Nguồn ngoài

An Introduction to Computer Networks

This text is a free and open general-purpose computer-networking textbook, complete with diagrams and exercises.It covers the LAN, internetworking and transport layers, focusing primarily on TCP/IP. Particular attention is paid to congestion; other special topics include queuing, real-time traffic, network management, security and the ns simulator.

Computer Science Engineering

Tác giả: Peter Lars Dordal
Nhà xuất bản: Loyola University of Chicago
Nguồn: LibreTexts
Giấy phép: CC BY-NC-ND
Ngôn ngữ: EN
Danh mục: Công nghệ thông tin

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Mục lục· 114 mục

01: An Overview of Networks
1.01: Layers
1.02: Data Rate Throughput and Bandwidth
1.03: Packets
1.04: Datagram Forwarding
1.05: Topology
1.06: Routing Loops
1.07: Congestion
1.08: Packets Again
1.09: LANs and Ethernet
1.10: IP - Internet Protocol
1.11: DNS
1.12: Transport
1.13: Firewalls
1.14: Some Useful Utilities
1.15: IETF and OSI
1.16: Berkeley Unix
1.E: An Overview of Networks (Exercises)
02: Ethernet
2.01: Prelude to Ethernet
2.02: 10-Mbps Classic Ethernet
2.03: 100 Mbps (Fast) Ethernet
2.04: Gigabit Ethernet
2.05: Ethernet Switches
2.06: Spanning Tree Algorithm and Redundancy
2.07: Virtual LAN (VLAN)
2.08: TRILL and SPB
2.09: Software-Defined Networking
2.E: Ethernet (Exercises)
03: Other LANs
3.01: Virtual Private Networks
3.02: Carrier Ethernet
3.03: Token Ring
3.04: Virtual Circuits
3.05: Asynchronous Transfer Mode - ATM
3.06: Adventures in Radioland
3.07: Wi-Fi
3.08: WiMAX and LTE
3.09: Fixed Wireless
3.10: Epilog and Exercises
04: Links
4.01: Encoding and Framing
4.02: Time-Division Multiplexing
4.E: Links (Exercises)
05: Packets
06: Abstract Sliding Windows
6.01: Building Reliable Transport - Stop-and-Wait
6.02: Sliding Windows
6.03: Linear Bottlenecks
6.04: Epilog and Exercises
07: IP version 4
7.01: Prelude to IP version 4
7.02: The IPv4 Header
7.03: Interfaces
7.04: Special Addresses
7.05: Fragmentation
7.06: The Classless IP Delivery Algorithm
7.07: IPv4 Subnets
7.08: Network Address Translation
7.09: DNS
7.10: Address Resolution Protocol - ARP
7.11: Dynamic Host Configuration Protocol (DHCP)
7.12: Internet Control Message Protocol
7.13: Unnumbered Interfaces
7.14: Mobile IP
7.15: Epilog and Exercises
08: IP version 6
8.01: Prelude to IP version 6
8.02: The IPv6 Header
8.03: IPv6 Addresses
8.04: Network Prefixes
8.05: IPv6 Multicast
8.06: IPv6 Extension Headers
8.07: Neighbor Discovery
8.08: IPv6 Host Address Assignment
8.09: Globally Exposed Addresses
8.10: ICMPv6
8.11: IPv6 Subnets
8.12: Using IPv6 and IPv4 Together
8.13: IPv6 Examples Without a Router
8.14: IPv6 Connectivity via Tunneling
8.15: IPv6-to-IPv4 Connectivity
8.16: Epilog and Exercises
09: Routing-Update Algorithms
9.01: Prelude to Routing-Update Algorithms
9.02: Distance-Vector Routing-Update Algorithm
9.03: Distance-Vector Slow-Convergence Problem
9.04: Observations on Minimizing Route Cost
9.05: Loop-Free Distance Vector Algorithms
9.06: Link-State Routing-Update Algorithm
9.07: Routing on Other Attributes
9.08: ECMP
9.09: Epilog and Exercises
10: Large-Scale IP Routing
10.01: Classless Internet Domain Routing - CIDR
10.02: Hierarchical Routing
10.03: Legacy Routing
10.04: Provider-Based Routing
10.05: Geographical Routing
10.06: Border Gateway Protocol BGP
10.07: Epilog and Exercises
11: UDP Transport
12: TCP Transport
13: TCP Reno and Congestion Management
14: Dynamics of TCP
15: Newer TCP Implementations
16: Network Simulations - ns-2
17: The ns-3 Network Simulator
18: Mininet
19: Queuing and Scheduling
20: Quality of Service
21: Network Management and SNMP
22: Security
23: Selected Solutions