Example index from Internetworking course
Note that the links to the pages are for another course - so they will not work here, bu tyou can see hear the text read via Immersive Reader (if it is available)
Automatically extracted index information
Foreign words and phrases
fr-FR: French: franska
- Centre d’Expertise Gouvernemental de Réponse et de Traitement des Attaques informatiques (CERTA)
- raison d’être
sv-SE: Swedish: svenska
- bärbar
- Digitala Vetenskapliga Arkivet
- En anpassad försvarsunderrättelseverksamhet
- exjobb
- Försvarets radioanstalt
- Internetstiftelsen i Sverige
- komplettering
- Kursansvarig
- mobil
- Nätverk och kommunikation
- Signalspaning för polisiära ändamål
- Telegrafstyrelsen
Figure captions
- A one-input - two output multiplexor - when receiving inputs A and B on its input, then outputs them to two destinations
- A two-input multiplexor - when receiving inputs A and B in the two inputs, then outputs them in some order via its output
- Add a column and place it in the desired column position
- Address slicing
- Alice invites Bob to a SIP session
- An initial view of Wireshark
- 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.
- BGP Architecture
- Basic Ethernet + IP Architecture
- Basic Router Architecture (assuming a radio and an ethernet interface)
- Basic steps in Routing
- Burst of
- CDMA2000
- CU-SeeME centralized architecture
- Cellular IP
- Cellular IP location update
- Cellular IP-Handover
- Cisco's
- Cisco's NetFlow switching architecture
- Clients using an X server to access one display
- Count to infinity problem
- Data from (formerly available)
- Demultiplexing
- Demultiplexing based on port number
- Downward-demultiplexing
- Downward-multiplexing
- Encapsulation of data
- Escrowing a key
- Escrowing a key revisited
- Ethernet encapsulation
- Example of a Firewall with NAT
- Example of a Firewall with a DMZ
- Example of stub AS, transit AS, and multihomed AS
- Example of the effect of fragmentation due to the datagram being larger than the MTU of the outgoing link
- Filtering which takes place as you go up the TCP/IP stack
- Firewall and internet gateway
- First step after opening a CSV formatted file
- Format of ARP request/reply packet
- Format of PPP frame
- Format of RARP request/reply packet
- From Personal Area Networks (PANs) to Regional Area Networks (RANs)
- From www.dnsserverlist.org - 900 servers query times (2010.03.21)
- From www.dnsserverlist.org - top 100 servers query times (2010.03.21)
- Future home network
- Graphical plot of the congestion window (cwnd) as the connection goes from slow start to congestion avoidance behavior (figure from
- Hierarchical FA and Regional Tunneling
- How do we know it is the same X?
- ICMP redirect
- IEEE802.2/802.3
- IGMP - adapted from the earlier figure (See “Demultiplexing”)
- IGMP packets as seen with Ethereal
- IP datagram carrying a UDP packet
- IP header (see
- IPSec usage red = secure, black = unsecure
- IPv4 and IPv6 performance 2015.04.19
- IPv4 and IPv6 performance on
- IPv6 routing example with multihoming and choice of provider
- Information slicing
- Information slicing vulnerability
- Internet Service Provider (ISP), Network Access Point (NAP)
- Lawful Intercept with Key Escrow
- MBONE Growth - Doubling time ~8 months
- MBONE behaves as if there were a multicast server, but this functionality is distributed rather than centralized.
- MIKEY and SRTP
- Mapping between host names, IP address, and MAC address
- Mobile-IP IPv4 scenario
- Mobile-IP IPv6 scenario
- Mobile-IP agent discovery
- Mobile-IP optimization problem
- Multicast routing via tunnels - the basis of MBONE
- Multicast routing: packet replicated by the routers -- not the hosts
- Multicast spanning tree
- Multiple network technologies -
- Multiple network technologies - internetworked together Mobility (WWAN, WLAN, PAN, …) driving us towards Mobile Internet
- Multiple-streams
- NFS client and NFS server (see
- Name and address needed?
- 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!!!)
- Note that it need not be a physical ring, but was often an FDDI switch (such as the DEC Gigaswitch/FDDI).
- Note that the entries in the table have to be sorted - to achieve the longest match being at the smallest index.
- Note those packets with high or very high delays
- On a point-to-point link, there is no need for ARP
- Organization of a Web client-server (see
- Paths between senders and receivers
- Patterns of segments being sent in one direction and ACKs sent in response
- Physical and Link layer protocols used for LANs
- Ping another machine on the LAN
- Plot showing number of packets per second
- Processing of IP Datagrams
- Processing of network packets via a Virtual Interface
- Questioning assumption 1 global observer
- Questioning assumption 2 slice observer
- RSVP operation between host and router
- RSVP protocol mechanism
- Regional Tunneling redirect the traffic to the MN's new location
- Regional Tunneling redirects the traffic to the MN's new location
- Router (R) doing a Proxy ARP to provide MAC address of B
- SCTP Daytime example - output from Ethereal
- SDN with untrusted controllers
- SIP over TLS
- SIP trapezoid
- SLIP Encapsulation
- SOCKS v5 operation
- Server and Network Bandwidth and latency
- Set your preferences for the User Interface
- Some statistics on the packet trace
- Summary of burst data
- TFTP messages (see
- Taxonomy of Multicast Routing Protocols
- The UDP pseudo header in context
- The bulk of the forwarding effort is
- The resulting view
- 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.
- Timeline of eight TCP connection for a home page and seven GIF images
- Tunneling IP Datagrams
- Two alternatives to generate and dump packets
- Two alternatives to get packets
- UDP datagram showing the 8-byte header
- Upward-demultiplexing
- Upward-multiplexing
- Usability of a voice circuit as a function of end-to-end delay
- Use spreadsheet operations over the values
- User Bandwidth and latency
- Using ARP on host C to determine MAC address of the interface on host B
- Using Shamir secret sharing one can split the key into N parts, such that any M of them are sufficient to recover the
- Using a Virtual Interface for Tunneling (IP in IP)
- Vision-2, 2000 - high level of integration
- Vision-3, 2005-2015 - very high level of integration
- VoIP and data infrastructure
- VoIP architecture
- VoIP gateway internals
- VoIP packet details
- When the indicated process is removed/dies, then the routine is no longer callable by
- 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?
- Wireless IP Architecture
- X disconnects from location A1 and reconnects at location A2
- X is moving from the cell
- X moves from A1 to A2, Z not aware of Mobility
- X moves from the cell
- X must send a redirect message to Z, to tell it its new address A2.
- Z is communicating with X at A1 and wants to continue when X reconnects at location A2
- Zoomed view of the frequency plot
- adapted from
- key escrow with XOR
- linear,
- mapping between host names and IP address or addresses
- plot of frequency for tshark data
- protocol layers in the TCP/IP protocol suite
- trusted SDN controller
- “Welcome (Greeting)” messages answered by “I am” messages
- “Welcome (Greeting)” messages from router answered by “I am” messages
Table captions
- 0xffffff00
- 0xffffffc0
- CODE field
- Decrease in total time to produce a response
- Definitions of Scope values
- Encapsulation of IGMP message in IP datagram
- Error codes and their descriptions
- FLAGS field bits
- Format of ICMP message for Echo request/reply
- HTTP 3-digit response code
- HTTP Header names
- IGMP message format
- OSPF Common Header (see
- OSPF Database Description packet (see
- OSPF Link State Advertisement general-header
- OSPF Link state acknowledgement packet
- OSPF Link state request packet
- OSPF Link state update packet
- OSPF Link state update packet (see
- Provide information specific to a particular routing protocol
- RIP message format
- RIPv2 message format
- Reserved Anycast IDs -
- Statistics for individual HTTP connections