1. 6.4 LANs
1.1. Addressing and ARP
1.1.1. LAN Addresses and ARP
1.1.2. MAC Addresses and ARP
1.1.3. ARP
1.1.3.1. Address Resolution Protocol
1.1.3.1.1. Same LAN
1.1.4. Addressing
1.1.4.1. Routing to Another LAN
1.2. Ethernet
1.2.1. Physical Topology
1.2.2. Frame Structure
1.2.3. Unreliable and Connectionless
1.2.4. 802.3 Ethernet Standards
1.2.4.1. Link and Physical Layers
1.3. Switches
1.3.1. Ethernet Switch
1.3.2. Switch
1.3.2.1. Multiple Simultaneous Transmissions
1.3.2.2. Forwarding Table
1.3.2.3. Self-Learning
1.3.2.4. Frame Filtering / Forwarding
1.3.3. Interconncecting Switches
1.3.4. Institutional Network
1.3.5. Switches vs. Routers
1.4. VLANs
1.4.1. Motivation
1.4.2. Port-Based
1.4.3. Spanning Multiple Switches
1.4.4. 802.1 Q VLAN Frame Format
2. 6.5 Link Virtualization : MPLS
2.1. Multiprotocol Label Switching (MPLS)
2.1.1. Capable Routers
2.1.2. MPLS vs. IP Paths
2.1.3. Signaling
2.1.4. Forwarding Tables
3. 6.6 Data Center Networking
3.1. Data Center Network
4. 6.7 A Day In The Life of A Web Request
4.1. Scenario
4.2. Connecting to The Internet
4.3. ARP (Before DNS and HTTP)
4.4. Using DNS
4.5. TCP Connection Carrying HTTP
4.6. HTTP Request/Reply
5. 6.1 Introduction and Services
5.1. Link Layer
5.1.1. Introduction
5.1.2. Context
5.1.3. Services
5.2. Adaptors Communicating
6. 6.2 Error Detection and Correction
6.1. Error Detection
6.2. Parity Checking
6.3. Internet Checksum
6.4. Cyclic Redundancy Check
6.5. CRC Example
7. 6.3 Multiple Access Protocols
7.1. Taxonomy
7.2. Channel Partitioning MAC Protocols
7.2.1. TDMA
7.2.2. FDMA
7.3. Random Access Protocols
7.4. Slotted ALOHA
7.4.1. Efficiency
7.5. Pure (Unslotted) ALOHA
7.5.1. Efficiency
7.6. Carrier Sense Multiple Access (CSMA)
7.6.1. Ethernet CSMA/CD
7.6.1.1. Collisions
7.6.1.1.1. Detection
7.6.1.2. Algorithm
7.6.1.3. Efficiency