CSE473-11-4A: Internet Network Layer Protocols – IPv4 and IPv6 (Part 1 of 5)
Part 1 of Audio/Video Recording of Professor Raj Jain’s class lecture on The Network Layer. It covers Network Layer Basics, Network Layer Protocols, Forwarding and Routing, « Route Print » Command in Windows, Homework 4A, ATM Networks, Classes of Service, ATM Classes of Service, Network Service Models, What’s Inside a Router?, Types of Switching Fabrics, Where Does Queuing Occur?, Ideal Buffering, Packet Dropping Policies, Head-of-Line Blocking, Network Layer Basics: Review, Forwarding Protocols, IP Datagram Format, IP Fragmentation Fields, IP Fragmentation and Reassembly, Homework 4B, IP Address Classes, IP Addressing, Subnetting, IP addressing: CIDR, Homework 4C, Forwarding an IP Datagram, Route Aggregation, Private Addresses, Network Address Translation (NAT), Universal Plug and Play, Homework 4D, DHCP, DHCP Example, ICMP, ICMP: Message Types, ICMP Messages, Trace Route Example, IPv6, IPv6 Header, IPv6 vs. IPv4, IPv4 to IPv6 Transition, Forwarding Protocols: Review, Routing Algorithms, Rooting or Routing, Routeing or Routing, Graph abstraction, Distance Vector vs Link State, Dijkstra’s Algorithm, Dijkstra’s Algorithm: Example, Bellman-Ford Algorithm, Bellman-Ford: Tabular Method, Routing Algorithms: Homework 4E, Routing Protocols, Autonomous Systems, Routing Protocols, Routing Information Protocol, Shortcomings of RIP, Counting to Infinity Problem, Open Shortest Path First (OSPF), Router Types, Metrics (Cost), Maintaining the Database, Border Gateway Protocol, BGP Operations, BGP Routing Policy Example, Intra- vs. Inter-AS Routing, Routing Protocols. See URL on slide bottoms to download slides. Based on Computer Networking: A Top-Down Approach by Kurose and Ross.
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