link-State Multicast: MOSPF [RFC 1584]
• Extends
  • DHCP: Dynamic Host Configuration Protocol (RFC 1531)
  • Multiprotocol BGP (MBGP) [RFC 2858]
• Extension
  • Agent Advertisement Message Format
• Extension Bits
  • Agent Advertisement Message Format
• Extensions
  • IPv6 features
  • Registration Message Format
• exterior
  • Redistribution of Route Information between protocols
• External
  • Resulting BGP Architecture
• eXternal Data Representation (XDR)
  • Network File System (NFS)
• Extranet
  • Private networks

- F -

• F
  • Root servers http://www.root-servers.org/
  • Internet Multicast Addresses
  • ISO FCAPS Network Management Model
  • IPv6 Multicast Addresses
  • Agent Advertisement Message Format
• Facilitates
  • Internet Architecture
• Facilitating
  • Vehicular ad hoc networks (VANETs)
• fail
  • Firewall Design
• failover
  • Gratuitous ARP
• Failure
  • Suggestions when writing your report
• Fairly
  • RMON Probes or Monitors
• faking
  • Gratuitous ARP
• Family
  • PPP: Point to Point Protocol
  • Routing Information Protocol (RIP) version 1
  • RIP extensions (aka RIP-2)
• fast
  • Interior Gateway Routing Protocol (IGRP)
• faster
  • Triggered updates and Hold-Downs
• Fax
  • Deregulation ⇨ Trends
• FBOSS
  • Acronyms and Abbreviations
• fc00
  • IPv6 Unique local address (ULA) [RFC 4193]
• FCIP
  • Acronyms and Abbreviations
• fd00
  • IPv6 Unique local address (ULA) [RFC 4193]
• FDDI
  • Acronyms and Abbreviations
  • Maximum Transmission Unit (MTU)
  • Federal Internet eXchange (FIX)
  • Proprietary MIBs to extend RMON functions
• FE80
  • Address Allocation [RFC 4291]
• February
  • Deregulation ⇨ New regulations
• February 1, 2000
  • Transaction TCP (T/TCP)
• FF00
  • Address Allocation [RFC 4291]
• ff00::0/8
  • IPv6 Multicast Addresses
• FF01
  • Permanently assigned groups
• FF01:0:0:0:0:0:0:1
  • Permanently assigned groups
• FF01:0:0:0:0:0:0:2
  • Permanently assigned groups
• FF02
  • Permanently assigned groups
• FF02:0:0:0:0:0:0:1
  • Permanently assigned groups
• FF02:0:0:0:0:0:0:2
  • Permanently assigned groups
• FF05
  • Permanently assigned groups
• FF08
  • Permanently assigned groups
• FF0E
  • Permanently assigned groups
• FF0X:0:0:0:0:0:0
  • Permanently assigned groups
• FF0X:0:0:0:0:0:0:101 (see
  • Permanently assigned groups
• FF0X:0:0:0:0:0:2:0000
  • Multicast Multimedia conferences
• FF0X:0:0:0:0:0:2:7FFE
  • Multicast Multimedia conferences
• FF0X:0:0:0:0:0:2:8000
  • Multicast Multimedia conferences
• ff1
  • IPv6 Multicast Addresses
• ff1 (flag field 1)
  • IPv6 Multicast Addresses
• ff2
  • IPv6 Multicast Addresses
• ff2 (flag field 1)
  • IPv6 Multicast Addresses
• ff3x::/32
  • IPv6 Multicast Addresses
• ff70::/12
  • IPv6 Multicast Addresses
• ffbx::/32
  • IPv6 Multicast Addresses
• fff0::/12
  • IPv6 Multicast Addresses
• FH
  • IPv4 Protocol type ⇨ IPv6 Next Header type
• Fibre
  • Fibre Channel
• Fibre Channel
  • IP Storage Area Networks (SANs)
• Fibre Channel Frame
  • IP Storage Area Networks (SANs)
• Fibre Channel Over IP (FCIP)
  • IP Storage Area Networks (SANs)
• Fields
  • RTP: Real-Time Transport Protocol
• file
  • NFS File Handles
• File Transfer Protocol
  • Commonly Used Simple Services
• Filename
  • TFTP messaages
• Filter
  • RMON1 Statistics
• Filtering
  • Filtering up the protocol stack
  • Counter currents
• FIN
  • TCP Control field - indicates the purpose & contents of this segment:
• Final
  • Examination Requirements
  • Examination requirements
• Finally
  • Getting a DiVA page - as seen by a browser
• FIRE
  • Acronyms and Abbreviations
• firewall
  • Firewalls
  • Proxy access through a firewall
  • MBONE through firewalls
• Firewalls
  • IPSec, VPNs, Firewalls, and NAT - Outline
  • Firewalls
  • Firewall Design
  • IPSec, VPNs, Firewalls, and NAT - Summary
• FIRST
  • Acronyms and Abbreviations
• FIX
  • Acronyms and Abbreviations
• Fixed
  • Internet Trends
  • IP traffic growing exponentially!
• Fixed Broadband Wireless
  • Increasing Data Rates
• Flag
  • TCP Control field - indicates the purpose & contents of this segment:
  • SCTP Chunk
  • SCTP ERROR chunk
  • SCTP Association Shutdown
• Flag=0
  • SCTP INIT Chunk
  • SCTP INIT ACK Chunk
  • SCTP COOKIE ECHO Chunk
  • SCTP COOKIE ACK Chunk
  • SCTP Selective Acknowledgement (SACK) Chunk
  • SCTP HEARTBEAT and HEARTBEAT ACK Chunks
  • SCTP Forward Cumulative TSN
• Flag=6
  • SCTP Association Termination
• flags
  • Routing table (example)
  • Internet Protocol version 4 (IPv4) (RFC 791)-2
  • Fields relevant to Fragmentation
  • SCTP Data Chunk
  • Registration Message Format
• FLAGS field bits
  • Registration Message Format
• Flash
  • Precedence
• Flat
  • Routing Algorithms
  • Current trends in Mobile IP
• Flat-label space
  • Trossen’s Design principles to Architecture Invariants
• flexible
  • Why IPv6?
• Flood
  • RPB + Prunes ⇨ Reverse Path Multicast (RPM)
• flooding
  • Open Shortest Path First (OSPF)
  • OSPF building blocks
• flow
  • Transmission Control Protocol (TCP)
  • Flow for an rlogin session
  • Stream Control Transmission Protocol (SCTP)
  • Flows
  • IPv6 features
  • IPv6 header format
  • Quality-of-Service Capabilities
  • Meta data and IPv6
• Flow Control
  • Transport layer protocols
• flow id
  • Quality-of-Service Capabilities
• FO
  • Precedence and telephony systems
• FO P
  • Precedence and telephony systems
• Followed
  • IPv6 Extension headers
• for-profit
  • Interconnections of networks
• Forbidden
  • HTTP Response Codes
• force
  • How can we deal with all of these different networks?
  • ISAKMP
• Foreign
  • Temporary Address Assignment
• format
  • PPP frames
  • Host routing
  • ARP ≡ Address Resolution Protocol (RFC826)
  • RARP: Reverse Address Resolution Protocol (RFC 903)
  • PING: Packet InterNet Groper or sonar echo
  • Remote Procedure Call (RPC)
• Format of ICMP message for Echo request/reply
  • PING: Packet InterNet Groper or sonar echo
• Forum
  • Security Organizations and Companies
• Forward
  • Forwarding
• Forwarding
  • Forwarding
  • Forwarding module
• FPGAs
  • Speed through Silicon
• FQDN
  • Acronyms and Abbreviations
• FRA
  • Acronyms and Abbreviations
• fragment
  • Interaction between UDP and ARP on a BSDI system
  • IPv6 Extension headers
  • IPv6 Fragment header
• Fragmentation
  • Fragmentation
  • Fields relevant to Fragmentation
• Fragments
  • Fields relevant to Fragmentation
• frame
  • Addresses in TCP/IP
  • non ARP example 1
  • Problems for multicasting
• France's DGSE
  • Context for this module
• FreeBit
  • IPv6 Transition Mechanisms
• FreedomPop
  • Black phones
• Freely
  • IPSEC IPv6 implementation
• From
  • Transport Protocol Functional Overview
  • Internet Multicast Addresses
• From RFC 4291
  • Permanently assigned groups
• Fromhertz
  • Non-metalic bi-directional neural interfaces
• ftp
  • Commonly Used Simple Services
  • Recommended Values for TOS Field
  • Applications which use TCP
• ftp-data
  • Commonly Used Simple Services
• Full
  • Voice over IP (VoIP) basic functions
• Full Extensive
  • Voice over IP (VoIP) basic functions
• full-duplex
  • Transmission Control Protocol (TCP)
• Fully
  • DNS: Domain Name Service (RFC 1034, RFC 1035)
• functionality
  • Internet Architecture
• Functionality is scoped
  • Trossen’s Design principles to Architecture Invariants
• functions
  • Basic concepts
  • Trossen’s Design principles to Architecture Invariants
• fundamental
  • Round-Trip Time Measurement
  • Commercial Internet eXchange (CIX)
• Fundamentals
  • Trossen’s observations
• Furthermore
  • Lawful Intercept and “Pen Traces”
• future
  • Deregulation ⇨ Trends
  • Are interplanetary and intergalactic networks relevant to you?
  • Future home/office/… network accesspoints
  • Future Systems
• Future and Summary (from slide 25)
  • Fifth week
• Future Internet Research and Experimentation (FIRE)
  • Clean slate re-design of the Internet
  • Clean slate re-design of the Internet (2)
• Försvarets
  • FRA law (FRA-lagen in Swedish)

- G -

• G
  • Routing table (example)
  • Root servers http://www.root-servers.org/
  • Agent Advertisement Message Format
  • Registration Message Format
• G.711
  • Cisco Voice Over IP (early entry)
• G.729
  • Cisco Voice Over IP (early entry)
• gains
  • Multiple simultaneous connections to HTTP server
• gaming
  • Wikinomics
• Gap
  • SCTP Selective Acknowledgement (SACK) Chunk
• Garbage
  • RIPv1: When are routes sent?
• gateway
  • Routing table (example)
  • BOOTP: Bootstrap Protocol (RFC 951)
• Gateway-to-Gateway
  • IPv4 Protocol type ⇨ IPv6 Next Header type
• gateways
  • Basic concepts
  • Internet Architecture
  • Voice over IP (VoIP) basic functions
• generate
  • Additional tools for watching TCP
  • Proprietary MIBs to extend RMON functions
  • Multiple CODECs
• generation
  • Generations of technology versus generative technology
  • Third generation of networking
• Generation dissemination
  • Third generation of networking
• generational
  • Generations of technology versus generative technology
• Generic
  • New top level domains
  • Security Protocols, APIs, etc.
  • GSS-API
• Generic Programming
  • Security Protocols, APIs, etc.
• Generic Routing Encapsulation (GRE)
  • Protocol-Specific Multicast Routing MIBs
• Gensyn
  • Traffic generators
• GET
  • HTTP Requests
  • Multiple simultaneous connections to HTTP server
• get-bulk-request
  • SNMP features
• GETALL
  • HTTP Performance Problems
• gethostbyaddr
  • DNS: Domain Name Service (RFC 1034, RFC 1035)
• gethostbyname
  • DNS: Domain Name Service (RFC 1034, RFC 1035)
• GETLIST
  • HTTP Performance Problems
• gets
  • DNS Zones
• getsockopt
  • Learning about Socket programming
• Getting
  • Getting a DiVA page - as seen by a browser
• GGP
  • IPv4 Protocol type ⇨ IPv6 Next Header type
• Gianluca
  • Linux Socket filter
• GIF
  • Acronyms and Abbreviations
• Gigabit
  • Bandwidth-Delay Product
• Gigabit Ethernet
  • Increasing Data Rates
• Give
  • Human centered
• Given
  • Jitter Control
  • Argument against Reservation
• GIX
  • Acronyms and Abbreviations
• global
  • IEEE 802 Numbers of Interest
  • Load leveling [Abley 2005]
  • Internet Multicast Addresses
  • Voice over IP (VoIP) basic functions
  • SIP Status codes
  • IPv6 Global Unicast Addresses
  • IPv6 Multicast Addresses
• Global Internet eXchange (GIX)
  • Global Internet eXchange (GIX)
• Globally
  • Implications of classful addressing
• GLOP
  • GLOP addressing
• GMD FOKUS
  • MEDIA
• Goal
  • Final Written Assignment (report)
  • Web Based Enterprise Management Initiative (WBEM)
• Goals
  • Goals, Scope and Method
  • First Written Assignment
• Goldcorp Challenge
  • Wikinomics
• Google
  • Public/Commercial DNS services
• Government
  • FRA law (FRA-lagen in Swedish)
• Grades
  • Welcome to the Internetworking course!
• Grading
  • Grading
• Graphical
  • Slow start
• GraphQL
  • Web Services
• GRE
  • Acronyms and Abbreviations
• GRE encapsulation
  • Registration Message Format
• greater
  • IPv6 features
• group
  • IEEE 802 Numbers of Interest
  • Trivial File Transfer Procotol (TFTP)
  • Delivery Trees: different methods
  • Multicast Source Discovery Protocol (MSDP) [RFC 3618]
  • RMON1 Statistics
  • RMON2
  • Proprietary MIBs to extend RMON functions
  • IPv6 Multicast Addresses
  • IPv6 ICMP [RFC 2463]
• Group Membership Reduction
  • IPv6 ICMP and groups
• group-specific
  • IGMP Version 2 [RFC 2236]
• growth
  • Context of the course-2
  • Growth rates
  • Future and Summary - Outline
• GSM
  • Acronyms and Abbreviations
• GSS-API
  • Acronyms and Abbreviations
  • GSS-API
• gTLD
  • Acronyms and Abbreviations
• Guarantees
  • TCP Connection establishment
• Guiding
  • Ethics, Rights, and Responsibilities
• Guilder
  • IP traffic growing exponentially!
• Guy Almes
  • Global Internet eXchange (GIX)

- H -

• H
  • Routing table (example)
  • Root servers http://www.root-servers.org/
  • Agent Advertisement Message Format
• H.225
  • RTP and H.323 for IP Telephony
• H.245
  • RTP and H.323 for IP Telephony
• H.323
  • RTP and H.323 for IP Telephony
• Half
  • Buildings
• Handover
  • Why not simply use Dynamic DNS (DDNS)?
• Hands-free
  • Vehicle Area Networks (VANs)
• Hans Vestberg (former CEO of Ericsson)
  • More Context
• hardware
  • Routing Table Search - Classless
  • BOOTP: Bootstrap Protocol (RFC 951)
• Hardwired
  • PING: Packet InterNet Groper or sonar echo
• HAWAII
  • Cellular IP (CIP)
• HBH
  • IPv4 Protocol type ⇨ IPv6 Next Header type
• HDLC
  • Acronyms and Abbreviations
  • PPP: Point to Point Protocol
• HEAD
  • HTTP Requests
• head of line blocking
  • SCTP Multiple-Streams
• header
  • Robust Header Compression (rohc)
  • PPP summary
  • Length Fields
  • Header Checksum
  • HTTP Header fields
  • IPv6 features
  • IPv4 Protocol type ⇨ IPv6 Next Header type
  • IPv6 Routing header
  • IPv6 Destination Options header
  • IPv6 Hop-by-Hop Options header
  • IPv6 Security
• header compression
  • PPP frames
  • Agent Advertisement Message Format
• Header Length
  • IPv6 Routing header
  • IPv6 Destination Options header
  • IPv6 Hop-by-Hop Options header
• headers
  • OSPF building blocks
• hear
  • Location Dependent service(s)
• Heartbeats
  • SCTP HEARTBEAT and HEARTBEAT ACK Chunks
• Heating
  • Buildings
• Heating, Ventilation, and Air Conditioning (HVAC)
  • Internet of Things (IoT): What kinds of “things” might be interesting?
• Heavily
  • Mobile IP - Introduction
• Hellenic
  • Lawful intercept of VoIP communications
• Hello
  • Intradomain routing protocols
  • OSPF building blocks
  • OSPF Packets
  • OSPF Hello packet
  • OSPF Database Description packet
• heterogeneous
  • From PANs to RANs and beyond
  • Internetworking
  • Internetworking-2
  • From PANs to RANs and beyond (again)
• hex
  • Recommended Values for TOS Field
  • IPv6 Anycast
• Hex.pprefix
  • Address Allocation [RFC 4291]
• Hide
  • Communications and Privacy
• Hierarchical
  • Routing Algorithms
  • Classless Inter-Domain Routing (CIDR)-2
  • Mobile IP Problems and Development
  • Hierarchical FA and Regional Tunneling
• high profits
  • Trends: Shifting from traditional telecommunications to data communications-2
• Hijacking
  • Voice over IP (VoIP) Threats
• HINFO
  • Acronyms and Abbreviations
  • Resource Records (RR)
• Historically
  • TTL field
• History
  • RMON1 Statistics
• HLR
  • Acronyms and Abbreviations
• Hold
  • BGP Open Message
• home
  • Root servers http://www.root-servers.org/
  • MN Requirements
  • FA Requirements (v4)
  • HA Requirements
• Home Address
  • Registration Message Format
• Home agent
  • Registration Message Format
• hop
  • BOOTP: Bootstrap Protocol (RFC 951)
  • Routing Information Protocol (RIP) version 1
  • IGRP Metrics
  • IPv6 header format
  • Meta data and IPv6
• Hop Limit
  • TTL field
• Hop-by-hop
  • Header Checksum
  • IPv4 Protocol type ⇨ IPv6 Next Header type
  • IPv6 Extension headers
• hops
  • Problems with RIP v1
  • VoIP Latency
• host
  • IPv4 addresses
  • Classful addressing
  • Classless addressing: Subnetting IP networks
  • Special Case IP Addresses
  • Subnet mask
  • Problems due to the dual functions of IP addresses
  • Routing table (example)
  • Gratuitous ARP
  • Reserved and Available UDP Port Numbers
  • Interaction between UDP and ARP on a BSDI system
  • Dynamic Domain Name System (DDNS)
  • Disabling the Nagle Algorithm
  • Delayed acknowledgements
  • TCP Keepalive Timer
  • Multicasting IP addresses
  • RMON1 Statistics
  • IPv6 Routing
  • Why IPv6?
• Host information
  • Resource Records (RR)
• Host-intelligent
  • Routing Algorithms
• Host-specific
  • Forwarding
• host_a
  • Dynamic Domain Name System (DDNS)
• host_b
  • Dynamic Domain Name System (DDNS)
• host_c
  • Dynamic Domain Name System (DDNS)
• host_d
  • Dynamic Domain Name System (DDNS)
• hostid
  • Special Case IP Addresses
• Hostinfo
  • Host names and info
• hostname
  • DNS: Domain Name Service (RFC 1034, RFC 1035)
• Hosts
  • Routing
  • Host vs. router - two behaviors
  • Length Fields
  • ICMP Summary
  • Maximum UDP Datagram size
  • Joining a Multicast Group
  • RSVP: Resource Reservation Setup Protocol [RFC 2205]
  • RSVP: Functionality
• hostTopNControlTable
  • Host Top N group
• Hourglass
  • Basic concepts
• Hourglass Model
  • Clean slate re-design of the Internet
• How
  • Is saying “Internet of xxx” misleading?
• HP
  • For comparison purposes
  • SNMP tools for working with multicast MIBs
  • Network Management Systems
• HP OpenView Netmetrix WebReporter
  • WEB based Management
• HP OpenView World Wide Web Interface
  • WEB based Management
• HSPA
  • Acronyms and Abbreviations
• http
  • Acronyms and Abbreviations
  • Clean slate re-design of the Internet
  • DDNS RFCs
  • TCP, HTTP, RPC, NFS, X: Outline
  • Applications which use TCP
  • Hypertext Transfer Protocol (HTTP)
  • HTTP Protocol
  • HTTP Header fields
  • HTTP Response Codes
  • HTTP Performance Problems
  • HTTP Performance
  • TCP, HTTP, RPC, and NFS, X, ... - Summary
  • SCTP Applications
  • Secure Mailer (aka Postfix)
• HTTP 3-digit response code
  • HTTP Response Codes
• HTTP Header names
  • HTTP Header fields
• HTTP-NG
  • HTTP Performance Problems
• http.tcp.www.asdf.com
  • DDNS RFCs
• HTTP/1.0
  • HTTP Protocol
• HTTP/1.1
  • HTTP Performance Problems
• human
  • Human centered
• Human Genome
  • Wikinomics
• HVAC
  • Acronyms and Abbreviations
• Hypertext
  • Hypertext Transfer Protocol (HTTP)

- I -

• I-BGP
  • Acronyms and Abbreviations
• i.e
  • Problems due to the dual functions of IP addresses
  • Per-Route Metrics
• I/O
  • IO Graph functionality (sending a new burst – 2014.03.24)
• IANA
  • Acronyms and Abbreviations
  • Running out of IPv4 addresses
  • Permanently assigned groups
• IBM Token Ring
  • Maximum Transmission Unit (MTU)
• ICANN
  • Acronyms and Abbreviations
  • Root servers http://www.root-servers.org/
• ICCC
  • Acronyms and Abbreviations
• ICMP
  • Acronyms and Abbreviations
  • IP, ICMP, and Tools Outline
  • Internet Control Message Protocol (ICMP)
  • ICMP Redirect
  • Summary IP, ICMP, and related tools
  • ICMP Source Quench Error
  • IPv4 Protocol type ⇨ IPv6 Next Header type
• ICMP ICMP
  • Internet Control Message Protocol (ICMP)
• ICT
  • Acronyms and Abbreviations
• ICT-keywords-20141203.xlsx
  • Vocabulary English/Swedish
• ict.kth.se
  • Network names
• ICV
  • Acronyms and Abbreviations
• identification
  • Internet Protocol version 4 (IPv4) (RFC 791)-2
  • Fields relevant to Fragmentation
  • DNS Message format
  • Entity Management Information Base (MIB) (Version 4)
  • IPv6 Fragment header
  • Registration Message Format
  • FA Requirements (v4)
  • HA Requirements
• Identifier
  • IPv6 ICMP Echo Request/Reply (PING)
• identifies
  • IPv6 Addressing
• identify
  • ISAKMP
• identity
  • Communications and Privacy
  • Human centered
• IDRP
  • Acronyms and Abbreviations
  • IPv4 Protocol type ⇨ IPv6 Next Header type
• IEEE
  • Suggestions when writing your report
  • Acronyms and Abbreviations
  • Increasing Data Rates
  • IEEE 802.2/802.3 Encapsulation (RFC 1042)
  • Converting Multicast Group to Ethernet Address
• IEEE 802.11
  • Increasing Data Rates
• IEEE 802.15 Wireless Personal Area Network (WPAN)
  • Increasing Data Rates
• IEEE 802.16 Metropolitan Area Networks
  • Increasing Data Rates
• IEEE 802.3
  • Increasing Data Rates
  • Maximum Transmission Unit (MTU)
• IEEE 802.3ab
  • Increasing Data Rates
• IEEE 802.3ae
  • Increasing Data Rates
• IEEE 802.3z
  • Increasing Data Rates
• IEEE 802.4
  • Maximum Transmission Unit (MTU)
• IEEE 802.5
  • Maximum Transmission Unit (MTU)
• IEEE 802/Source-Route Bridge
  • Maximum Transmission Unit (MTU)
• IEEE802.2/802.3
  • IEEE 802.2/802.3 Encapsulation (RFC 1042)
• IEEE802.2/802.3 23
  • IEEE 802.2/802.3 Encapsulation (RFC 1042)
• IETF
  • Acronyms and Abbreviations
  • Differentiated services
  • MBONE Chronology
  • ENUM
• IETF SIP
  • ENUM
• if
  • Location Dependent service(s)
• If-Modified-Since
  • HTTP Header fields
• ifconfig
  • ifconfig, route, and netstat Commands
• iFCP
  • Acronyms and Abbreviations
• IGMP
  • Multicasting and RSVP - outline
  • IGMP: Internet Group Management Protocol
  • How does IGMP fit into the protocol stack
  • Joining a Multicast Group
  • IGMP - ethereal
  • Protocol-Specific Multicast Routing MIBs
• IGMP message format
  • IGMP: Internet Group Management Protocol
• IGRP
  • Acronyms and Abbreviations
  • IGRP Route Poisoning
  • IPv4 Protocol type ⇨ IPv6 Next Header type
• IK1203
  • Prerequisites
• IK1550-1552-Acronyms-list-20150424.xlsx
  • Acronyms and Abbreviations
• IK1552
  • Welcome to the Internetworking course!
• IKE
  • Acronyms and Abbreviations
• IKEv2
  • Acronyms and Abbreviations
• Imagination
  • Bottlenecks
• Imagine
  • NFSspy problem
• IMEC
  • Acronyms and Abbreviations
• Immediate
  • Precedence
• Implementation
  • Link Layer
  • Datagram truncation
• Implementations
  • Delayed acknowledgements
• implicit
  • Implicit vs. Explicit Information
  • Implicit vs. Explicit Information (2)
• Improve
  • Internet2
• improved
  • IPv6 features
  • U.S. DOE CIAC’s Network Security Tools
  • Vehicular ad hoc networks (VANETs)
• Improving
  • Vehicular ad hoc networks (VANETs)
• in-addr.arpa
  • Resource Records (RR)
• In-band
  • RMON Probes or Monitors
• In-in-IP
  • IP-in-IP Encapsulation
• In-in-IP Minimal
  • IP-in-IP Encapsulation
• In-vehicle
  • Vehicle Area Networks (VANs)
• Incomplete references
  • Suggestions when writing your report
• incorporates
  • Summary of IPv6 ICMP
• Increasingly
  • Routing Tables (in practice)
• Incremental
  • IPv6 Transition Mechanisms
• Indeed
  • Economics
• independent
  • Multicast Source Discovery Protocol (MSDP) [RFC 3618]
  • Web Based Enterprise Management Initiative (WBEM)
• independently
  • Connection-oriented vs. Connectionless
  • Escrowing a key
• indexed
  • Will VoIP calls have to:
• indicates
  • Fields relevant to Fragmentation
  • Socket API
• Indirect
  • Direct vs. indirect Delivery
• Indiv
  • IEEE 802 Numbers of Interest
• Individual
  • IP traffic growing exponentially!
• Indoor
  • Location Dependent service(s)
• inexpensive
  • Wireless LANs
• inform-request
  • SNMP features
• informal
  • Interconnections of networks
• Information
  • Welcome to the Internetworking course!
  • Internet Control Message Protocol (ICMP)
  • Root servers http://www.root-servers.org/
  • RMON1 Statistics
  • RMON2
  • Information Slicing: Anonymity Using Unreliable Overlays [Katti2007]
  • Information Slicing: Confidentiality vulnerability
• Information is scoped
  • Trossen’s Design principles to Architecture Invariants
• Informational
  • HTTP Response Codes
• Infrastructure
  • Internet of Things (IoT): What kinds of “things” might be interesting?
• infrastructures
  • Requirements
• initial
  • TCP Connection establishment
  • nfsspy
  • SCTP INIT Chunk
  • SCTP INIT ACK Chunk
  • SCTP Path MTU Discovery
• Initialization
  • Routing Algorithms
  • RIP v1 operation
• Initializes
  • SCTP INIT Chunk
• initially
  • BGP operation
  • Demultiplexing
  • Back to the original problem: Z wants to send a message to X
  • Alternative 1
  • Alternative 2
  • Alternative 3
  • Alternative 4
  • Alternative 4 continued movement
• Initiation
  • SCTP INIT Chunk
  • SCTP INIT ACK Chunk
• Inject
  • Redistribution of Route Information between protocols
• INRIA
  • “Beowulf-class” machines
• Insert
  • NFSspy
• Instead
  • Router Arbiter Project
  • Simplifications
• Institute
  • (Relevant) Standardization Organizations
• Instructor
  • Staff Associated with the Course
• int
  • Socket API
  • Windows Socket API
  • Learning about Socket programming
• Integrated
  • Service Differentiation
• Intelligent network (IN)
  • Trends: Shifting from traditional telecommunications to data communications
  • Trends: Shifting from traditional telecommunications to data communications-2
• Inter-arrival
  • RSVP: Resource Reservation
• Inter-domain
  • Inter-domain Management task force (XoJIDM)
  • IPv4 Protocol type ⇨ IPv6 Next Header type
• inter-session
  • Why not simply use Dynamic DNS (DDNS)?
• Interaction
  • DHCP and DNS
• Interactive
  • Tools Used: sock Program
• interconnecting
  • How does this avoid the “B-ISDN debacle”?
• Interdomain
  • Routing packets in the Internet
• Interdomain (exterior)
  • Routing Algorithms
• Interestingly
  • RARP server
• interface
  • Problems due to the dual functions of IP addresses
  • OSPF Database Description packet
  • Protocol-Specific Multicast Routing MIBs
  • Voice over IP (VoIP) basic functions
  • IPv6 Global Unicast Addresses
  • IPv6 Link local addresses
• Interface-local
  • IPv6 Multicast Addresses
• interfaces
  • Implications of classful addressing
• interior
  • Redistribution of Route Information between protocols
• Internal
  • HTTP Response Codes
  • Resulting BGP Architecture
• international
  • (Relevant) Standardization Organizations
  • Internet’s top level domains
• Internet
  • Contents
  • Internet Architecture
  • Speed
  • The Internet Today
  • IP “Protocol” field (RFC 1700)
  • IP address assignments
  • (Relevant) Standardization Organizations
  • Summary of IP basics
  • Header Checksum
  • Domain registrars
  • Host names and info
  • Root servers http://www.root-servers.org/
  • Transaction TCP (T/TCP)
  • Internet Routing Registry (IRR)
  • Growth
  • Mobile IP Standardization Effort
  • Current trends in Mobile IP
  • Security Protocols, APIs, etc.
  • ISAKMP
  • What is “meta data”?
  • Growth in Internet hosts
  • IP Storage Area Networks (SANs)
• Internet Drafts
  • Goals, Scope and Method
• Internet eXchange Points (IXs or IXPs)
  • Interconnections of networks
• Internet Group Management Protocol (IGMP)
  • IGMP: Internet Group Management Protocol
• Internet of Things
  • Packages
  • Is saying “Internet of xxx” misleading?
• Internet protocols and architecture
  • Goals, Scope and Method
• Internet SCSI (iSCSI)
  • IP Storage Area Networks (SANs)
• Internetstiftelsen
  • Country Code Top-Level Domains (CCTLDs)
• Internetstiftelsen i Sverige
  • Country Code Top-Level Domains (CCTLDs)
• Internetwork
  • Precedence
• Internetwork Packet Exchange/Sequenced Packet Exchange (IPX/SPX)
  • Novel IPX/SPX Addresses
• Internetwork Service Providers
  • Commercial Internet eXchange (CIX)
• internetworked
  • Internet Architecture
• internetworking
  • Literature-2
  • Internetworking
  • How does this avoid the “B-ISDN debacle”?
  • Internetworking-2
  • Where can you run IPSec?
• Internetworking 1
  • Literature-2
• Interpose
  • Xscope
• Interuniversity Microelectronics Centre
  • MEDIA
• Intra-session
  • Why not simply use Dynamic DNS (DDNS)?
• Intradomain
  • Routing packets in the Internet
  • Interdomain routing protocols
• Intradomain (interior)
  • Routing Algorithms
• intranet
  • Private networks
  • Firewalls
• Introduce
  • Congestion Avoidance Algorithm
• Introduces
  • Entity Management Information Base (MIB) (Version 4)
• introduction
  • Trends: Shifting from traditional telecommunications to data communications
  • Hierarchical FA and Regional Tunneling
  • Trends: Shifting from traditional telecommunications to data communications-2
• Invalid
  • SCTP ERROR chunk
• INVENTORS
  • Early Patent
• INVITE
  • SIP Methods
• Invites
  • SIP Methods
• ION
  • Proprietary MIBs to extend RMON functions
• IP
  • Contents
  • Basic concepts
  • Internet Trends
  • IP traffic growing exponentially!
  • Addresses in TCP/IP
  • Internet Protocol version 4 (IPv4) (RFC 791)
  • Basic communication mechanism: datagram
  • PPP: Point to Point Protocol
  • Special Case IP Addresses
  • Connection-oriented vs. Connectionless
  • Direct vs. indirect Delivery
  • Fast forwarding
  • Summary of IP basics
  • IP, ICMP, and Tools Outline
  • Internet Protocol version 4 (IPv4) (RFC 791)-2
  • Header Checksum
  • IP Options Encoding
  • Summary IP, ICMP, and related tools
  • UDP Header
  • DHCP: Dynamic Host Configuration Protocol (RFC 1531)
  • Root servers http://www.root-servers.org/
  • TCP Header
  • Remote Procedure Call (RPC)
  • SCTP Header
  • SCTP INIT Chunk
  • Routing Principles
  • Open Shortest Path First (OSPF)
  • OSPF Link State Announcement (LSA) header
  • Dynamic routing - Summary
  • Broadcasting
  • Core Problem to be solved by multicasting
  • IGMP: Internet Group Management Protocol
  • RTP and H.323 for IP Telephony
  • Mobile IP - Mobility
  • IP-in-IP Encapsulation
  • MN Requirements
  • FA Requirements (v4)
  • IPSec
  • IPSec AH header
• IP in IP
  • Alternative 4 continued movement
• IP Multimedia Core Network Subsystem (IMS)
  • Trends: Shifting from traditional telecommunications to data communications
  • Trends: Shifting from traditional telecommunications to data communications-2
• IP Security
  • Example of the effect of choosing an encoding
• IP, ICMP, and Tools
  • Lecture notes
• IP-address
  • Dynamic Domain Name System (DDNS)
• ipacl
  • U.S. DOE CIAC’s Network Security Tools
• IPerf
  • Additional tools for watching TCP
• iperf3
  • Traffic generators
• IPMA
  • Acronyms and Abbreviations
• IPMI
  • Acronyms and Abbreviations
• IPSec
  • Acronyms and Abbreviations
  • IPSec, VPNs, Firewalls, and NAT - Outline
  • IPSec
  • Where can you run IPSec?
  • IPSec, VPNs, Firewalls, and NAT - Summary
• IPSec, VPNs, Firewalls, and NAT
  • Fifth week
• IPSEC_tunnels
  • Where can you run IPSec?
• IPv4
  • Other on-line Course related Material
  • Running out of IPv4 addresses
  • Internet Protocol version 4 (IPv4) (RFC 791)
  • Implications of classful addressing
  • Internet Protocol version 4 (IPv4) (RFC 791)-2
  • IPv4 Options
  • F root nameserver nodes
  • SCTP Path MTU Discovery
  • Internet Multicast Addresses
  • Growth
  • IPv6 header format
  • IPv4 versus IPv6 data rates
• IPv4-based
  • IPv6 Special Address Formats
• IPv6
  • Contents
  • Internet Trends
  • Internet Control Message Protocol (ICMP)
  • F root nameserver nodes
  • SCTP Path MTU Discovery
  • Internet Multicast Addresses
  • Nomadic Computing
  • IPv6 header format
  • Simplifications
  • IPv4 Protocol type ⇨ IPv6 Next Header type
  • IPv6 Extension headers
  • IPv6 Addressing
  • IPv6 Unique local address (ULA) [RFC 4193]
  • IPv6 Anycast
  • IPv6 Routing
  • IPv6 Security
  • IPv6 Transition Mechanisms
  • Why IPv6?
  • IPv6 from home in 2016
  • IPv6 from home in 2017
  • IPv6 from home - 2019
  • IPv6 from my office in 2016
  • Meta data and IPv6
• IPv6:
  • Other on-line Course related Material
• IPX
  • Acronyms and Abbreviations
  • Novel IPX/SPX Addresses
• IPX/SPX
  • Summary of IP basics
• IRDA
  • Acronyms and Abbreviations
• IRR
  • Acronyms and Abbreviations
• ISAKMP
  • Acronyms and Abbreviations
  • ISAKMP
• ISBN-10
  • Foreword
• ISC
  • Load leveling [Abley 2005]
• iSCSI
  • Acronyms and Abbreviations
• ISDN
  • Acronyms and Abbreviations
  • Resource Records (RR)
• ISDN Defined
  • Resource Records (RR)
• ISI
  • IEEE 802 Numbers of Interest
• ISN
  • Acronyms and Abbreviations
• ISO
  • Acronyms and Abbreviations
  • IEEE 802 Numbers of Interest
• ISOC
  • Acronyms and Abbreviations
• ISP
  • Acronyms and Abbreviations
• Issues
  • Routing Algorithms
• italic
  • Implicit vs. Explicit Information (2)
• italics
  • Implicit vs. Explicit Information
• ITU
  • Cisco Voice Over IP (early entry)
• ITU G 723.1
  • Voice over IP (VoIP) basic functions
• ITU G.723.1
  • Voice over IP (VoIP) basic functions
• ITU G.729
  • Voice over IP (VoIP) basic functions
• ITU-T
  • Acronyms and Abbreviations
• IXP
  • Acronyms and Abbreviations
  • IXPs today
• IXPs
  • Dynamic routing - Summary

- J -

• J
  • GSS-API
• Java
  • Java and Management
• JavaManagement
  • Java and Management
• JavaScript
  • Web Services
• JBOD
  • IP Storage Area Networks (SANs)
• JMAPI
  • Acronyms and Abbreviations
• Joining
  • IGMP Version 3 [RFC 3376]
• Jonathan Zittrain
  • Generations of technology versus generative technology
  • Counter currents
• JPL
  • “Beowulf-class” machines
• JPRR
  • Internet Routing Registry (IRR)
• JSON
  • Acronyms and Abbreviations
• jumbograms
  • Payload length
• Just a Bunch of Disks
  • IP Storage Area Networks (SANs)
• justify
  • Classless Inter-Domain Routing (CIDR)-2

- K -

• K
  • Root servers http://www.root-servers.org/
  • IGRP Metrics
• Katti
  • Information Slicing: Anonymity Using Unreliable Overlays [Katti2007]
  • Information Slicing: Confidentiality vulnerability
  • Questioning assumption #1
  • Questioning assumption #2
• KDD
  • Acronyms and Abbreviations
• Keep
  • Future - Summary
• keepalive
  • TCP Keepalive Timer
  • BGP operation
  • BGP Messages
• keeping
  • SLIP Problems⇒ CSLIP ≡ Compressed SLIP
• keeps
  • SCTP Differences from TCP Congestion Control
• kerberos
  • Reserved and Available UDP Port Numbers
• kerberos5
  • Reserved and Available UDP Port Numbers
• key
  • Welcome to the Internetworking course!
  • Resource Records (RR)
  • Steve Deering’s Multicast
  • Key Escrow two strings that when XORd regenerate the session master key
  • Evaluation of Key Escrow n of m
  • Delay Tolerant Networks (DTNs)
• Key Exchanger
  • Resource Records (RR)
• keyword
  • Reserved and Available UDP Port Numbers
  • IPv4 Protocol type ⇨ IPv6 Next Header type
• Knowledge-based
  • Smart Networks with Sensors
• Kokusai Denshin Denwa (KDD) Co. Ltd. (Japan)
  • VOIP vs. traditional telephony
• komplettering
  • Grades: A..F (ECTS grades)
• KTH
  • Acronyms and Abbreviations
  • Observe proper academic ethics and properly cite your sources!
  • Autonomous systems (ASs) – RFC 1930
  • Location Dependent service(s)
• kth.se
  • Network names
• KTH/IT
  • MBONE Chronology
• KTH/Monaco
  • Increasingly IP based data+voice infrastructure
• Kungl Tekniska Högskolan
  • MEDIA
• Kursansvarig
  • Staff Associated with the Course
• KX
  • Resource Records (RR)

- L -

• L
  • Root servers http://www.root-servers.org/
• labeling
  • IPv6 features
• Lack
  • Suggestions when writing your report
• LACNIC
  • Running out of IPv4 addresses
• LAN
  • LAN Protocols
  • PING: Packet InterNet Groper or sonar echo
• LAN analyzer
  • RMON Probes or Monitors
• LANIC
  • Acronyms and Abbreviations
• LANL
  • “Beowulf-class” machines
• LANs
  • IP traffic growing exponentially!
• Last-Modified
  • HTTP Header fields
• Latin America and Caribbean Network Information Centre (LANIC)
  • IP address assignments
• Laurence Huntley
  • Carriers offering VOIP
• law enforcement
  • Internet of Things (IoT): What kinds of “things” might be interesting?
• Lawful
  • Lawful Intercept with Key Escrow
• Laws
  • Location based services
• Layer
  • Connecting Devices
• layer two tunnels (LTTP)
  • Protocol-Specific Multicast Routing MIBs
• LBS
  • Acronyms and Abbreviations
• leading
  • Writing an IPv6 address
• Leaking
  • Traffic analysis & spotting
• Learning
  • Learning outcomes
• learns
  • Host routing
• leaves
  • DNS: Domain Name Service (RFC 1034, RFC 1035)
• Lecture1-notes-2019.pdf
  • Lecture notes
• Lecture10-notes-2019.pdf
  • Lecture notes
• Lecture11-notes-2019.pdf
  • Lecture notes
• Lecture12-notes-2019.pdf
  • Lecture notes
• Lecture13-notes-2019.pdf
  • Lecture notes
• Lecture14-notes-2019.pdf
  • Lecture notes
• Lecture2-notes-2019.pdf
  • Lecture notes
• Lecture3-notes-2019.pdf
  • Lecture notes
• Lecture4-notes-2019.pdf
  • Lecture notes
• Lecture5-notes-2019.pdf
  • Lecture notes
• Lecture6-notes-2019.pdf
  • Lecture notes
• Lecture7-notes-2019.pdf
  • Lecture notes
• Lecture8-notes-2019.pdf
  • Lecture notes
• Lecture9-notes-2019.pdf
  • Lecture notes
• Legal
  • Counter currents
• legitimate
  • TCP SYN Flooding Attack
• length
  • Classless Inter-Domain Routing (CIDR)
  • Internet Protocol version 4 (IPv4) (RFC 791)-2
  • SCTP Chunk
  • SCTP INIT Chunk
  • SCTP INIT ACK Chunk
  • SCTP COOKIE ECHO Chunk
  • SCTP Data Chunk
  • SCTP Selective Acknowledgement (SACK) Chunk
  • SCTP ERROR chunk
  • SCTP Association Termination
  • SCTP HEARTBEAT and HEARTBEAT ACK Chunks
  • SCTP Forward Cumulative TSN
  • OSPF Link State Announcement (LSA) header
  • BGP Open Message
  • BGP Update Message
  • BGP Keepalive Message
  • BGP Notification Message
  • Agent Advertisement Message Format
• Length=4
  • SCTP COOKIE ACK Chunk
  • SCTP Association Shutdown
• Length=8
  • SCTP Association Shutdown
• less
  • Routing Tables (in practice)
  • IPv6 features
  • Communications and Privacy
  • Growth rates-2
• lets
  • Proxy ARP (RFC 826)
  • Gratuitous ARP
• LFN
  • Acronyms and Abbreviations
• LI
  • Lawful intercept of VoIP communications
• Lifetime
  • Agent Advertisement Message Format
  • Registration Message Format
• lightning
  • Device Control
• limited
  • Special Case IP Addresses
  • Length Fields
  • Broadcasting
• Limits
  • TTL field
• linear
  • Visualizing these laws
• linearly
  • Visualizing these laws
• link
  • Addresses in TCP/IP
  • IEEE 802 Numbers of Interest
  • PPP: Point to Point Protocol
  • PPP summary
  • Open Shortest Path First (OSPF)
  • OSPF Packets
  • OSPF Link State Announcement (LSA) header
  • OSPF Link state update packet
  • Multicasting example
  • IPv6 Link local addresses
• Link state
  • Routing Algorithms
• Link state ID
  • OSPF Link state request packet
• Link state type
  • OSPF Link state request packet
• link-layer
  • MN Requirements
  • FA Requirements (v4)
• link-local
  • Internet Multicast Addresses
  • Address Allocation [RFC 4291]
  • IPv6 Multicast Addresses
• link-state
  • Open Shortest Path First (OSPF)
• Linux
  • Linux Socket filter
  • Port numbers in three groups
  • SCTP - Summary
• list
  • BOOTP Vendor specific information (RFC 1497 and RFC1533)
  • OSPF Hello packet
  • IXPs today
  • Protocol-Specific Multicast Routing MIBs
  • RMON2
  • Location Dependent service(s)
• listen
  • Socket API
• Listens
  • Therefore a Multicast Router
• lists
  • Protocol-Specific Multicast Routing MIBs
  • RMON2
• Live
  • How can we deal with all of these different networks?
• lo0
  • Routing table (example)
• load
  • Stream Control Transmission Protocol (SCTP)
  • Routing Metrics
  • Open Shortest Path First (OSPF)
• LOC
  • Resource Records (RR)
• local
  • The Internet Today
  • Differentiated services
  • Load leveling [Abley 2005]
  • Local vs. Transit traffic
  • GLOP addressing
  • RSVP operation
  • VoIP Latency
  • How does Z know to send things to MSR-α?
  • Evolution of new varieties of networks
• location
  • Problems due to the dual functions of IP addresses
  • Resource Records (RR)
  • HTTP Header fields
  • SIP: Session Initiation Protocol
  • Voice over IP (VoIP) Threats
  • Location based services
  • Situational awareness and Adaptability
  • Requirements
• Location Defined
  • Resource Records (RR)
• Locations
  • Root servers http://www.root-servers.org/
• lock
  • NFS protocol, version 2 (RFC 1094)
• Log
  • BOOTP Vendor specific information (RFC 1497 and RFC1533)
  • RMON1 Statistics
  • Long tail
• logdaemon
  • U.S. DOE CIAC’s Network Security Tools
• logical
  • IEEE 802 Numbers of Interest
  • Entity Management Information Base (MIB) (Version 4)
• Logically
  • Onion Routing
• Logistics
  • Packages
• Long tail distribution
  • Long tail
• longest
  • Routing Table Search - Classless
• Look
  • PING: Packet InterNet Groper or sonar echo
  • Personal monitoring
• Looking
  • Economics
• looks
  • BOOTP: Bootstrap Protocol (RFC 951)
• lookup
  • NFS Procedures
• Loop-back
  • IPv6 Special Address Formats
• loopback
  • Link Layer
  • Loopback interface
  • Special Case IP Addresses
  • Address Allocation [RFC 4291]
• loopback address ≡ 127.0.0.1
  • Loopback interface
• Loose
  • Categories of IP Options
• loss
  • UDP has no error control
  • VOIP vs. traditional telephony
• lost
  • Trivial File Transfer Procotol (TFTP)
  • Congestion Avoidance
  • Van Jacobson’s Fast retransmit and Fast Recovery Algorithm
• lots
  • How does this avoid the “B-ISDN debacle”?
  • User Datagram Protocol (UDP)
  • Internet’s top level domains
  • Applications which use TCP
  • X Window System
  • MBONE Chronology
  • Deregulation ⇨ New regulations
  • Peer to peer networking
• Low-cost
  • Future - Summary
• LPR
  • BOOTP Vendor specific information (RFC 1497 and RFC1533)
• LSA
  • Acronyms and Abbreviations
  • OSPF Database Description packet
  • OSPF Link state acknowledgement packet
• LSAP
  • Acronyms and Abbreviations
• LTE
  • Problems for multicasting
• LTE Advanced
  • Increasing Data Rates

- M -

• M
  • Routing table (example)
  • Root servers http://www.root-servers.org/
  • OSPF Database Description packet
  • RTP: Real-Time Transport Protocol
  • IPv6 Fragment header
  • Agent Advertisement Message Format
  • Registration Message Format
  • Key Escrow n strings such that any m can be used to regenerate the session master key
• MAC
  • Acronyms and Abbreviations
  • RMON2
• Machine
  • Requirements
• MAE-East
  • Network Access Points (NAPs)
• MAE-West
  • Network Access Points (NAPs)
• magic
  • BOOTP Vendor specific information (RFC 1497 and RFC1533)
• mail
  • Reserved and Available UDP Port Numbers
  • Resource Records (RR)
• mail Defined
  • Resource Records (RR)
• Mail eXchange record
  • Resource Records (RR)
• mailbox
  • DNS: Domain Name Service (RFC 1034, RFC 1035)
  • Resource Records (RR)
• mailbox Defined
  • Resource Records (RR)
• Main
  • Literature
  • Trossen’s Design principles to Architecture Invariants
• maintaining
  • Multicast Routing - Flooding
• maintains
  • Router Arbiter Project
  • RSVP: Resource Reservation Setup Protocol [RFC 2205]
  • RSVP Summary
• major
  • IP traffic growing exponentially!
  • Telesys class was multicast over MBONE
  • Counter currents
• MAN
  • Acronyms and Abbreviations
• Managed
  • Java and Management
• Management
  • SNMP-based tools and multicast related MIBs
  • WEB based Management
  • Voice over IP (VoIP) basic functions
• mandatory
  • TCP Header
  • BGP operation
• MANET
  • Acronyms and Abbreviations
• Mantra
  • Tools for managing multicast
• manually
  • Routing packets in the Internet
• many-to-many
  • Broadcast and Multicast
• map
  • Direct vs. indirect Delivery
  • Location Dependent service(s)
• mappable
  • Web Based Enterprise Management Initiative (WBEM)
• mapping
  • ARP and RARP
  • Address Resolution: ARP, RARP
  • Mapping names to IP addresses
• Mark
  • FRA law (FRA-lagen in Swedish)
  • FRA monitoring communications since 1930s
  • Spotting trends at 1%
• Mark Stacey
  • Transaction TCP (T/TCP)
• Marker
  • BGP Open Message
  • BGP Update Message
  • BGP Keepalive Message
  • BGP Notification Message
• Market
  • For comparison purposes
  • Device Control
• market share
  • Trends: Shifting from traditional telecommunications to data communications-2
• MasterCard
  • Security Protocols, APIs, etc.
• Match
  • Routing Table Search - Classless
  • RMON1 Statistics
• Matrix
  • RMON1 Statistics
  • The Matrix Group
• Matt
  • nfsspy
• Mattias
  • Example of TCP behavior
• max
  • VoIP Latency
• Maximize
  • Recommended Values for TOS Field
• Maximum
  • Length Fields
  • IPv4 Options
  • DHCP: Dynamic Host Configuration Protocol (RFC 1531)
  • TCP options
  • SCTP INIT Chunk
  • SCTP INIT ACK Chunk
  • IGRP Metrics
• Maximum response delay
  • IPv6 ICMP and groups
• may
  • Transport layer protocols
  • ICMP Source Quench Error
  • DHCP: Dynamic Host Configuration Protocol (RFC 1531)
  • SCTP Fault Management
• MBGP
  • Acronyms and Abbreviations
• mbone
  • Acronyms and Abbreviations
  • Broadcast and Multicast
  • IP Multicast scales well
  • Multicast backbone (MBONE) [RFC 1112]
  • MBONE Chronology
  • MBONE growth
  • MBONE connections
  • MBONE through firewalls
• MCI
  • Internet Routing Registry (IRR)
• MCTP
  • DMTF standards
• mean
  • Round-Trip Time Measurement
  • HTTP Statistics
• Meaning
  • DNS Parameters field
  • Agent Advertisement Message Format
  • Registration Message Format
• Measure
  • Additional tools for watching TCP
• Measure Determines
  • Additional tools for watching TCP
• Measure TReno
  • Additional tools for watching TCP
• Measured
  • Measuring TCP Performance
• Measurements
  • SCTP - Summary
  • IPv6 Further information
• mechanism
  • Mobile IP - Establishing Identity
• Media
  • Addresses in TCP/IP
  • MEDIA
• Median
  • HTTP Statistics
• meets
  • Why IPv6?
• Mellanox
  • High speed switch chips
• membership
  • Multicasting IP addresses
• merger
  • Exponential growth
• Merit
  • SNMP tools for working with multicast MIBs
• Merit Internet Performance and Analysis Project (IPMA)
  • WEB based Management
• Merit Network Statistics Collection And Reporting Faclility (NetSCARF)
  • WEB based Management
• Message
  • DHCP: Dynamic Host Configuration Protocol (RFC 1531)
  • Transport Protocol Functional Overview
  • SCTP - Summary
  • OSPF Packets
  • OSPF Hello packet
  • OSPF Database Description packet
  • OSPF Link state update packet
  • OSPF Link state request packet
  • OSPF Link state acknowledgement packet
  • IPv6 ICMP [RFC 2463]
  • IPSec AH header
• Meta
  • What is “meta data”?
• Metcalfe
  • Growth rates-2
• Method
  • SIP Methods
• Methods
  • Agent Discovery
• metric
  • Routing Information Protocol (RIP) version 1
• Metrics
  • RIPv1: When are routes sent?
  • Delay Tolerant Networks (DTNs)
• MG
  • Resource Records (RR)
• MGEN
  • Traffic generators
• Mhealth
  • Tools for managing multicast
• MIB
  • Acronyms and Abbreviations
  • Management Information Base: MIB
• Micro
  • More Context
• Micropayments
  • Twitter
• Microsoft's Word
  • Suggestions when writing your report
• Microsoft’s NetMeeting
  • Voice over IP (VoIP) basic functions
• Microtrends
  • Spotting trends at 1%
• MIF
  • Acronyms and Abbreviations
• Mike
  • Growth rates
• MIKEY
  • Acronyms and Abbreviations
  • Secure call setup
  • MIKEY + SRTP
• MIME-Version
  • HTTP Header fields
• min
  • Silly Window Syndrome
  • TCP Performance
  • VoIP Latency
• MINFO
  • Resource Records (RR)
• Minimal
  • IPv6 Transition Mechanisms
  • IP-in-IP Encapsulation
• Minimal encapsulation
  • Registration Message Format
• Minimize
  • Recommended Values for TOS Field
• minimum
  • Length Fields
  • Path MTU
  • Recommended Values for TOS Field
• minutes
  • Problems with RIP v1
• MIP
  • Mobile IP Problems and Development
• MIPMANET
  • Acronyms and Abbreviations
• Missing
  • Suggestions when writing your report
  • SCTP ERROR chunk
• MIT
  • Location Dependent service(s)
• Mixing
  • Early Patent
• Mlisten
  • Tools for managing multicast
• MN
  • Acronyms and Abbreviations
• MNs
  • Tunneling IP Datagrams
• mobil
  • Internet Trends
• mobile
  • More Context
  • Problems due to the dual functions of IP addresses
  • Internet Control Message Protocol (ICMP)
  • IPv6 Anycast
  • Mobile IP - Internet Architecture
  • Mobile IP - Mobility
  • Getting Service
  • Wireless Local Area Networks
  • Simulcasting in Wireless Local Area Networks (WLANs)
  • Mobile IP Standardization Effort
  • Registration Message Format
  • HA Requirements
  • Mobile IP Problems and Development
  • Why not simply use Dynamic DNS (DDNS)?
  • Communications and Privacy
  • Vehicular ad hoc networks (VANETs)
• Mobile
  • Mobile ad hoc Networks (MANETs)
• Mobile-IP
  • Mobile IP - Identification
  • Could the MSR functionality be collocated with the router?
  • Back to the original problem: Z wants to send a message to X
  • Alternative 2
  • Alternative 4 continued movement
  • How does Z know to send things to MSR-α?
  • What happens in the case of wireless networks?
  • Wireless Local Area Networks
  • Wireless WANs
  • Simulcasting in Wireless Local Area Networks (WLANs)
  • Mobile IP Standardization Effort
  • A Mobile-IP(V4) Scenario
  • A Mobile-IP(V6) Scenario
  • Agent Discovery
  • Mobile IP Optimization Problem
• Mobile-IP-alternative
  • Alternative 1
  • Alternative 3
  • Alternative 4
• Mobile-IPv4
  • Mobile IP Standardization Effort
• Mobile-IPv6
  • Mobile IP Standardization Effort
• mobile1
  • Dynamic Domain Name System (DDNS)
• mobility
  • Internet Trends
  • Problems due to the dual functions of IP addresses
  • Nomadic Computing
  • MN Requirements
  • HA Requirements
• Mode
  • Where can you run IPSec?
• Modems
  • Question from 1997
• Modified
  • Routing table (example)
• Module
  • Fifth week
• Modules
  • Welcome to the Internetworking course!
• Monitoring
  • Environment
• monitors
  • Tools for managing multicast
• Most
  • Length Fields
• mostly
  • Very high-speed Backbone Network Service (vBNS)
• mount
  • NFS protocol, version 2 (RFC 1094)
• Mping
  • Additional tools for watching TCP
• MPLS
  • Acronyms and Abbreviations
• MR
  • Resource Records (RR)
• Mrinfo
  • Tools for managing multicast
• mrouted
  • mrouted
• MS
  • OSPF Database Description packet
• MSDP
  • Acronyms and Abbreviations
  • Multicast Source Discovery Protocol (MSDP) [RFC 3618]
• MSR
  • Acronyms and Abbreviations
• MSR-α
  • Wireless Local Area Networks
  • Simulcasting in Wireless Local Area Networks (WLANs)
• MSR-β
  • Wireless Local Area Networks
  • Simulcasting in Wireless Local Area Networks (WLANs)
• MSS
  • Acronyms and Abbreviations
  • Maximum Segment Size
• Mstat
  • SNMP tools for working with multicast MIBs
• Mtrace
  • Tools for managing multicast
• MTU
  • Acronyms and Abbreviations
  • Link Layer
  • Maximum Transmission Unit (MTU)
  • MTU and Datagram Fragmentation
• Multi-homed
  • Transport Protocol Functional Overview
• multi-homing
  • Problems due to the dual functions of IP addresses
  • SCTP - Summary
• Multi-path
  • Routing Algorithms
• Multi-stream
  • Transport Protocol Functional Overview
• Multi-streaming
  • SCTP - Summary
• multicast
  • Internet Trends
  • IPv4 addresses
  • Multicasting and RSVP - outline
  • Steve Deering’s Multicast
  • Multicasting IP addresses
  • IGMP: Internet Group Management Protocol
  • Multicast routing
  • Multicasting example
  • Delivery Trees: different methods
  • Multicast Routing - Spanning Trees
  • Multicast Routing - Steiner Trees
  • Multicast backbone (MBONE) [RFC 1112]
  • Multicast on a Global Scale
  • MBONE connections
  • Other multicast efforts
  • IPv6 Addressing
  • Address Allocation [RFC 4291]
  • IPv6 ICMP and groups
• Multicast 453
  • Multicast backbone (MBONE) [RFC 1112]
• multicasting
  • Contents
  • Topics
  • Broadcast and Multicast
  • Multicast routing
  • Multicasting example
• multihomed
  • Local vs. Transit traffic
• multihoming
  • Stream Control Transmission Protocol (SCTP)
• Multimedia
  • Secure Voice Over IP
• Multimon
  • Tools for managing multicast
• multiple
  • Internet Architecture
  • RARP server
  • IP Options Encoding
  • Categories of IP Options
  • UDP server design
  • Multiple simultaneous connections to HTTP server
  • Stream Control Transmission Protocol (SCTP)
  • SCTP Header
  • SCTP INIT Chunk
  • SCTP Multiple-Streams
  • Mobile IP - Internet Architecture
• Multiple-byte
  • TCP options
• Multiple-streams
  • SCTP Multiple-Streams
• Multiplexing
  • Concept of Multiplexing and Demultiplexing
• Multiplexor
  • Concept of Multiplexing and Demultiplexing
• Multiplicative
  • Congestion Control
• multiplicity
  • RFC3554 - On the use of SCTP with IPSEC
• Multiprotocol
  • Multiprotocol BGP (MBGP) [RFC 2858]
• mutually
  • Communications and Privacy
• Mview
  • SNMP tools for working with multicast MIBs
• MX
  • Resource Records (RR)
• Myricom
  • Clustering

- N -

• n
  • Remote Procedure Call (RPC)
  • Future and Summary - Outline
  • Growth rates-2
• n log n
  • Visualizing these laws
• N-copies
  • Core Problem to be solved by multicasting
• Nagle
  • Silly Window Syndrome
  • Nagle Algorithm
• name
  • Commonly Used Simple Services
  • What to do with a new computer?
  • Reserved and Available UDP Port Numbers
  • BOOTP Vendor specific information (RFC 1497 and RFC1533)
  • Resource Records (RR)
  • Agent Advertisement Message Format
  • Registration Message Format
• named.hosts
  • Configuring DNS
• named.rev
  • Configuring DNS
• NAMESERVER
  • Reserved and Available UDP Port Numbers
• NANOG
  • Acronyms and Abbreviations
• NAP
  • Acronyms and Abbreviations
• NASA
  • Root servers http://www.root-servers.org/
  • Telesys class was multicast over MBONE
• NAT
  • Network Address Translation (NAT)
• NATs
  • IPSec, VPNs, Firewalls, and NAT - Summary
• NC-SI
  • DMTF standards
• NCC
  • Acronyms and Abbreviations
• NCP
  • Acronyms and Abbreviations
• NCS
  • Acronyms and Abbreviations
• Necessary
  • RARP: Reverse Address Resolution Protocol (RFC 903)
• neighbor
  • OSPF Hello packet
  • Exterior Gateway Protocol (EGP)
  • IPv6 ICMP [RFC 2463]
• net
  • Special Case IP Addresses
• net-directed
  • Special Case IP Addresses
  • Broadcasting
• NetBIOS
  • Maximum Transmission Unit (MTU)
  • Reserved and Available UDP Port Numbers
• netbios_dgm
  • Reserved and Available UDP Port Numbers
• netbios_ns
  • Reserved and Available UDP Port Numbers
• netbios_ssn
  • Reserved and Available UDP Port Numbers
• netid
  • IPv4 addresses
  • Classful addressing
  • Classless addressing: Subnetting IP networks
  • Special Case IP Addresses
  • Subnet mask
• Netids
  • Private IPv4 addresses
• Netlogger
  • Additional tools for watching TCP
• netmask
  • MN Requirements
• Netnod
  • Root servers http://www.root-servers.org/
  • Further information about Sweden’s & other Internet exchange points (IXPs)
• Netscape’s Cooltalk
  • Voice over IP (VoIP) basic functions
• NetSCARF
  • Acronyms and Abbreviations
• Netscount
  • WEB based Management
• netstat
  • ifconfig, route, and netstat Commands
  • Reserved and Available UDP Port Numbers
• netwall
  • Reserved and Available UDP Port Numbers
• NetWare Core Protocol (NCP)
  • Novel IPX/SPX Addresses
• network
  • Topics
  • Internet Trends
  • Addresses in TCP/IP
  • Problems due to the dual functions of IP addresses
  • Connection-oriented vs. Connectionless
  • Maximum Transmission Unit (MTU)
  • Precedence
  • Reserved and Available UDP Port Numbers
  • DHCP’s importance
  • Congestion Avoidance
  • Autonomous systems (ASs) – RFC 1930
  • Routing Information Protocol (RIP) version 1
  • RIP extensions (aka RIP-2)
  • OSPF Hello packet
  • BGP Update Message
  • Applications - outline
  • Network Management Process
  • RMON2
  • Applications- Summary
  • IPv6 Multicast Addresses
  • Security Protocols, APIs, etc.
  • Meta data and IPv6
  • Fibre Channel
  • Active Networks
  • Future of the Internet
• Network monitoring devices (monitor or probes)
  • RMON Probes or Monitors
• Network service access point
  • Resource Records (RR)
• Network-LSAs
  • OSPF Link State Announcement (LSA) header
• Network-specific
  • Forwarding
• Network-wide priority
  • Quality-of-Service Capabilities
• networked
  • Applications - some examples
  • Growth
  • Device Control
• Networking
  • Fast forwarding
  • Internet2
• networks
  • Internet’s top level domains
  • Long Fat Pipes
  • Evolution of new varieties of networks
• Neurochip
  • Non-metalic bi-directional neural interfaces
• Neustar
  • Public/Commercial DNS services
• never
  • Special Case IP Addresses
  • Host vs. router - two behaviors
  • Broadcasting
  • IGMP Implementation Details
  • Private networks
• Newer
  • Per-Route Metrics
• Newspaper
  • Internetworking as the future?
• Next-hop
  • Forwarding
  • Routing table (example)
  • RIP extensions (aka RIP-2)
• NFS
  • Acronyms and Abbreviations
  • Interaction between UDP and ARP on a BSDI system
  • Network File System (NFS)
  • NFS protocol, version 2 (RFC 1094)
  • NFS Statelessness
• NFSPROC_CREATE
  • NFS Procedures
• NFSPROC_GETATTR
  • NFS Procedures
• NFSPROC_LINK
  • NFS Procedures
• NFSPROC_LOOKUP
  • NFS Procedures
• NFSPROC_MKDIR
  • NFS Procedures
• NFSPROC_READ
  • NFS Procedures
• NFSPROC_READDIR
  • NFS Procedures
• NFSPROC_READLINK
  • NFS Procedures
• NFSPROC_REMOVE
  • NFS Procedures
• NFSPROC_RENAME
  • NFS Procedures
• NFSPROC_RMDIR
  • NFS Procedures
• NFSPROC_SETATTR
  • NFS Procedures
• NFSPROC_STATFS
  • NFS Procedures
• NFSPROC_SYMLINK
  • NFS Procedures
• NFSPROC_WRITE
  • NFS Procedures
• NFSspy
  • NFSspy
  • NFSspy problem
• NFSv2
  • NFS protocol, version 2 (RFC 1094)
• Niche
  • How can we deal with all of these different networks?
• NICNAME
  • Reserved and Available UDP Port Numbers
• NIST
  • Security Organizations and Companies
• NIT
  • Acronyms and Abbreviations
• NMAP
  • Acronyms and Abbreviations
• NMF
  • Acronyms and Abbreviations
• node
  • Problems due to the dual functions of IP addresses
• node-local
  • Internet Multicast Addresses
• Nodes
  • Core-Based Trees (CBT)
• Nokia
  • DHCP’s importance
• Nomadic
  • Growth
• non
  • non ARP example 1
• non-local
  • How does Z know to send things to MSR-α?
• non-profit
  • Interconnections of networks
• non-routable
  • Prefix for IPv6 documentation
• nontransitive
  • BGP operation
• norm
  • Communications and Privacy
• Normally
  • TCP Connection teardown
• NorrNod
  • Further information about Sweden’s & other Internet exchange points (IXPs)
• North
  • Further information about Sweden’s & other Internet exchange points (IXPs)
• not friendly
  • DNS Zones
• Notation
  • Delivery Trees: different methods
• note
  • Literature
  • Foreword
  • Grades: A..F (ECTS grades)
  • Observe proper academic ethics and properly cite your sources!
  • Basic concepts
  • How does this avoid the “B-ISDN debacle”?
  • Internet Architecture
  • Internet Trends
  • Increasing Data Rates
  • Review of Layering
  • LAN Protocols
  • Wireshark: Select the interface
  • Wireshark: Final step
  • IPv4 addresses
  • ifconfig, route, and netstat Commands
  • Routing Table Search - Classless
  • Address Resolution Cache
  • Gratuitous ARP
  • non ARP example 1
  • RARP: Reverse Address Resolution Protocol (RFC 903)
  • Tools Used: tcpdump Program
  • Interarrival delay and variance
  • Internet Protocol version 4 (IPv4) (RFC 791)-2
  • Length Fields
  • Header Checksum
  • MTU and Datagram Fragmentation
  • UDP server design
  • ICMP Source Quench Error
  • UDP has no error control
  • Resource Records (RR)
  • Load leveling [Abley 2005]
  • Where is f.root-servers.net ?
  • Web performance
  • Transmission Control Protocol (TCP)
  • TCP Header
  • TCP Connection teardown
  • TCP servers
  • Multiple simultaneous connections to HTTP server
  • IGRP Default Gateway
  • Resulting BGP Architecture
  • Federal Internet eXchange (FIX)
  • Steve Deering’s Multicast
  • Problems for multicasting
  • Joining a Multicast Group
  • IGMP Implementation Details
  • Voice over IP (VoIP)
  • Web Services
  • Prefix for IPv6 documentation
  • What happens in the case of wireless networks?
  • Demilitarized zone (DMZ)
  • Voice Over IP - SIP Trapezoid
  • SIP over TLS
  • Secure Voice Over IP
  • Generations of technology versus generative technology
  • Are interplanetary and intergalactic networks relevant to you?
  • IP Storage Area Networks (SANs)
  • Vehicular ad hoc networks (VANETs)
  • Packages
  • Trossen’s Tussle Internet
  • Publish-Subscribe Internet Routing Paradigm (PSIRP) project
  • Concept of Multiplexing and Demultiplexing
  • NETCONF and YANG
  • Web Real-Time Communication (WebRTC)
• Notes
  • Maximum Transmission Unit (MTU)
• Nothing
  • Joining a Multicast Group
• Notification
  • BGP Messages
• Notify
  • Remote MONitoring (RMON)
• Novell
  • Novel IPX/SPX Addresses
• NRL
  • Acronyms and Abbreviations
• NS
  • Resource Records (RR)
• NSAP
  • Acronyms and Abbreviations
  • Resource Records (RR)
• ntp
  • Acronyms and Abbreviations
  • Reserved and Available UDP Port Numbers
• NTTP
  • Recommended Values for TOS Field
• Null
  • IEEE 802 Numbers of Interest
  • Resource Records (RR)
  • IPv4 Protocol type ⇨ IPv6 Next Header type
• null RR
  • Resource Records (RR)
• number
  • TTL field
  • BOOTP: Bootstrap Protocol (RFC 951)
  • DNS Message format
  • NFS protocol, version 2 (RFC 1094)
  • SCTP Selective Acknowledgement (SACK) Chunk
  • Routing Metrics
  • OSPF Link state update packet
  • RMON2
  • Deregulation ⇨ New regulations
  • IPv6 Routing header
• Number (6 bits)
  • IPv6 Destination Options header
• Number portability
  • Trends: Shifting from traditional telecommunications to data communications
  • Trends: Shifting from traditional telecommunications to data communications-2
• numbers
  • More Context
  • Internet Trends
• nv
  • Core Problem to be solved by multicasting
• NXT
  • Resource Records (RR)
• Nätverk
  • Prerequisites
• Nätverk och kommunikation
  • Prerequisites
• offered
  • Sliding window Flow control

- O -

• Official
  • Maximum Transmission Unit (MTU)
• Official minimum MTU
  • Maximum Transmission Unit (MTU)
• offset
  • Internet Protocol version 4 (IPv4) (RFC 791)-2
• OK
  • Special Case IP Addresses
  • HTTP Response Codes
• Olivetti
  • Evolution of new varieties of networks
  • Location Dependent service(s)
• olle.svenson
  • ENUM
• omits
  • Exterior Gateway Protocol (EGP)
• One-to-many
  • Broadcast and Multicast
• Opcode
  • BOOTP: Bootstrap Protocol (RFC 951)
• open
  • Facebook Open Switching System ("FBOSS") and the top-of-rack Wedge Switch
  • BGP Messages
  • Managing networks – the cutting edge
  • IPv4 Protocol type ⇨ IPv6 Next Header type
  • OpenVPN
  • Wikinomics
  • Internet of Things (IoT)
• open-architecture
  • Basic concepts
• OpenDNS
  • Public/Commercial DNS services
• OpenOffice/LibreOffice
  • Suggestions when writing your report
• operates
  • Active Networks
• Operation
  • DNS Parameters field
• Operator
  • Root servers http://www.root-servers.org/
• operator-neutral
  • Interconnections of networks
• Operators
  • Reasonably Available Information
• opportunistic exchange of messages
  • Delay Tolerant Networks (DTNs)
• Optical
  • Increasing Data Rates
• optimistic
  • IPv6 Addressing
• Option
  • IP Options Encoding
  • DHCP: Dynamic Host Configuration Protocol (RFC 1531)
  • BGP Open Message
  • IPv6 Hop-by-Hop Options header
  • Using SDN with a Trusted controller
• Option Data (n octets)
  • IPv6 Destination Options header
• Option Data Length (8 bits)
  • IPv6 Destination Options header
• Option Type (8 bits)
  • IPv6 Destination Options header
• optional
  • BGP operation
• Optional data
  • PING: Packet InterNet Groper or sonar echo
• options
  • Internet Protocol version 4 (IPv4) (RFC 791)-2
  • IPv4 Options
  • TCP Control field - indicates the purpose & contents of this segment:
  • SIP Methods
  • IPv6 Destination Options header
  • IPv6 Hop-by-Hop Options header
• Oral
  • Examination Requirements
• ORCHID
  • Acronyms and Abbreviations
• order
  • IPv6 Extension headers
• ordered
  • Host Top N group
• Organization
  • Hypertext Transfer Protocol (HTTP)
• organization-local
  • Internet Multicast Addresses
• Organization-Local scope
  • IPv6 Multicast Addresses
• Originally
  • Round-Trip Time Measurement
  • Internet Protocol Version 6 (IPv6)
  • Mobile IP Standardization Effort
• OS
  • UDP server design
• OSI
  • Acronyms and Abbreviations
  • PPP: Point to Point Protocol
• OSPF
  • Acronyms and Abbreviations
  • Routing packets in the Internet
  • Intradomain routing protocols
  • Open Shortest Path First (OSPF)
  • OSPF Packets
  • OSPF Hello packet
  • OSPF Database Description packet
  • OSPF Link State Announcement (LSA) header
  • OSPF Link state update packet
  • OSPF Link state request packet
  • OSPF Link state acknowledgement packet
  • Extensions to OSPF
  • IPv4 Protocol type ⇨ IPv6 Next Header type
• OSPF Common Header (see
  • OSPF Packets
• OSPF Database Description packet (see
  • OSPF Database Description packet
• OSPF Link state acknowledgement packet
  • OSPF Link state acknowledgement packet
• OSPF Link State Advertisement general-header
  • OSPF Link State Announcement (LSA) header
• OSPF Link state request packet
  • OSPF Link state request packet
• OSPF Link state update packet
  • OSPF Link state update packet
• OSPF Link state update packet (see
  • OSPF Hello packet
• OSPF OSPF
  • Open Shortest Path First (OSPF)
• OSPF-TE
  • Acronyms and Abbreviations
  • Extensions to OSPF
• ostinato
  • Traffic generators
• Otherwise
  • Some comments on public policy
• Out-of-band
  • RMON Probes or Monitors
• Outbound
  • SCTP INIT Chunk
  • SCTP INIT ACK Chunk
• Outdoors
  • Location Dependent service(s)
• outline
  • OSPF Database Description packet
• Overvåking
  • FRA law (FRA-lagen in Swedish)
• Overvåking i en rettstat in the series Nordisk årbok i rettsinformatikk
  • FRA law (FRA-lagen in Swedish)
• OVF
  • DMTF standards
• owner
  • Observe proper academic ethics and properly cite your sources!

- P -

• P
  • ISO FCAPS Network Management Model
  • RTP: Real-Time Transport Protocol
• PacBell
  • Network Access Points (NAPs)
• Packages
  • Internet of Things (IoT): What kinds of “things” might be interesting?
• packet
  • Routing
  • RMON1 Statistics
  • IPv6 Security
  • IPv6 ICMP [RFC 2463]
  • MBONE through firewalls
  • Secure Voice Over IP
• packet streams
  • Quality-of-Service Capabilities
• packet-switched
  • Trends: Shifting from traditional telecommunications to data communications
  • Trends: Shifting from traditional telecommunications to data communications-2
• Packets
  • Connection-oriented vs. Connectionless
  • Early Patent
  • Active Networks
• pad
  • UDP Checksum and Pseudo-Header
  • BOOTP Vendor specific information (RFC 1497 and RFC1533)
• Pad1 == a null byte
  • IPv6 Destination Options header
• Page
  • Web performance
• PAN
  • Acronyms and Abbreviations
• Paper
  • Fast forwarding
• parallel
  • Routing Table Search - Classless
  • Other NFS realizations
• Parameter
  • Internet Control Message Protocol (ICMP)
  • ICMP Summary
  • DHCP: Dynamic Host Configuration Protocol (RFC 1531)
  • SCTP INIT ACK Chunk
  • SCTP HEARTBEAT and HEARTBEAT ACK Chunks
  • IPv6 ICMP [RFC 2463]
  • IPv6 ICMP Error Messages
• Parameters
  • DNS Message format
• parses
  • Additional tools for watching TCP
• Participants
  • IP Multicast scales well
• participate
  • Very high-speed Backbone Network Service (vBNS)
• particpants
  • IP Multicast scales well
• Particular
  • Some comments on public policy
• Partners
  • MEDIA
• passive
  • TCP Connection teardown
  • SCTP Association establishment - 4-way handshake
• path
  • Fragmentation
  • Categories of IP Options
  • SCTP Fault Management
  • Transport Protocol Functional Overview
  • BGP Update Message
  • Simplifications
• path vector
  • BGP operation
• path-vector
  • BGP operation
• Pathchar
  • Additional tools for watching TCP
• Paths
  • RSVP operation
• Patrik Fältström
  • Generations of technology versus generative technology
• Patterns
  • Resulting bulk data flow
• PAWS
  • Acronyms and Abbreviations
• payload
  • Header Checksum
  • Where can you run IPSec?
  • Meta data and IPv6
• PC
  • VoIP Modes of Operation
• PC-to-Telephone
  • VoIP Modes of Operation
• PCC
  • Acronyms and Abbreviations
• Pchar
  • Additional tools for watching TCP
• PCI
  • PC interfaces
• PCs
  • More Context
• PDA
  • Acronyms and Abbreviations
• PDML
  • Acronyms and Abbreviations
• peak
  • IP traffic growing exponentially!
• peer-to-peer
  • Wikinomics
• PEM
  • Acronyms and Abbreviations
• People
  • Welcome to the Internetworking course!
  • More Context
• per flow
  • Is an hourglass the right model?
• per packet
  • Is an hourglass the right model?
• per-destination-address
  • SCTP Path MTU Discovery
• Percentage
  • How important are switches vs. routers?
• Performance
  • Routing Table Search - Classless
  • Measuring TCP Performance
  • Why not simply use Dynamic DNS (DDNS)?
• perhaps
  • Proxy ARP (RFC 826)
  • Deregulation ⇨ New regulations
• periodic
  • RIPv1: When are routes sent?
  • Agent Discovery
• periodic 1/s
  • Agent Discovery
• periodically
  • TCP Performance
  • IGRP Default Gateway
• Perl
  • Exporting data to other tools
• permanent
  • Multicasting IP addresses
• persist
  • TCP Persist Timer
• personal
  • Context of the course-2
  • Near Future systems: Personal Portal
  • Evolution of new varieties of networks
  • Future - Summary
• Personal monitoring
  • Internet of Things (IoT): What kinds of “things” might be interesting?
• pessimistic
  • IPv6 Addressing
• Petabit per second
  • Future networks
• Peter Ford
  • Global Internet eXchange (GIX)
• Peter Lothberg
  • Global Internet eXchange (GIX)
• PGM
  • Other multicast efforts
• PGP
  • Acronyms and Abbreviations
• Phase
  • Address Slicing: Confidentiality used to inform routers of their next hop
  • Using SDN with a Trusted controller
• Phone
  • Country Code Top-Level Domains (CCTLDs)
• Physical
  • LAN Protocols
• Piggyback
  • Transaction TCP (T/TCP)
• piggybacked
  • TCP Header
• PIM
  • Acronyms and Abbreviations
  • Protocol-Specific Multicast Routing MIBs
• PIM-dense
  • Protocol-Independent Multicast (PIM)
• PIM-DM
  • Acronyms and Abbreviations
• PIM-SM
  • Acronyms and Abbreviations
• PIM-sparse
  • Protocol-Independent Multicast (PIM)
• ping
  • Wireshark (formerly Ethereal)
  • IP, ICMP, and Tools Outline
  • PING: Packet InterNet Groper or sonar echo
  • ICMP Summary
• plagiarism
  • Ethics, Rights, and Responsibilities
• planning
  • Remote MONitoring (RMON)
• PLDM
  • DMTF standards
• Please
  • Observe proper academic ethics and properly cite your sources!
• plen
  • IPv6 Multicast Addresses
• plot
  • Wireshark’s IO Graph functionality
  • Interarrival delay and variance
  • tshark -r burst-of-1000-packets.pcap > output.txt
• Plug and Play
  • Future networks
• PMAPPROC_DUMP
  • Port Mapper
• PMAPPROC_GETPORT
  • Port Mapper
• PMAPPROC_SET
  • Port Mapper
• PMAPPROC_UNSET
  • Port Mapper
• PMIPv6
  • Acronyms and Abbreviations
• PMTU
  • Acronyms and Abbreviations
• PMTU…
  • Routing table (example)
• pNFS
  • Acronyms and Abbreviations
• point
  • SLIP (RFC 1055)
  • Routing table (example)
• Point-to-point
  • Maximum Transmission Unit (MTU)
  • Multicasting example
  • Remote MONitoring (RMON)
• point-to-point tunnels (PPTP)
  • Protocol-Specific Multicast Routing MIBs
• Pointer
  • Resource Records (RR)
• Pointer Defined
  • Resource Records (RR)
• pointer record
  • Resource Records (RR)
• Points
  • IP traffic growing exponentially!
• policy
  • Firewalls
• Policy-based
  • Constraint-based Routing
• policy-based routing
  • BGP operation
• Policy-based Virtual
  • Constraint-based Routing
• poor
  • Suggestions when writing your report
  • Other approaches to One-to-Many and Many-to-Many communication
  • Telesys class was multicast over MBONE
• PopC
  • Acronyms and Abbreviations
• port
  • Addresses in TCP/IP
  • tshark -r burst-of-1000-packets.pcap > output.txt
  • Differentiated Services (DS) & Type of Service
  • Port Mapper
  • NFS protocol, version 2 (RFC 1094)
• Possible
  • Link Layer
• POST
  • HTTP Requests
• Postal
  • Country Code Top-Level Domains (CCTLDs)
• Postfix
  • Secure Mailer (aka Postfix)
• Postfix Postfix
  • Secure Mailer (aka Postfix)
• PostScipt fonts
  • Suggestions when writing your report
• potential
  • Examination Requirements
  • Device Control
• Potentially
  • Lawful Intercept and “Pen Traces”
  • Active Networks
• POTS-Internet
  • Cisco Voice Over IP (early entry)
• Power
  • Bottlenecks
• PPP
  • Acronyms and Abbreviations
  • Link Layer
  • PPP: Point to Point Protocol
  • PPP frames
• Practical
  • Measuring TCP Performance
• Pragma
  • HTTP Header fields
• Pre-sensing
  • Vehicular ad hoc networks (VANETs)
• precede
  • SCTP Header
• Precedence
  • Differentiated Services (DS) & Type of Service
  • Precedence
• predictable
  • SLIP Problems⇒ CSLIP ≡ Compressed SLIP
  • QoS & Scheduling algorithms
• Predicting
  • Situational awareness and Adaptability
• Prediction
  • Requirements
• prefix
  • IPv6 Special Address Formats
• Prefixes
  • Writing an IPv6 address
• Premises
  • VoIP Modes of Operation
• presence
  • Human centered
• Preserving
  • Location based services
• Pretty
  • Security Protocols, APIs, etc.
• primary
  • DNS Zones
• priority
  • Precedence
  • OSPF Hello packet
• Privacy-Enhanced
  • Security Protocols, APIs, etc.
• private
  • Private IPv4 addresses
  • IPSec, VPNs, Firewalls, and NAT - Outline
  • Private networks
• proactively
  • Remote MONitoring (RMON)
• Probably
  • How important are switches vs. routers?
• Probe
  • RMON2
• Probes
  • RMON Probes or Monitors
• problems
  • Implications of classful addressing
  • Novel IPX/SPX Addresses
  • Internet’s top level domains
  • Alternative centralized model
  • Why not simply use Dynamic DNS (DDNS)?
• procedure
  • Remote Procedure Call (RPC)
  • NFS Procedures
  • Reverse-Path Forwarding (RPF)
• Processing
  • Loopback interface
  • Virtual Interface (VIF)
  • Processing (with regard to routing information)
• produce
  • Additional tools for watching TCP
• Product
  • DHCP’s importance
• program
  • Multiple simultaneous connections to HTTP server
  • Remote Procedure Call (RPC)
  • NFS protocol, version 2 (RFC 1094)
  • Additional tools for watching TCP
  • Active Networks
• Projected
  • Running out of IPv4 addresses
• promiscuously
  • Wireshark, tcpdump, etc.
• promote
  • Router Arbiter Project
• Properties
  • Basic communication mechanism: datagram
• Propose
  • UDP Checksum and Pseudo-Header
• Proposed
  • HTTP Performance Problems
• prosumers
  • Wikinomics
• Protect
  • Communications and Privacy
• Protection Against Wrapped Sequence Numbers (PAWS)
  • Long Fat Pipes
• protocol
  • Review of Layering
  • Addresses in TCP/IP
  • Differentiated Services (DS) & Type of Service
  • SCTP Data Chunk
  • Transport Protocol Functional Overview
  • IP WAN Multicast Requirements
  • RMON2
  • Proprietary MIBs to extend RMON functions
  • WEB based Management
• protocol 6
  • Review of Layering
• Protocol Identifier
  • SCTP Data Chunk
• protocols
  • Aim
  • RMON2
• provide
  • Router Arbiter Project
  • Protocol-Specific Multicast Routing MIBs
  • Remote MONitoring (RMON)
  • Very high-speed Backbone Network Service (vBNS)
• Provide information specific to a particular routing protocol
  • Protocol-Specific Multicast Routing MIBs
• Provided
  • NFS over TCP
• provider
  • IPv6 Routing
  • Why IPv6?
• Providing
  • Networked Entertainment
• Provisional
  • SIP Status codes
• PROWAY-LAN
  • IEEE 802 Numbers of Interest
• Proxy
  • Proxy access through a firewall
• Pseudo-header
  • UDP Checksum and Pseudo-Header
• PSH
  • TCP Control field - indicates the purpose & contents of this segment:
• PSIRP
  • Acronyms and Abbreviations
• PTMP
  • Acronyms and Abbreviations
• PTR
  • Resource Records (RR)
• PTYPE
  • RTP: Real-Time Transport Protocol
• Public
  • Vehicular ad hoc networks (VANETs)
• Public key
  • Resource Records (RR)
• Publish
  • Additional ARP commands
• Publish/Subscribe
  • Trossen’s Design principles to Architecture Invariants
• Publishing
  • Additional ARP commands
• Puget
  • Black phones
• purely
  • Growth rates-2
• Purpose
  • Port numbers in three groups
  • SIP Methods
  • IPv6 Multicast Addresses
  • IPv6 ICMP [RFC 2463]
  • Internet2
• Push
  • TCP Control field - indicates the purpose & contents of this segment:
• PVR
  • Acronyms and Abbreviations
• PX
  • Resource Records (RR)

- Q -

• Q
  • Precedence and telephony systems
  • Window size
  • Multiple simultaneous connections to HTTP server
  • Cisco’s NetFlow Switching
• QoS
  • Acronyms and Abbreviations
  • Internet Trends
  • Interconnections of networks
  • Quality of Service (QoS)
  • Service Differentiation
  • Constraint-based Routing
• QoS Routing
  • Future networks
• qotd
  • Reserved and Available UDP Port Numbers
• quarterly
  • For comparison purposes
• queries
  • SNMP tools for working with multicast MIBs
• Query
  • DNS Parameters field
• Question
  • DNS Message format
• Questioning
  • Questioning assumption #1
  • Questioning assumption #2
• Queue
  • Jitter Control
• QUIC (Quick UDP Internet Connections)
  • HTTP Performance
• quotation
  • Observe proper academic ethics and properly cite your sources!
• Quote
  • Reserved and Available UDP Port Numbers

- R -

• R
  • Differentiated Services (DS) & Type of Service
  • Transaction TCP (T/TCP)
  • Agent Advertisement Message Format
• RADB
  • Acronyms and Abbreviations
• Radio
  • Wireless LANs
• Radio Scanner
  • Context for this module
• RADIUS
  • Acronyms and Abbreviations
• raison d’être
  • Dissemination not conversation
• random
  • RFC 4895 - Authenticated Chunks for SCTP
  • IGMP Implementation Details
• randomly
  • IGMP Implementation Details
• Range
  • Classful addressing
  • Port numbers in three groups
  • Private networks
• RARP
  • Acronyms and Abbreviations
  • RARP: Reverse Address Resolution Protocol (RFC 903)
  • RARP server
  • Summary of IPv6 ICMP
• rate
  • Exponential growth
• read
  • Learning outcomes
  • Learning Outcomes
  • Trivial File Transfer Procotol (TFTP)
  • NFS Procedures
• Readily
  • Future networks
• Readiness
  • Security Organizations and Companies
• Reading
  • Literature
• real-time
  • Why IPv6?
  • Mobile IP Problems and Development
• Real-Time Data (rtdata) tree
  • WEB based Management
• Realm-Local scope
  • IPv6 Multicast Addresses
• Reassembled
  • MTU and Datagram Fragmentation
• Rebinding
  • DHCP: Dynamic Host Configuration Protocol (RFC 1531)
• receipt
  • Congestion Avoidance Algorithm
• receive
  • TCP Control field - indicates the purpose & contents of this segment:
• receiver
  • Sliding window Flow control
  • Congestion Control
  • SCTP INIT Chunk
  • SCTP Forward Cumulative TSN
• Receiver-advertised
  • Congestion Control
• receivers
  • Steve Deering’s Multicast
  • Trossen’s observations
• recommended
  • TTL field
  • SCTP Applications
• Reconfigure
  • Situational awareness and Adaptability
• Record
  • Categories of IP Options
  • Resource Records (RR)
  • Internetworking as the future?
• recv
  • Socket API
• recvfrom
  • Socket API
• RED
  • Acronyms and Abbreviations
• Redfish
  • DMTF standards
• Redirect
  • Internet Control Message Protocol (ICMP)
  • ICMP Summary
  • IPv6 ICMP [RFC 2463]
• Redirection
  • HTTP Response Codes
  • SIP Status codes
• Redistribution
  • Redistribution of Route Information between protocols
• reduce
  • SCTP INIT Chunk
• reduces
  • Classless Inter-Domain Routing (CIDR)-2
  • Broadcast and Multicast
• Redundant
  • Suggestions when writing your report
• Reed
  • Growth rates-2
• Refcnt
  • Routing table (example)
• Referer
  • HTTP Header fields
• refreshed
  • RSVP Soft State
• Region
  • IP address assignments
• Regional
  • Mobile IP Problems and Development
  • Hierarchical FA and Regional Tunneling
• Register
  • Examination Requirements
  • SIP Methods
• registration
  • RTP and H.323 for IP Telephony
  • Agent Advertisement Message Format
  • Mobile IP Problems and Development
• Regulating
  • MBONE through firewalls
• relative
  • SCTP reliability
• Relatively
  • Why would anyone use RIP?
• reliability
  • Transmission Control Protocol (TCP)
  • TCP Header
  • Stream Control Transmission Protocol (SCTP)
  • SCTP reliability
• reliable
  • Main Transport layer protocols - UDP
  • Main Transport layer protocols: TCP
  • Main Transport layer protocols - SCTP
  • Stream Control Transmission Protocol (SCTP)
  • Transport Protocol Functional Overview
• Relies
  • Protocol-Independent Multicast (PIM)
• Remaining
  • Running out of IPv4 addresses
  • HA Requirements
• Remember
  • Link-State Multicast: MOSPF [RFC 1584]
  • Future - Summary
• remote
  • Reserved and Available UDP Port Numbers
  • SNMP features
  • Cisco Voice Over IP (early entry)
  • Security Protocols, APIs, etc.
  • The Network Mapper (NMAP)
• Removed
  • RSVP Soft State
• Rename
  • NFS Procedures
• rendezvous
  • Trossen’s Design principles to Architecture Invariants
• Renewal
  • DHCP: Dynamic Host Configuration Protocol (RFC 1531)
• renting
  • Classless Inter-Domain Routing (CIDR)-2
• replacing
  • Deregulation ⇨ Trends
  • Nomadic Computing
• Replicating
  • Broadcast and Multicast
• reply
  • IPv6 Routing
• Representational
  • Web Services
• represents
  • Permanently assigned groups
  • Growth rates-2
• Request
  • HTTP Header fields
  • HTTP Response Codes
  • RIP v1 operation
  • OSPF building blocks
• request-line
  • HTTP Requests
• Request-reply
  • Network File System (NFS)
• Requested
  • DHCP: Dynamic Host Configuration Protocol (RFC 1531)
  • HTTP Response Codes
  • RFC 4895 - Authenticated Chunks for SCTP
  • FA Requirements (v4)
• Requests
  • SIP Methods
• Requests for Comments (RFCs)
  • Goals, Scope and Method
• required
  • SCTP INIT ACK Chunk
• requires
  • Trivial File Transfer Procotol (TFTP)
  • HTTP Performance Problems
  • MBONE connections
  • Networked Entertainment
  • IPv6 Anycast
• Requires Subnet
  • IPv6 Anycast
• research
  • Internet2
• Researcher
  • Context of the course-2
• Researchers
  • Quality-of-Service Capabilities
• resequences
  • SCTP reliability
• reserved
  • IEEE 802 Numbers of Interest
  • Classful addressing
  • Fields relevant to Fragmentation
  • Differentiated Services (DS) & Type of Service
  • Reserved and Available UDP Port Numbers
  • DNS Parameters field
  • SCTP Data Chunk
  • Routing Information Protocol (RIP) version 1
  • RIP extensions (aka RIP-2)
  • OSPF Link State Announcement (LSA) header
  • Internet Multicast Addresses
  • Quality-of-Service Capabilities
  • IPv4 Protocol type ⇨ IPv6 Next Header type
  • IPv6 Multicast Addresses
  • Permanently assigned groups
  • IPv6 Anycast
  • IPv6 Routing header
  • IPv6 Fragment header
  • Agent Advertisement Message Format
  • Registration Message Format
  • Private networks
• Reserved Anycast IDs -
  • IPv6 Anycast
• reserves
  • RSVP Summary
• Resolver
  • DNS: Domain Name Service (RFC 1034, RFC 1035)
• Resource
  • Reserved and Available UDP Port Numbers
  • RSVP: Resource Reservation
  • Resource pooling examples
• Response
  • DNS Parameters field
  • HTTP Header fields
  • HTTP Response Codes
  • HTTP Server Redirect
  • RIP v1 operation
  • IGMP Implementation Details
  • Proprietary MIBs to extend RMON functions
  • Security Organizations and Companies
• Responsible Person
  • Resource Records (RR)
• Responsive
  • Early Patent
• REST
  • Acronyms and Abbreviations
• Resulting
  • Resulting bulk data flow
  • Trossen’s Design principles to Architecture Invariants
• retime
  • QoS & Scheduling algorithms
• Retransmission
  • SCTP Differences from TCP Congestion Control
• return
  • NFS Procedures
• Reveals
  • Meta data and IPv6
• Reverse
  • ARP and RARP
  • Address Resolution: ARP, RARP
  • Distance-Vector Multicast Routing Protocol (DVMRP) [RFC 1075]
• Review
  • Review of Layering
• RFC
  • Commonly Used Simple Services
  • SLIP (RFC 1055)
  • Path MTU
  • DDNS RFCs
  • Routing Information Protocol (RIP) version 1
  • Internet Multicast Addresses
  • Management Information Base: MIB
  • Entity Management Information Base (MIB) (Version 4)
  • IPv6 Global Unicast Addresses
  • IPv6 Security
• RFCs
  • Mobile IP Standardization Effort
• RH
  • IPv4 Protocol type ⇨ IPv6 Next Header type
• Ring
  • RMON1 Statistics
• Ringvägen
  • Country Code Top-Level Domains (CCTLDs)
• RIP
  • Acronyms and Abbreviations
  • Intradomain routing protocols
  • Routing Information Protocol (RIP) version 1
  • Problems with RIP v1
• RIP message format
  • Routing Information Protocol (RIP) version 1
• RIP-1
  • Routing packets in the Internet
• RIP-2
  • Routing packets in the Internet
  • RIP extensions (aka RIP-2)
• RIPE
  • Acronyms and Abbreviations
  • Running out of IPv4 addresses
  • Root servers http://www.root-servers.org/
  • Internet Routing Registry (IRR)
• RIPv1
  • Problems with RIP v1
  • Split Horizon
• RIPv2
  • RIP extensions (aka RIP-2)
• RIPv2 message format
  • RIP extensions (aka RIP-2)
• RIR
  • Running out of IPv4 addresses
• rlp
  • Reserved and Available UDP Port Numbers
• RMON
  • Acronyms and Abbreviations
  • Remote MONitoring (RMON)
  • RMON2
• roaming
  • Getting Service
• Ronquitst
  • Slow start
• root
  • DNS Zones
• Round
  • ICMP Summary
• Round-trip
  • VoIP Latency
• route
  • ifconfig, route, and netstat Commands
  • Connection-oriented vs. Connectionless
  • Reserved and Available UDP Port Numbers
  • Resource Records (RR)
  • RIP extensions (aka RIP-2)
  • Open Shortest Path First (OSPF)
  • Problems of Mobile IP (RFC 2002)
  • Mobile IP Problems and Development
• Route Defined
  • Resource Records (RR)
• Route Flap
  • WEB based Management
• routed
  • Broadcasting
• router
  • ARP example 2
  • Proxy ARP (RFC 826)
  • ICMP Summary
  • Count to Infinity
  • Router Arbiter Project
  • Multicast routing
  • IPv6 ICMP [RFC 2463]
  • Alternative 2
• Router-intelligent
  • Routing Algorithms
• Router-LSAs
  • OSPF Link State Announcement (LSA) header
• routers
  • Basic communication mechanism: datagram
  • How important are switches vs. routers?
  • Routing
  • Host vs. router - two behaviors
  • Host routing
  • ICMP Summary
  • Intradomain routing protocols
  • Routers do more than routing
  • Broadcasting
  • IP Multicast scales well
  • Steve Deering’s Multicast
  • Joining a Multicast Group
  • Distance-Vector Multicast Routing Protocol (DVMRP) [RFC 1075]
  • MBONE Chronology
  • Performance
• Routers/switches
  • Connection-oriented vs. Connectionless
• routes
  • Active Networks
• Routine
  • Precedence
• routing
  • Routing
  • Direct vs. indirect Delivery
  • Routing Table Search - Classless
  • Summary of IP basics
  • Reserved and Available UDP Port Numbers
  • Routing Control and Data Planes
  • Routing Principles
  • Routing related processing
  • Exterior Gateway Protocol (EGP)
  • BGP operation
  • Classless Inter-Domain Routing (CIDR)-2
  • Internet Routing Registry (IRR)
  • IPv6 Extension headers
  • IPv6 Routing
  • IPv6 Routing header
• Routing Information Protocol (RIP)
  • Novel IPX/SPX Addresses
• Routing Table Statistics Generator
  • WEB based Management
• RP
  • Resource Records (RR)
  • Multicast Source Discovery Protocol (MSDP) [RFC 3618]
• RP Interface ID (RIID)
  • IPv6 Multicast Addresses
• RPB
  • Acronyms and Abbreviations
• RPC
  • Acronyms and Abbreviations
  • TCP, HTTP, RPC, NFS, X: Outline
  • Remote Procedure Call (RPC)
  • Port Mapper
  • NFS protocol, version 2 (RFC 1094)
  • TCP, HTTP, RPC, and NFS, X, ... - Summary
• RPF
  • Acronyms and Abbreviations
  • Reverse-Path Forwarding (RPF)
  • RPF results in a different spanning tree for each source
• RPM
  • Acronyms and Abbreviations
• RPSL
  • Acronyms and Abbreviations
• RST
  • TCP Control field - indicates the purpose & contents of this segment:
• rsvd
  • IPv6 Multicast Addresses
• RSVP
  • Acronyms and Abbreviations
  • Internet Trends
  • Multicasting and RSVP - outline
  • RSVP: Resource Reservation Setup Protocol [RFC 2205]
  • RSVP: Functionality
  • RSVP: Resource Reservation
  • RSVP Protocol Mechanism
  • RSVP operation
  • Service Differentiation
• RSVP RSVP
  • RSVP: Functionality
• RT
  • Resource Records (RR)
• RTCP
  • Acronyms and Abbreviations
  • RTP and H.323 for IP Telephony
• RTCP packets
  • Avoiding fabrication of contents
• RTO
  • Acronyms and Abbreviations
  • Round-Trip Time Measurement
• RTP
  • Acronyms and Abbreviations
  • SNMP-based tools and multicast related MIBs
  • VoIP details
  • RTP and H.323 for IP Telephony
• RTPmon
  • Tools for managing multicast
• RTT
  • Acronyms and Abbreviations
• RUDE
  • Acronyms and Abbreviations
  • Traffic generators
• Rui
  • Is an hourglass the right model?
• rwnd
  • Acronyms and Abbreviations
• Réseaux IP Européens (RIPE) Network Coordination Centre (NCC)
  • IP address assignments

- S -

• S-HTTP
  • Acronyms and Abbreviations
• SACK
  • Acronyms and Abbreviations
  • SCTP Selective Acknowledgement (SACK) Chunk
• SAN
  • Acronyms and Abbreviations
• SANs
  • IP Storage Area Networks (SANs)
• SAP
  • Acronyms and Abbreviations
• Sarnoff
  • Growth rates-2
• SATAN
  • Acronyms and Abbreviations
  • U.S. DOE CIAC’s Network Security Tools
• Save
  • Wireshark: capture view after configuring the new column
• scalability
  • Simple Network Management Protocol (SNMP)
  • Service Differentiation
• Scania
  • Device Control
• school-zone
  • Vehicular ad hoc networks (VANETs)
• Scientific
  • Internetworking as the future?
• sclient
  • WEB based Management
• scollect
  • WEB based Management
• scook
  • WEB based Management
• Scope
  • Goals, Scope and Method
  • IPv6 Multicast Addresses
• Scoped information neutrality
  • Trossen’s Design principles to Architecture Invariants
• Scoping
  • Trossen’s Design principles to Architecture Invariants
• screend
  • U.S. DOE CIAC’s Network Security Tools
• scserver
  • WEB based Management
• SCTP
  • Acronyms and Abbreviations
  • Problems due to the dual functions of IP addresses
  • Stream Control Transmission Protocol (SCTP)
  • SCTP Header
  • SCTP Chunk
  • SCTP Association establishment - 4-way handshake
  • SCTP INIT ACK Chunk
  • SCTP COOKIE ECHO Chunk
  • SCTP COOKIE ACK Chunk
  • SCTP Data Chunk
  • SCTP Selective Acknowledgement (SACK) Chunk
  • SCTP ERROR chunk
  • SCTP Association Shutdown
  • SCTP Example - Daytime [Jungmaier 2004]
  • SCTP HEARTBEAT and HEARTBEAT ACK Chunks
  • SCTP Path MTU Discovery
  • SCTP reliability
  • SCTP Forward Cumulative TSN
  • Transport Protocol Functional Overview
  • SCTP - Summary
• sd
  • Core Problem to be solved by multicasting
• SDH
  • Acronyms and Abbreviations
• SDN
  • Using SDN with a Trusted controller
  • Using SDN: Untrusted controllers
• SDP
  • Acronyms and Abbreviations
  • Multiple CODECs
• Seamless
  • Intranet Telephone System
• Search
  • Twitter
• Search by image 
  • Suggestions when writing your report
• searching
  • Forwarding module
• Second
  • First week's videos
  • RSVP: Resource Reservation Setup Protocol [RFC 2205]
• secondary
  • DNS Zones
• Secure
  • IPSec AH header
  • Meta data and IPv6
  • Secure Voice Over IP
• Secured
  • Security Protocols, APIs, etc.
• securelib
  • U.S. DOE CIAC’s Network Security Tools
• security
  • Internet Trends
  • Transport Protocol Functional Overview
  • Simple Network Management Protocol (SNMP)
  • IPv6 Anycast
  • Problems of Mobile IP (RFC 2002)
  • Mobile IP Problems and Development
  • IPSec, VPNs, Firewalls, and NAT - Outline
  • Secure Voice Over IP
• See
  • Long tail
• segment
  • Transmission Control Protocol (TCP)
• Segmentation
  • Transport layer protocols
• segments
  • Van Jacobson’s Fast retransmit and Fast Recovery Algorithm
  • IPv6 Routing header
• self-clock
  • Nagle Algorithm
• send
  • SLIP Problems⇒ CSLIP ≡ Compressed SLIP
  • Socket API
  • OSPF building blocks
  • Agent Discovery
• sender
  • TCP Control field - indicates the purpose & contents of this segment:
  • Sliding window Flow control
  • Congestion Control
  • SCTP HEARTBEAT and HEARTBEAT ACK Chunks
  • SCTP Differences from TCP Congestion Control
  • Steve Deering’s Multicast
  • RSVP Protocol Mechanism
• sending
  • ARP ≡ Address Resolution Protocol (RFC826)
  • Low Bandwidth X
  • IPv6 Anycast
• Sends
  • Multicast Source Discovery Protocol (MSDP) [RFC 3618]
• sendto
  • Socket API
• Sent
  • BGP Keepalive Message
• Separation of functions
  • Trossen’s Design principles to Architecture Invariants
• sequence
  • SCTP reliability
  • RTP: Real-Time Transport Protocol
  • IPv6 ICMP Echo Request/Reply (PING)
  • Agent Advertisement Message Format
• Serial
  • Link Layer
• server
  • Commonly Used Simple Services
  • BOOTP: Bootstrap Protocol (RFC 951)
  • DHCP: Dynamic Host Configuration Protocol (RFC 1531)
  • Resource Records (RR)
  • HTTP Header fields
  • HTTP Response Codes
  • HTTP Statistics
  • NFS Mount protocol
  • SCTP Example - Daytime [Jungmaier 2004]
  • SIP Status codes
  • Bottlenecks
• Servers
  • Port Mapper
• Service
  • HTTP Response Codes
  • WEB based Management
  • Future - Summary
• Service Advertising Protocol (SAP)
  • Novel IPX/SPX Addresses
• Session Initiation Protocol (SIP)
  • Voice over IP (VoIP) basic functions
• set
  • Acronyms and Abbreviations
  • Wireshark: Choosing what columns to display
  • Fields relevant to Fragmentation
  • DNS Parameters field
  • NFS Procedures
  • Internet Routing Registry (IRR)
  • Four Elements of DMI
• SETATTR
  • NFS Statelessness
• Seth Robertson
  • nfsspy
• setsockopt
  • Learning about Socket programming
• setting
  • UDP server design
• SHA-1
  • Acronyms and Abbreviations
• sharing
  • Routing Algorithms
  • Questioning assumption #1
  • Resource pooling examples
• shelf space
  • Long tail
• shown in red
  • Avoiding fabrication of contents
• shows
  • Tools for managing multicast
• shutdown
  • Socket API
• SIG
  • Resource Records (RR)
• Sign
  • Avoiding fabrication of contents
• signaling
  • Voice over IP (VoIP) basic functions
  • RTP and H.323 for IP Telephony
• Signalspaning
  • FRA monitoring communications since 1930s
• Signalspaning för polisiära ändamål
  • FRA monitoring communications since 1930s
• Signs
  • Congestion Avoidance Algorithm
• silence
  • Multiple CODECs
• similar
  • Precedence and telephony systems
  • Delayed acknowledgements
• Similarily
  • Reasonably Available Information
• Similarly
  • encapsulation
• simple
  • Simple Campus Network
  • Reserved and Available UDP Port Numbers
  • Trivial File Transfer Procotol (TFTP)
  • Steve Deering’s Multicast
  • Web Services
  • Device Control
• Simple Mail Transfer Protocol
  • Commonly Used Simple Services
• Simple_UDP_client-example2.c
  • Other on-line Course related Material
• Simple_UDP_server-example2.c
  • Other on-line Course related Material
• Simpler
  • Novel IPX/SPX Addresses
  • Protocol-Independent Multicast (PIM)
• Simplification
  • Simplifications
• simplified
  • ICMP Source Quench Error
• Simultaneous
  • Multiple simultaneous connections to HTTP server
• Simultaneous bindings
  • Registration Message Format
• single
  • Suggestions when writing your report
  • IP Options Encoding
  • Categories of IP Options
  • Load leveling [Abley 2005]
  • SCTP Multiple-Streams
  • Autonomous systems (ASs) – RFC 1930
  • Entity Management Information Base (MIB) (Version 4)
• Single path
  • Routing Algorithms
• Single-byte
  • TCP options
• Singularity
  • Exponential growth
• Sink
  • Tools Used: sock Program
• SIP
  • Acronyms and Abbreviations
  • SCTP Applications
  • SIP: Session Initiation Protocol
  • SIP Invite
  • SIP Status codes
  • Voice Over IP - SIP Trapezoid
  • SIP over TLS
  • Lawful Intercept and “Pen Traces”
• site-local
  • Internet Multicast Addresses
• Site-Local scope
  • IPv6 Multicast Addresses
• SiteScope
  • WEB based Management
• SITIC
  • Acronyms and Abbreviations
• Situational
  • Situational awareness and Adaptability
• Size
  • Length Fields
• Skip
  • IPv6 Destination Options header
• SLA
  • Acronyms and Abbreviations
• Sliding
  • Sliding window Flow control
• SLIP
  • Acronyms and Abbreviations
  • Link Layer
  • SLIP (RFC 1055)
  • Maximum Transmission Unit (MTU)
  • Differentiated Services (DS) & Type of Service
  • ICMP Source Quench Error
• slow
  • Congestion Control
  • Slow start
  • Congestion Avoidance Algorithm
• slow-start
  • SCTP Differences from TCP Congestion Control
• Smart
  • Future networks
  • Smart Networks with Sensors
• SmartBadge
  • Future - Summary
• SMASH
  • DMTF standards
• SMBIOS
  • DMTF standards
• smtp
  • Commonly Used Simple Services
  • Recommended Values for TOS Field
  • Applications which use TCP
• SNA
  • IEEE 802 Numbers of Interest
• SNAP
  • IEEE 802 Numbers of Interest
• snmp
  • Acronyms and Abbreviations
  • Recommended Values for TOS Field
  • Reserved and Available UDP Port Numbers
  • Applications - outline
  • SNMP Traps
  • RMON1 Statistics
  • Java and Management
  • Applications- Summary
• snmp-trap
  • Reserved and Available UDP Port Numbers
• SNMPv1
  • SNMP features
• SNMPv2
  • Simple Network Management Protocol (SNMP)
  • SNMP features
• SNMPv2u
  • Simple Network Management Protocol (SNMP)
• SNMPv3
  • SNMPv3
  • SNMP features
• SNUS
  • Acronyms and Abbreviations
• SOA
  • Resource Records (RR)
• SOAP
  • Acronyms and Abbreviations
• sock
  • Tools Used: sock Program
  • IP, ICMP, and Tools Outline
• socket
  • UDP and friends - Outline
  • Socket API
  • Window size
• sockets
  • Maximum UDP Datagram size
• SOCKS
  • SOCKs v5
• SOCKsv5
  • SOCKs v5
• Soft
  • RSVP: Functionality
• Software
  • Routing Table Search - Classless
• SOL-IX
  • Further information about Sweden’s & other Internet exchange points (IXPs)
• SolCom
  • Proprietary MIBs to extend RMON functions
• Solicitation
  • Broadcast and Multicast
• Solicited
  • RIPv1: When are routes sent?
• Solution
  • Mapping Multicast (Class D) address to Ethernet MAC Address
  • Device Control
• Solutions
  • Voice over IP (VoIP) Threats
• solves
  • Why IPv6?
• someone
  • RARP server
  • IGMP Implementation Details
• SONET
  • Acronyms and Abbreviations
• SonicBlues
  • Networked Entertainment
• SOU
  • Acronyms and Abbreviations
• source
  • Special Case IP Addresses
  • ARP ≡ Address Resolution Protocol (RFC826)
  • RARP: Reverse Address Resolution Protocol (RFC 903)
  • Tools Used: sock Program
  • tshark -r burst-of-1000-packets.pcap > output.txt
  • Internet Control Message Protocol (ICMP)
  • ICMP Summary
  • OSPF Packets
  • OSPF Hello packet
  • OSPF Database Description packet
  • OSPF Link state update packet
  • OSPF Link state request packet
  • OSPF Link state acknowledgement packet
  • Reverse-Path Forwarding (RPF)
  • Multicast Source Discovery Protocol (MSDP) [RFC 3618]
  • IPv6 header format
  • MBONE through firewalls
  • Meta data and IPv6
• source address
  • Quality-of-Service Capabilities
• Source-based
  • Delivery Trees: different methods
• Source-specific
  • IPv6 Multicast Addresses
• Source-specific multicast (SSM)
  • IPv6 Multicast Addresses
• sources
  • Sources for Further Information
  • More Context
• Spam
  • Voice over IP (VoIP) Threats
• sparse
  • Protocol-Independent Multicast (PIM)
• Spatial
  • Requirements
• SPDM
  • DMTF standards
• special
  • Internet’s top level domains
  • Deregulation ⇨ New regulations
• Specialized
  • How can we deal with all of these different networks?
• Specific
  • Basic concepts
• Specifically
  • Problems due to the dual functions of IP addresses
• specified
  • Special Case IP Addresses
• SPI
  • Acronyms and Abbreviations
• Spirent
  • Traffic generators
• SPIT
  • Acronyms and Abbreviations
• split
  • Split Horizon
  • Interior Gateway Routing Protocol (IGRP)
  • MEDIA
• Splits
  • Web Enabled Devices
• Sponsored
  • Inter-domain Management task force (XoJIDM)
• spreadsheets
  • Exporting data to other tools
• Sprint
  • Network Access Points (NAPs)
• src
  • SLIP Problems⇒ CSLIP ≡ Compressed SLIP
  • Direct vs. indirect Delivery
• SRP
  • Acronyms and Abbreviations
• SRTP
  • Acronyms and Abbreviations
• SRV
  • Resource Records (RR)
• ssize_t
  • Socket API
• SSL
  • Acronyms and Abbreviations
• SSM
  • Acronyms and Abbreviations
• SSN
  • Acronyms and Abbreviations
• ST
  • IPv4 Protocol type ⇨ IPv6 Next Header type
• stable
  • Interior Gateway Routing Protocol (IGRP)
• Standard
  • Deregulation ⇨ Trends
  • PC interfaces
• Standardization
  • Some comments on standardization
• Standardized
  • Network File System (NFS)
• Stanford Clean Slate Seminar
  • Third generation of networking
• Stanford University
  • Clean slate re-design of the Internet
  • VoIP Latency
  • Clean slate re-design of the Internet (2)
• Start
  • Distance-Vector Multicast Routing Protocol (DVMRP) [RFC 1075]
• Start Of Authority
  • Resource Records (RR)
• Started
  • Network Access Points (NAPs)
  • Clustering
• State
  • SCTP INIT ACK Chunk
  • SCTP COOKIE ECHO Chunk
  • SCTP ERROR chunk
  • Transport Protocol Functional Overview
• stateful
  • Connection-oriented vs. Connectionless
• stateless
  • Connection-oriented vs. Connectionless
• Statements
  • Suggestions when writing your report
• Static
  • Routing Algorithms
• Statistics
  • HTTP Statistics
  • RMON1 Statistics
• Statistics for individual HTTP connections
  • HTTP Statistics
• status
  • Remote Procedure Call (RPC)
  • NFS protocol, version 2 (RFC 1094)
  • Open Shortest Path First (OSPF)
• status-line
  • HTTP Requests
• STCP
  • Acronyms and Abbreviations
• Steiner
  • Multicast Routing - Steiner Trees
• Steve Casner
  • MBONE Chronology
• Steve Deering
  • Steve Deering’s Multicast
  • MBONE Chronology
• STHIX
  • Further information about Sweden’s & other Internet exchange points (IXPs)
• still
  • Early Patent
  • Human centered
• Still Responsive
  • Early Patent
• Stockholm D-GIX
  • Global Internet eXchange (GIX)
• Stockholms University
  • Autonomous systems (ASs) – RFC 1930
• Storage Area Networks (SANs)
  • IP Storage Area Networks (SANs)
• stream
  • Transmission Control Protocol (TCP)
  • SCTP Data Chunk
  • SCTP Forward Cumulative TSN
  • IPv4 Protocol type ⇨ IPv6 Next Header type
• Stream Control Transmission Protocol (SCTP)
  • Lecture notes
  • Main Transport layer protocols - UDP
  • Main Transport layer protocols: TCP
  • Main Transport layer protocols - SCTP
• stream identifier (SI)
  • SCTP Data Chunk
  • SCTP Multiple-Streams
• Stream Sequence number (SSN)
  • SCTP Data Chunk
• stream sequence number(SSN)
  • SCTP Multiple-Streams
• streams
  • Stream Control Transmission Protocol (SCTP)
• Strict
  • Categories of IP Options
• Strong
  • SCTP Applications
• stub
  • Local vs. Transit traffic
• Study
  • For comparison purposes
• stupid
  • Future of the Internet
• subnet
  • Classless addressing: Subnetting IP networks
  • Special Case IP Addresses
  • BOOTP Vendor specific information (RFC 1497 and RFC1533)
  • RIP extensions (aka RIP-2)
  • IPv6 Global Unicast Addresses
  • IPv6 Anycast
• subnet-directed
  • Special Case IP Addresses
  • Broadcasting
• Subnet-Router
  • IPv6 Anycast
• subnetid
  • Classless addressing: Subnetting IP networks
  • Special Case IP Addresses
  • Subnet mask
• Subnetmask
  • RIP extensions (aka RIP-2)
• Success
  • HTTP Response Codes
  • SIP Status codes
• successor
  • Enhanced IGRP (EGRP)
• Sum
  • Multicasting example
• Summary
  • Summary of burst
  • RIPv1: When are routes sent?
  • OSPF Link State Announcement (LSA) header
• Summary-LSAs
  • OSPF Link State Announcement (LSA) header
• SUN
  • RARP server
  • Reserved and Available UDP Port Numbers
• SUNET
  • Acronyms and Abbreviations
• SUNET-KI
  • Autonomous systems (ASs) – RFC 1930
• sunrpc
  • Reserved and Available UDP Port Numbers
• Supplementary
  • Supplementary readings
• support
  • PPP summary
  • SCTP INIT Chunk
  • Vehicular ad hoc networks (VANETs)
• supporting
  • Nomadic Computing
• supports
  • Open Shortest Path First (OSPF)
  • RSVP Summary
  • IPv6 features
  • Very high-speed Backbone Network Service (vBNS)
• SVR4
  • RARP server
  • Datagram truncation
• Sweden
  • Internet’s top level domains
• Sweden’s FRA
  • Context for this module
• Swedish
  • Autonomous systems (ASs) – RFC 1930
  • Further information about Sweden’s & other Internet exchange points (IXPs)
  • Lawful intercept of VoIP communications
• Switch/Routers
  • Combining layers
• switched
  • IGMP Version 3 [RFC 3376]
• switching
  • Suggestions when writing your report
  • Cisco’s Tag Switching
• Syllabus
  • Welcome to the Internetworking course!
• Symbol
  • Intranet Telephone System
• SYN
  • TCP Control field - indicates the purpose & contents of this segment:
• Synchronization
  • OSPF building blocks
  • RTP: Real-Time Transport Protocol
• Synchronize
  • TCP Control field - indicates the purpose & contents of this segment:
• syslog
  • Reserved and Available UDP Port Numbers
• systat
  • Reserved and Available UDP Port Numbers
• System
  • Port numbers in three groups
  • U.S. DOE CIAC’s Network Security Tools
• Systems
  • Requirements

- T -

• t
  • Differentiated Services (DS) & Type of Service
  • SCTP Association Shutdown
  • OSPF Hello packet
  • OSPF Link State Announcement (LSA) header
  • Alternative centralized model
• T.120
  • RTP and H.323 for IP Telephony
• T/TCP
  • Acronyms and Abbreviations
  • Long Fat Pipes
• T1
  • Bandwidth-Delay Product
• Tables
  • RMON1 Statistics
• Tag
  • Cisco’s Tag Switching
• take off
  • Multicast on a Global Scale
• talk
  • Reserved and Available UDP Port Numbers
• Tampere University of Technology
  • MEDIA
• Taxonomy
  • Delivery Trees: different methods
• TCAM
  • Acronyms and Abbreviations
• TCB
  • Acronyms and Abbreviations
• TCP
  • Acronyms and Abbreviations
  • Commonly Used Simple Services
  • Fragmentation
  • TCP, HTTP, RPC, NFS, X: Outline
  • Transmission Control Protocol (TCP)
  • TCP Header
  • TCP Connection establishment
  • TCP Connection teardown
  • Van Jacobson’s Fast retransmit and Fast Recovery Algorithm
  • TCP Performance
  • Long Fat Pipes
  • Measuring TCP Performance
  • Example of TCP behavior
  • Jumbo Frames
  • TCP servers
  • TCP, HTTP, RPC, and NFS, X, ... - Summary
  • Transport Protocol Functional Overview
  • BGP operation
  • RTP and H.323 for IP Telephony
  • IPv4 Protocol type ⇨ IPv6 Next Header type
  • IPv6 Extension headers
  • Why not simply use Dynamic DNS (DDNS)?
  • U.S. DOE CIAC’s Network Security Tools
• TCP port
  • Commonly Used Simple Services
• TCP UDP
  • Commonly Used Simple Services
• TCP/IP
  • Maximum UDP Datagram size
  • Objectives of Mobile IP
  • The Network Mapper (NMAP)
• TCP_NODELAY
  • Disabling the Nagle Algorithm
• tcpdump
  • Exporting data to other tools
  • Tools Used: tcpdump Program
  • Summary of IP basics
  • IP, ICMP, and Tools Outline
• tcptrace
  • Additional tools for watching TCP
• tdg
  • Additional tools for watching TCP
• TDP
  • Acronyms and Abbreviations
• TechCrunch
  • Black phones
• technically
  • Reasonably Available Information
• Technische Universität Braunschweig
  • MEDIA
• Telecom
  • Deregulation ⇨ Trends
  • Future - Summary
• telecommunication
  • Trends: Shifting from traditional telecommunications to data communications
• telecommunication operator
  • Trends: Shifting from traditional telecommunications to data communications-2
• Telegrafstyrelsen
  • FRA monitoring communications since 1930s
• Telephone-to-PC
  • VoIP Modes of Operation
• Telephone-to-Telephone
  • VoIP Modes of Operation
• Telepresense
  • Personal Computing and Communication (PCC)
• Telesys gk
  • MBONE Chronology
• Telia
  • Wireless LANs
• Tells
  • IPv4 Protocol type ⇨ IPv6 Next Header type
• telnet
  • Commonly Used Simple Services
  • Applications which use TCP
  • Applications - some examples
• telnet/rlogin
  • Recommended Values for TOS Field
• telnet/rlogin/
  • Nagle Algorithm
• Telstra Corp. (Australia)
  • VOIP vs. traditional telephony
• temporary/experimental
  • Differentiated services
• Terabit per second
  • Future networks
• Terminate
  • TCP Control field - indicates the purpose & contents of this segment:
  • Voice over IP (VoIP) basic functions
• Terminate Incoming
  • Voice over IP (VoIP) basic functions
• Terminates
  • SIP Methods
• Ternary
  • Routing Table Search - Classless
• testrig
  • Additional tools for watching TCP
• Text
  • Resource Records (RR)
• Text Defined
  • Resource Records (RR)
• tftp
  • Acronyms and Abbreviations
  • Recommended Values for TOS Field
  • Reserved and Available UDP Port Numbers
  • Trivial File Transfer Procotol (TFTP)
  • TFTP messaages
• Theo Kanter
  • Generations of technology versus generative technology
• Theoretical
  • Maximum UDP Datagram size
• things
  • More Context
  • Future - Summary
• Third
  • First week's videos
• thrown
  • Congestion Avoidance
• thus
  • Evolution of new varieties of networks
• TIME
  • Reserved and Available UDP Port Numbers
• Time To Live (TTL)
  • TTL field
• Time-outs
  • RSVP Soft State
• timed
  • Reserved and Available UDP Port Numbers
• Timeline
  • Multiple simultaneous connections to HTTP server
• timeout
  • Congestion Avoidance Algorithm
• Timestamp
  • Internet Control Message Protocol (ICMP)
  • ICMP Summary
  • TCP options
  • Long Fat Pipes
  • RTP: Real-Time Transport Protocol
• TISSEC
  • Acronyms and Abbreviations
• TLA
  • Acronyms and Abbreviations
• TLD
  • Acronyms and Abbreviations
• TLI
  • Datagram truncation
• today
  • MBONE Chronology
  • Wireless LANs
  • Networked Entertainment
  • Generations of technology versus generative technology
  • Too cheap to meter
  • Packages
  • Some comments on public policy
• Token
  • RMON1 Statistics
• tools
  • Summary IP, ICMP, and related tools
• Top
  • RMON1 Statistics
  • RMON2
• Topics
  • Contents
• Topologies
  • Fibre Channel
• TOS
  • Acronyms and Abbreviations
  • Internet Protocol version 4 (IPv4) (RFC 791)-2
• total
  • Length Fields
  • Root servers http://www.root-servers.org/
  • Multiple simultaneous connections to HTTP server
  • Multicasting example
  • Private networks
  • Secure call setup
• traceroute
  • IP, ICMP, and Tools Outline
  • Internet Control Message Protocol (ICMP)
  • Where is f.root-servers.net ?
  • Where is i.root-servers.net ?
• traces
  • Tools for managing multicast
• Tracks
  • Proprietary MIBs to extend RMON functions
• traditional
  • Datagram truncation
  • Deregulation ⇨ New regulations
  • Communications and Privacy
  • Delay Tolerant Networks (DTNs)
  • Requirements
• Traditionally
  • Routing
  • Broadcast and Multicast
  • GLOP addressing
• Traffic
  • IP traffic growing exponentially!
  • Proprietary MIBs to extend RMON functions
  • A Mobile-IP(V4) Scenario
  • Meta data and IPv6
  • Communications and Privacy
  • Vehicular ad hoc networks (VANETs)
• transaction
  • BOOTP: Bootstrap Protocol (RFC 951)
  • Remote Procedure Call (RPC)
• transit
  • Local vs. Transit traffic
• transitive
  • BGP operation
• Translate
  • Voice over IP (VoIP) basic functions
• Transmission
  • SCTP INIT Chunk
  • SCTP Data Chunk
  • IPv4 Protocol type ⇨ IPv6 Next Header type
• Transmission Control Protocol (TCP)
  • Main Transport layer protocols - UDP
  • Main Transport layer protocols: TCP
  • Main Transport layer protocols - SCTP
• Transmission sequence number (TSN)
  • SCTP Data Chunk
• Transmit
  • IP WAN Multicast Requirements
• transmitted
  • Simplifications
• transport
  • Contents
  • Addresses in TCP/IP
  • Security Protocols, APIs, etc.
  • Where can you run IPSec?
• trap
  • SNMP features
• Treat
  • Header Checksum
• Trends
  • Trends: Shifting from traditional telecommunications to data communications-2
• Treno
  • Additional tools for watching TCP
• TRILL
  • Acronyms and Abbreviations
• Trivial
  • Reserved and Available UDP Port Numbers
• Trossen’s Tussle Internet
  • Trossen’s Tussle Internet
• truncated
  • IPSec AH header
• trust
  • Trossen’s observations
• trusted
  • Using SDN with a Trusted controller
• trying
  • SLIP Problems⇒ CSLIP ≡ Compressed SLIP
• tshark
  • Exporting data to other tools
• TSN
  • Acronyms and Abbreviations
• TTL
  • Acronyms and Abbreviations
  • IGMP Implementation Details
• TTL ≤ 1
  • TTL field
• Tunnel
  • Protocol-Specific Multicast Routing MIBs
• tunneling
  • mrouted
  • Tunneling IP Datagrams
  • Where can you run IPSec?
• Turing
  • Exponential growth
• TUT
  • Acronyms and Abbreviations
• Twitter
  • Applications - outline
  • Twitter
  • Applications- Summary
• TXT
  • Resource Records (RR)
• type
  • Differentiated Services (DS) & Type of Service
  • PING: Packet InterNet Groper or sonar echo
  • SCTP Chunk
  • SCTP INIT Chunk
  • SCTP COOKIE ECHO Chunk
  • SCTP HEARTBEAT and HEARTBEAT ACK Chunks
  • OSPF Packets
  • OSPF Hello packet
  • OSPF Database Description packet
  • OSPF Link state update packet
  • OSPF Link state request packet
  • OSPF Link state acknowledgement packet
  • Local vs. Transit traffic
  • BGP Open Message
  • BGP Update Message
  • BGP Keepalive Message
  • BGP Notification Message
  • IGMP: Internet Group Management Protocol
  • IPv6 ICMP [RFC 2463]
  • IPv6 ICMP Error Messages
  • IPv6 ICMP Echo Request/Reply (PING)
  • IPv6 ICMP and groups
  • Agent Advertisement Message Format
  • Registration Message Format
• Type=0
  • SCTP Data Chunk
• Type=1
  • SCTP INIT Chunk
• Type=10
  • SCTP COOKIE ECHO Chunk
• Type=11
  • SCTP COOKIE ACK Chunk
• Type=14
  • SCTP Association Shutdown
• Type=192
  • SCTP Forward Cumulative TSN
• Type=2
  • SCTP INIT ACK Chunk
• Type=3
  • SCTP Selective Acknowledgement (SACK) Chunk
• Type=4
  • SCTP HEARTBEAT and HEARTBEAT ACK Chunks
• Type=6
  • SCTP Association Termination
• Type=7
  • SCTP Association Shutdown
• Type=9
  • SCTP ERROR chunk
• Types
  • Connecting Devices
• Typical
  • VoIP details
• Typically
  • Resulting bulk data flow

- U -

• U
  • Routing table (example)
  • SCTP Data Chunk
• U. S. National Science Foundation
  • Clean slate re-design of the Internet
  • Clean slate re-design of the Internet (2)
• U.S
  • Internet’s top level domains
  • Root servers http://www.root-servers.org/
• U.S. Homeland Security Department
  • Packages
• U.S.’s NSA
  • Context for this module
• u=1
  • Interface ID
• UAC
  • Acronyms and Abbreviations
• UBR
  • Acronyms and Abbreviations
• UDP
  • Acronyms and Abbreviations
  • Commonly Used Simple Services
  • tshark -r burst-of-1000-packets.pcap > output.txt
  • UDP and friends - Outline
  • UDP Header
  • UDP Checksum and Pseudo-Header
  • Interaction between UDP and ARP - Still a problem?
  • UDP and Friends: Summary
  • Network File System (NFS)
  • Remote Procedure Call (RPC)
  • Transport Protocol Functional Overview
  • RTP and H.323 for IP Telephony
  • IPv4 Protocol type ⇨ IPv6 Next Header type
  • FA Requirements (v4)
• UDP port
  • Commonly Used Simple Services
• udp-socket-example6.c
  • Other on-line Course related Material
• udp-socket-server-example6.c
  • Other on-line Course related Material
• UDPgen
  • Traffic generators
• UG
  • Routing table (example)
• UGH
  • Routing table (example)
• UH
  • Routing table (example)
• UK
  • Will VoIP calls have to:
• ULA
  • Acronyms and Abbreviations
• UMTS
  • Acronyms and Abbreviations
  • Increasing Data Rates
• unassigned
  • IPv6 Multicast Addresses
• Unauthorized
  • HTTP Response Codes
• Understand
  • Learning outcomes
  • Learning Outcomes
• Understanding
  • Contents
• unexplained
  • Interaction between UDP and ARP on a BSDI system
• Unfair
  • Problems with multiple HTTP connections
• Unfeasible
  • BGP Update Message
  • BGP Keepalive Message
• Unfortunately
  • Problems due to the dual functions of IP addresses
  • Split Horizon
  • Problems for multicasting
  • Example regarding performance limitations
  • Some comments on IPv6
• Unicast
  • IPv4 addresses
  • IPv6 Addressing
• Unified
  • Cisco Voice Over IP (early entry)
• uninterested
  • RIP extensions (aka RIP-2)
• unique
  • Quality-of-Service Capabilities
• uniquely
  • Fields relevant to Fragmentation
• United
  • Internet’s top level domains
• United States of America
  • Packages
• Universal
  • HTTP Requests
  • PC interfaces
• university
  • Root servers http://www.root-servers.org/
  • Interconnections of networks
• Unix
  • Reserved and Available UDP Port Numbers
  • NFS File Handles
  • Core Problem to be solved by multicasting
• unless
  • Host vs. router - two behaviors
  • UDP has no error control
  • A Mobile-IP(V4) Scenario
• Unlike
  • RARP server
• Unordered
  • SCTP Multiple-Streams
  • Transport Protocol Functional Overview
• Unreadable
  • Suggestions when writing your report
• Unrecognized
  • SCTP ERROR chunk
• unreliable
  • Main Transport layer protocols - UDP
  • Main Transport layer protocols: TCP
  • Main Transport layer protocols - SCTP
• Unresolvable
  • SCTP ERROR chunk
• unrestricted
  • New top level domains
• Unsolicited
  • RIPv1: When are routes sent?
• Unspecified
  • Address Allocation [RFC 4291]
  • IPv6 Special Address Formats
• unused
  • BOOTP: Bootstrap Protocol (RFC 951)
  • IGMP: Internet Group Management Protocol
  • IPv6 ICMP and groups
• Update
  • BGP Messages
• updated
  • Additional tools for watching TCP
  • Deregulation ⇨ New regulations
• Updating
  • Routing Algorithms
• Upgrading
  • Hypertext Transfer Protocol (HTTP)
• Upward-demultiplexing
  • Concept of Multiplexing and Demultiplexing
• Upward-multiplexing
  • Concept of Multiplexing and Demultiplexing
• URG
  • TCP Control field - indicates the purpose & contents of this segment:
• Urgent
  • TCP Header
• URI
  • Acronyms and Abbreviations
• URL
  • IP address assignments
  • DHCP’s importance
• US
  • Deregulation ⇨ New regulations
  • Early Patent
  • Lawful Interception (LI)
• US letter
  • Suggestions when writing your report
• Usability
  • VoIP Latency
• usable
  • Sliding window Flow control
  • Web Based Enterprise Management Initiative (WBEM)
• USB
  • Acronyms and Abbreviations
  • PC interfaces
• use
  • Suggestions when writing your report
  • How can we deal with all of these different networks?
  • Example of what can be done in Excel
  • Routing table (example)
  • Summary of IP basics
  • TCP Performance
  • SCTP State Cookie
  • Routing Principles
  • Link-State Multicast: MOSPF [RFC 1584]
  • QoS & Scheduling algorithms
  • Voice Gateway
  • VoIP Modes of Operation
  • Simplifications
  • Multicast Multimedia conferences
  • Firewall Design
  • Trossen’s Design principles to Architecture Invariants
• Use Note
  • Voice Gateway
• Useful
  • Useful URLs
  • IP, ICMP, and Tools Outline
• user
  • RARP server
  • Port numbers in three groups
  • Trivial File Transfer Procotol (TFTP)
  • SCTP Data Chunk
  • RMON2
  • SIP: Session Initiation Protocol
  • IPv4 Protocol type ⇨ IPv6 Next Header type
  • Lawful Intercept and “Pen Traces”
  • Bottlenecks
  • Human centered
• User data
  • SCTP Data Chunk
• User Datagram Protocol (UDP)
  • Main Transport layer protocols - UDP
  • Main Transport layer protocols: TCP
  • Main Transport layer protocols - SCTP
• User-Agent
  • HTTP Header fields
• Users
  • Reserved and Available UDP Port Numbers
  • RMON2
  • Evolution of new varieties of networks
• uses
  • Transport layer protocols
  • DNS: Domain Name Service (RFC 1034, RFC 1035)
  • Hypertext Transfer Protocol (HTTP)
  • SCTP Association Termination
  • SCTP Differences from TCP Congestion Control
  • Enhanced IGRP (EGRP)
  • Open Shortest Path First (OSPF)
  • BGP operation
  • Delivery Trees: different methods
  • Cisco Voice Over IP (early entry)
  • Newping
• Uses HTTP
  • Hypertext Transfer Protocol (HTTP)
• using
  • Suggestions when writing your report
  • Using VIF for tunneling
  • ARP example 1
  • Storing other attributes - TXT records
  • Web performance
  • Remote Procedure Call (RPC)
  • IXPs today
  • Cisco’s Tag Switching
  • WEB based Management
  • Web Services
  • ISAKMP
  • Key Escrow n strings such that any m can be used to regenerate the session master key
  • Using SDN with a Trusted controller
  • IP Storage Area Networks (SANs)
  • “Beowulf-class” machines
• USM
  • Acronyms and Abbreviations
• Usually
  • Redistribution of Route Information between protocols
• Utilizes
  • OpenVPN
• UUID
  • Acronyms and Abbreviations

- V -

• V
  • Agent Advertisement Message Format
  • Registration Message Format
• VACM
  • Acronyms and Abbreviations
• VAD
  • Acronyms and Abbreviations
• Value
  • Multicast on a Global Scale
• VAN
  • Acronyms and Abbreviations
• Van Jacobson
  • Implicit vs. Explicit Information
  • PPP frames
  • Useful Tool: Traceroute Programs
  • Slow start
  • Round-Trip Time Measurement
  • Agent Advertisement Message Format
  • Registration Message Format
  • Third generation of networking
  • Dissemination not conversation
  • Implicit vs. Explicit Information (2)
• VANET
  • Acronyms and Abbreviations
• VANETs
  • Vehicular ad hoc networks (VANETs)
• VANs
  • Evolution of new varieties of networks
• variable-length
  • SCTP INIT Chunk
  • SCTP INIT ACK Chunk
  • Enhanced IGRP (EGRP)
• variance
  • Round-Trip Time Measurement
  • IGRP Metrics
• Various
  • IXPs today
• Vassilis
  • Lawful intercept of VoIP communications
• vat
  • Core Problem to be solved by multicasting
• vBNS
  • Acronyms and Abbreviations
  • Very high-speed Backbone Network Service (vBNS)
• VCI
  • Acronyms and Abbreviations
• Vehicle
  • Vehicular ad hoc networks (VANETs)
• Vehicle Area Networks (VANs)
  • Internet of Things (IoT): What kinds of “things” might be interesting?
• Vehicles
  • Internet of Things (IoT): What kinds of “things” might be interesting?
• Vehicular
  • Internet of Things (IoT): What kinds of “things” might be interesting?
• Vendor
  • BOOTP: Bootstrap Protocol (RFC 951)
  • DHCP’s importance
• VER
  • RTP: Real-Time Transport Protocol
• verification
  • SCTP Header
• verifier
  • Remote Procedure Call (RPC)
• Verisign
  • Root servers http://www.root-servers.org/
• version
  • Internetworking-2
  • Remote Procedure Call (RPC)
  • NFS protocol, version 2 (RFC 1094)
  • Routing Information Protocol (RIP) version 1
  • RIP extensions (aka RIP-2)
  • OSPF Packets
  • OSPF Hello packet
  • OSPF Database Description packet
  • OSPF Link state update packet
  • OSPF Link state request packet
  • OSPF Link state acknowledgement packet
  • BGP Open Message
  • Simple Network Management Protocol (SNMP)
  • SNMP features
  • IPv6 header format
  • Meta data and IPv6
• versus
  • Is an hourglass the right model?
• via
  • Stream Control Transmission Protocol (SCTP)
  • The Network Mapper (NMAP)
• video
  • Telesys class was multicast over MBONE
  • RTP and H.323 for IP Telephony
• Videos
  • Fifth week
  • Welcome to the Internetworking course!
• View-based
  • SNMP features
• VIF
  • Acronyms and Abbreviations
• Virtual
  • Link Layer
  • Virtual Interface (VIF)
  • IPSec, VPNs, Firewalls, and NAT - Outline
• virtual private network (VPN)
  • Virtual Private networks (VPNs)
• Virtual Terminal Protocol
  • Commonly Used Simple Services
• visibility
  • Working for free
• Vision-2
  • Near Future systems: Personal Portal
• Vision-3
  • Future Systems
• Visiting
  • Country Code Top-Level Domains (CCTLDs)
• visitor
  • FA Requirements (v4)
• Visualizing
  • Exponential growth
• VitalQIP
  • DHCP’s importance
• VLR
  • Acronyms and Abbreviations
• VLSM
  • Acronyms and Abbreviations
• Voice
  • Voice over IP (VoIP) basic functions
  • Cisco Voice Over IP (early entry)
  • Internetworking as the future?
• Voice over IP (VoIP)
  • Trends: Shifting from traditional telecommunications to data communications
  • Trends: Shifting from traditional telecommunications to data communications-2
• VoIP
  • Acronyms and Abbreviations
  • Applications - outline
  • Voice over IP (VoIP)
  • VoIP Latency
  • Increasingly IP based data+voice infrastructure
  • Voice Gateway
  • VoIP details
  • Applications- Summary
• VoIP Forum IA 1.0
  • Voice over IP (VoIP) basic functions
• Volume
  • Literature-2
• VPLS
  • Acronyms and Abbreviations
• VPN
  • Acronyms and Abbreviations
• VPNs
  • Virtual Private networks (VPNs)
  • IPSec, VPNs, Firewalls, and NAT - Summary
• VRF
  • Acronyms and Abbreviations

- W -

• W
  • Literature-2
• W3C
  • Acronyms and Abbreviations
• Walled
  • Counter currents
• WAN
  • PING: Packet InterNet Groper or sonar echo
• Warm
  • Appliances
• Warning
  • Vehicular ad hoc networks (VANETs)
• Warnings
  • Vehicular ad hoc networks (VANETs)
• WASHMS
  • Acronyms and Abbreviations
• wb
  • Core Problem to be solved by multicasting
• WBEM
  • Acronyms and Abbreviations
• WDM
  • Acronyms and Abbreviations
• Weak
  • Problems of Mobile IP (RFC 2002)
• weakest
  • Firewall Design
• Web
  • WEB based Management
  • Applications - some examples
• Web 2.0
  • Wikinomics
• Web-enabled
  • TCP, HTTP, RPC, NFS, X: Outline
  • TCP, HTTP, RPC, and NFS, X, ... - Summary
• webNFS
  • Other NFS realizations
• WebRTC
  • Web Real-Time Communication (WebRTC)
• weighted
  • Routing Metrics
• Welcome
  • Welcome to the Internetworking course!
  • How did X know to send the “I am” message to the MSR?
• well-known
  • BGP operation
• Well-Known Service
  • Resource Records (RR)
• WFQ
  • Acronyms and Abbreviations
• what
  • Is saying “Internet of xxx” misleading?
• Where
  • Is saying “Internet of xxx” misleading?
  • Human centered
• Who
  • Is saying “Internet of xxx” misleading?
  • Human centered
• whois
  • Reserved and Available UDP Port Numbers
• Whose
  • Gigapops
• Wi-Fi
  • PC interfaces
• WIDE
  • Root servers http://www.root-servers.org/
• Wideband Network
  • Maximum Transmission Unit (MTU)
• widely
  • TFTP messaages
  • SOCKs v5
• Wietse Venema
  • Secure Mailer (aka Postfix)
• wikis
  • Wikinomics
• Wind
  • Infrastructure
• window
  • TCP options
  • Sliding window Flow control
  • TCP Persist Timer
  • Long Fat Pipes
  • SCTP reliability
• Wired Magazine
  • Long tail
• wireless
  • Internet Trends
  • IP traffic growing exponentially!
  • Increasing Data Rates
  • Nomadic Computing
  • Wireless IP Network Architecture
  • Evolution of new varieties of networks
• Wireless LAN (WLAN)
  • Increasing Data Rates
• wireless/wired/mobile
  • Requirements
• Wireshark
  • Wireshark, tcpdump, etc.
  • Wireshark: Select the interface
  • After capturing some packets
  • Importing in to a Microsoft Excel spreadsheet
  • Second step in conversion into Excel
  • Wireshark: Final step
  • Example of what can be done in Excel
  • Wireshark: Choosing what columns to display
  • Wireshark: From an earlier version of the program -adding another column
  • Wireshark: capture view after configuring the new column
  • Wireshark ping capture
  • Wireshark’s IO Graph functionality
• Withdraw
  • BGP Update Message
• without
  • Forwarding module
  • SCTP State Cookie
  • OSPF Database Description packet
  • Cisco’s Tag Switching
  • Objectives of Mobile IP
• WKS
  • Resource Records (RR)
• WLAN
  • Acronyms and Abbreviations
  • For comparison purposes
• Work
  • First Written Assignment
• works
  • Address Resolution Cache
  • Congestion Avoidance
  • Proprietary MIBs to extend RMON functions
• World
  • Efforts to prepare and raise awareness
• World-class
  • Internet2
• World-wide-web
  • (Relevant) Standardization Organizations
• Worldwide
  • Multicast Backbone (MBONE)
• WPAN
  • Acronyms and Abbreviations
• Write
  • Trivial File Transfer Procotol (TFTP)
  • NFS Procedures
• writing
  • Learning outcomes
• Written
  • Examination Requirements
• WSACleanup
  • Windows Socket API
• WSAStartup
  • Windows Socket API
• WTO
  • Acronyms and Abbreviations
• WWAN
  • Acronyms and Abbreviations
• WWGD
  • Acronyms and Abbreviations
• WWW
  • Acronyms and Abbreviations
• WWW-Authenticate
  • HTTP Header fields

- X -

• X
  • TCP, HTTP, RPC, NFS, X: Outline
  • X Window System
  • Low Bandwidth X
  • TCP, HTTP, RPC, and NFS, X, ... - Summary
  • Applications - some examples
  • RTP: Real-Time Transport Protocol
  • Mobile IP - Mobility
  • Back to the original problem: Z wants to send a message to X
  • Alternative 1
  • Alternative 2
  • Alternative 3
  • Alternative 4
  • Alternative 4 continued movement
  • How does Z know to send things to MSR-α?
  • What happens in the case of wireless networks?
  • Wireless Local Area Networks
  • Wireless WANs
  • Simulcasting in Wireless Local Area Networks (WLANs)
• X.25 Networks
  • Maximum Transmission Unit (MTU)
• X11
  • Reserved and Available UDP Port Numbers
• X25
  • Resource Records (RR)
• X25 Defined
  • Resource Records (RR)
• xclock
  • X Window System
• XDR
  • Acronyms and Abbreviations
• Xerox
  • Location Dependent service(s)
• XID
  • Acronyms and Abbreviations
  • Remote Procedure Call (RPC)
• xinetd
  • U.S. DOE CIAC’s Network Security Tools
• XML
  • Common Information Model (CIM)
• XNS
  • Acronyms and Abbreviations
  • PPP: Point to Point Protocol
• XoJIDM
  • Acronyms and Abbreviations
• xplot
  • Additional tools for watching TCP
• Xterm
  • X Window System

- Y -

• YANFS
  • Acronyms and Abbreviations
• Yes
  • Transport Protocol Functional Overview
  • Why not simply use Dynamic DNS (DDNS)?
• your
  • BOOTP: Bootstrap Protocol (RFC 951)
  • Networked Entertainment

- Z -

• Z
  • Communication from Z to X
• Zimbabwe
  • Internet’s top level domains
• zone
  • DNS Zones
• Zoom
  • Getting a DiVA page - as seen by a browser
• Zoom Meeting
  • Welcome to the Internetworking course!
• zoomed
  • A closer look at the histogram
  • Web performance
  • Getting a DiVA page - as seen by a browser
• zoomed histogram
  • A closer look at the histogram
• Zotero
  • Zotero group for course
• ~16 TCP connections
  • SLIP Problems⇒ CSLIP ≡ Compressed SLIP
• ~5 bits/second
  • BGP operation
• “Future of the Internet”
  • Generations of technology versus generative technology