Chapter 4 : Network Layer - The Data Plane

1. 4.1 Overview of Network Layer

1.1. Network Layer

1.1.1. Data Plane

1.1.2. Control Plane

1.2. Two Key Network-Layer Functions

1.3. Per-Router Control Plane

1.4. Logically Centralized Control Plane

1.5. Network Service Model

1.6. Network Layer Service Model

2. 4.2 What’s Inside a Router

2.1. Router Architecture Overview

2.2. Input Port

2.2.1. Functions

2.2.2. Queuing

2.3. Destination-Based Forwarding

2.4. Longest Prefix Matching

2.5. Switching

2.5.1. Switching Fabrics

2.5.2. Switching Via Memory

2.5.3. Switching Via a Bus

2.5.4. Switching Via Interconnection Network

2.6. Output Ports

2.6.1. Queuing

2.7. Scheduling

2.7.1. Mechanisms

2.7.2. Policies

2.7.2.1. Priority

2.7.2.2. Still More

3. Akbar Faldiarsya 225150400111020

4. 4.3 Internet Protocol (IP)

4.1. The Internet Network Layer

4.2. IP Datagram Format

4.3. IP Fragmentation - Reassembly

4.4. IP Addressing

4.4.1. Introduction

4.4.2. Classless InterDomain Routing (CIDR)

4.4.3. How to Get

4.4.3.1. Dynamic Host Configuration Protocol (DHCP)

4.4.3.1.1. Overview

4.4.3.1.2. Client-Server Scenario

4.4.3.1.3. More Than IP Addresses

4.4.3.1.4. Example

4.4.3.1.5. Wireshark Output (Home LAN)

4.4.4. The Last Word

4.5. Subnet

4.6. Hierarchical Addressing

4.6.1. Route Aggregation

4.6.2. More Specific Routes

4.7. Network Address Translation (NAT)

4.8. IPv6

4.8.1. Motivation

4.8.2. Datagram Format

4.8.3. Adoption

4.9. Tunneling

5. 4.4 Generalized Forward and SDN

5.1. OpenFlow Data Plane Abstraction

5.2. OpenFlow

5.2.1. Flow Table Entries

5.2.2. Abstraction

5.2.3. Example

5.3. Example