Class 26-Link State Routing

Dijkstra's Algorithm

Class 25-IP Addressing and Subnetting

Conclusion of IP Addressing and Subnetting

Class 24-IP Addressing and Subnetting

IP Addressing and Subnetting

Class 23-IP Addressing

IP Addressing, Subnet concepts, Class-based addressing.

Class 22-Network Layer Intro

Introduction to the Network Layer. Routing, forwarding.

Class 21-TCP Homework Review, Socket Programming

TCP Homework Review, Socket Programming

Class 20-Transport Layer Wrap-up

TCP Flow Control and Congestion Control

Class 19-TCP Lab

TCP in action.

Class 18-TCP Implementation Details

TCP: Sequence and Acknowledgement numbers, header fields, estimated RTT and timeout calculations, fast retransmit.

Class 17-Pipelining

Pipelineing: Go-Back-N and Selective Repeat, Overview of TCP.

Class 16-Reliability, Pipelining

Reliability: NAK-free protocol, dealing with loss as well as errors. Utilization and pipelining.

Class 15-Reliable Transport

Reliable transport with perfect underlying channel, with ACKs/NAKs, Sequence Numbers.

Class 14-Delay HW Review, Transport Layer

Delay HW Review, UDP, Reliable delivery principles.

Class 13-Transport Layer Overview

Multiplexing, port numbers, available transport-layer services.

Class 12-DNS Lab

Using nslookup, DNS record types and queries.

Class 11-DNS Overview

Domain Name System concepts

Class 10-Email Protocols

E-mail systems and protocols: SMTP, POP3, IMAP. HTTP front-ends to e-mail systems. Message formats and base64 encoding.

Class 9-HTTP Wrap Up, E-Mail Intro

HTTP cookies, caching, proxy servers. E-Mail system components and processing overview.

Class 8-HTTP Lab Part 2

HTTP Conditional GET, retrieving large objects, embedded objects, authentication.

Class 7-HTTP Lab Part 1

Introduction to WireShark, packet captures, filters. Simple HTTP request/response analysis.

Class 6-HTTP

Overview of HTTP request and response messages.

Class 5-Application Layer Concepts

Introduction to the Application Layer. Client-server and peer-to-peer architectures. Transport layer services.

Class 4-Circuit Switching, Packet Switching, Delay

Circuit Switching vs. Packet Switching. Frequency Division Multiplexing and Time Division Multiplexing. Delay components and calculations.

Class 3-Transport, Physical Media

Transport layer protocols (TCP & UDP), Guided/Unguided Media, Digression on electromagnetic interference, Circuit switching.

Class 2-Internet History, Overview

Brief history of the Internet. What makes up the Internet? What is a protocol? We look at the composition of the Internet from a "nuts & bolts" view and a service view.

Class 1-Syllabus Review, Course Overview

An introduction to the course and overview of how the networking area of computing is organized. The last 10 minutes or so of the podcast got cut off--not sure why at this point...will try to figure it out within the next couple of classes, though.

Class 0-Welcome

This is a placeholder episode for the lecture podcasts for Dr. Dan McKee's Fall 2011 Networking I class at Mansfield University.