===== Lectures =====

{{l1-intro2up.pdf | L1 Intro}}

{{l2-basicprinciples2up.pdf | L2 Basic Principles}}

Capacity, bandwidth, sinc pulses: 3.2.2, 3.4.1, 3.5.1
Queues: A.3.1 (although we used a much much shorter derivation of the M/M/1 queue - which we didn’t even refer to as an M/M/1 when discussing queue delay estimation in class)
Little’s Formula: A.1.2 (although we just stated Little’s formula and did not derive it, nor will we)\\

{{l3-structaddressing2up.pdf | L3 Internet Structure & Addressing}}

IP Addressing: 8.2.2, 8.2.3, 8.2.5
DNS: 2.1.1\\

{{l4-routingcontrol2up.pdf | L4 Internet Routing and Control}}

General routing: 7.4
Bellman-Ford (Distance-Vector Routing): 7.5.1
Dijkstra’s (Link-State Routing): 7.5.2
Distance vs. Link: 7.5.4\\

{{l5-apptopology2up.pdf | L5 Internet Application Topology}}

More applied stuff not directly in textbook.
Basically discussed how queries can be distributed in server farms, the idea of the cache, leveraging DNS to efficiently deliver content, high-level mechanics of peer-to-peer networks\\

{{l6-layers2up.pdf | L6 Protocols, Services, Layers}}

2.1.1, 2.1.2\\

{{l7-osi2up.pdf | L7 OSI}}

2.2\\

{{l8-tcpip2up.pdf | L8 TCP/IP Overview}}

2.3, 2.5.3

{{l9-controlprotocols2up.pdf | L9 Control Protocols}}

8.2.6, 8.2.9, 8.8.1, 8.8.2

{{l10-physmedia2up.pdf | L10 Physical Media Properties}}

3.8

{{l11-digitization2up.pdf | L11 Digitization}}

3.3

{{l12-baseband2up.pdf | L12 Basic Baseband Digital Comms}}

3.2, 3.4, 3.5

{{l13-linecode2up.pdf | L13 Line Coding}}

3.6

{{l14-modulation2up.pdf | L14 Modulation}}

3.7

{{l15-errordet2up.pdf | L15 Error Detection and Correction}}

3.9.1-3.9.4

{{l16-arq2up.pdf | L16 ARQ & Reliable Data Transfer}}

5.2

{{l17-mac2up.pdf | L17 Medium Access Control}}

6.1, 6.2