Data Communications and Networking With TCP IP Protocol Suite 6th Edition by Behrouz Forouzan 0078022096 9780078022098
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Authors:Behrouz A. Forouzan , Series:Artificial Intelligence [55] , Tags:Computer Communication Networks; Artificial Intelligence , Author sort:Forouzan, Behrouz A. , Ids:Google; 9780078022098 , Languages:Languages:eng , Published:Published:Mar 2021 , Publisher:McGraw Hill , Comments:Comments:Welcome to the sixth edition of Data Communications and Networking with TCP/ IP Protocol Suite. We are living in an information age, and information is distributed faster that ever using the Internet, which works based on the topics discussed in this book. Features Although the main goal of this book is to teach the principles of networking, it is designed to teach these principles using the following features: TCP/IP Protocol Suite This book is designed to teach the principles of networking by using the TCP/IP protocol suite. Teaching these principles using protocol layering is beneficial because these principles are repeated and better understood in relation to each layer. For example, addressing is an issue that is applied to several layers of the TCP/IP protocol suite. Another example is framing and packetizing, which is repeated in several layers, but each layer treats the principle differently. Bottom-Up Approach This book uses a bottom-up approach. Each layer in the TCP/IP protocol suite is built on the services provided by the layer below. We learn how bits are moving at the physical layer (first layer) before learning how some programs exchange messages at the application layer (fifth layer). Organization The book is made up of 13 chapters, six appendices, a list of references, and a glossary. Chapter 1: Introduction This chapter is an introduction to Data Communications and Networking with TCP/IP Protocol Suite. It defines the concept of protocol layering and gives a brief description of the TCP/IP protocol suite and the OSI model. Chapter 2: Physical Layer This chapter describes the first layer of the TCP/IP protocol suite: the physical layer. It explains the relationship between data and signals and describes both analog and digital signals. It also discusses multiplexing to benefit from the available bandwidth. Finally, it goes below the physical layer and discusses the transmission media
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ISBN 10: 0078022096
ISBN 13: 9780078022098
Author: Behrouz A. Forouzan
Data Communications and Networking, 5th edition, teaches the principles of networking using TCP/IP protocol suite. It employs a bottom-up approach where each layer in the TCP/IP protocol suite is built on the services provided by the layer below. This edition has undergone a major restructuring to reduce the number of chapters and focus on the organization of TCP/IP protocol suite. It concludes with three chapters that explore multimedia, network management, and cryptography/network security. Technologies related to data communications and networking are among the fastest growing in our culture today, and there is no better guide to this rapidly expanding field than Data Communications and Networking.
Data Communications and Networking With TCP IP Protocol Suite 6th Table of contents:
Chapter 1 Introduction
1.1 data communications
1.1.1 Components
1.1.2 Message
1.1.3 Data Flow
1.2 Networks
1.2.1 Network Criteria
1.2.2 Physical Structures
1.3 Network Types
1.3.1 Local Area Network
1.3.2 Wide Area Network (WAN)
1.3.3 The Internet
1.3.4 Accessing the Internet
1.4 Protocol Layering
1.4.1 Scenarios
1.4.2 Principles of Protocol Layering
1.4.3 Logical Connections
1.5 TCP/IP Protocol Suite
1.5.1 Layered Architecture
1.5.2 Brief Description of Layers
1.5.3 Description of Each Layer
1.6 The OSI Model
1.6.1 OSI versus TCP/IP
1.6.2 Lack of OSI Model’s Success
1.7 End-of-Chapter Materials
1.7.1 Recommended Reading
1.7.2 Key Terms
1.7.3 Summary
1.8 PRACTICE SET
1.8.1 Quizzes
1.8.2 Questions
1.8.3 Problems
Chapter 2 Physical Layer
2.1 Signals
2.1.1 Analog Signals
2.1.2 Digital Signals
2.2 Signal Impairment
2.2.1 Attenuation and Amplification
2.2.2 Distortion
2.2.3 Data Rate Limits
2.2.4 Performance
2.3 Digital Transmission
2.3.1 Digital-to-Digital Conversion
2.3.2 Analog-to-Digital Conversion
2.4 Analog Transmission
2.4.1 Digital-to-Analog Conversion
2.4.2 Analog-to-Analog Conversion
2.5 Multiplexing
2.5.1 Frequency-Division Multiplexing
2.5.2 Time-Division Multiplexing
2.6 Transmission Media
2.6.1 Guided Media
2.6.2 Unguided Media: Wireless
2.7 End-of-Chapter Materials
2.7.1 Recommended Reading
2.7.2 Key Terms
2.7.3 Summary
2.8 Practice Set
2.8.1 Quizzes
2.8.2 Questions
2.8.3 Problems
Chapter 3 Data-Link Layer
3.1 Introduction
3.1.1 Nodes and Links
3.1.2 Two Types of Links
3.1.3 Two Sublayers
3.2 Data-Link Control
3.2.1 Framing
3.2.2 Error Control
3.2.3 Two DLC Protocols
3.3 Media Access Protocols
3.3.1 Random Access
3.3.2 Controlled Access
3.4 Link-Layer Addressing
3.4.1 Three Types of Addresses
3.4.2 Address Resolution Protocol (ARP)
3.5 End-of-Chapter Materials
3.5.1 Recommended Reading
3.5.2 Key Terms
3.5.3 Summary
3.6 Practice Set
3.6.1 Quizzes
3.6.2 Questions
3.6.3 Problems
Chapter 4 Local Area Networks: LANs
4.1 Ethernet
4.1.1 Standard Ethernet (10 Mbps)
4.1.2 Fast Ethernet (100 Mbps)
4.1.3 Gigabit Ethernet (1000 Mbps)
4.1.4 10 Gigabit Ethernet
4.2 WiFi, IEEE 802.11 Project
4.2.1 Architecture
4.2.2 MAC Sublayer
4.2.3 Addressing Mechanism
4.2.4 Physical Layer
4.3 Bluetooth
4.3.1 Architecture
4.3.2 Bluetooth Layers
4.4 End-of-Chapter Materials
4.4.1 Recommended Reading
4.4.2 Key Terms
4.4.3 Summary
4.5 Practice Set
4.5.1 Quizzes
4.5.2 Questions
4.5.3 Problems
Chapter 5 Wide Area Networks: WANs
5.1 TelePHONe Networks
5.1.1 Major Components
5.1.2 LATAs
5.1.3 Signaling
5.1.4 Services Provided by Telephone Networks
5.1.5 Dial-Up Service
5.1.6 Digital Subscriber Line (DSL)
5.2 Cable Networks
5.2.1 Traditional Cable Networks
5.2.2 Hybrid Fiber-Coaxial (HFC) Network
5.2.3 Cable TV for Data Transfer
5.3 Cellular Telephony
5.3.1 Operation
5.3.2 First Generation (1G)
5.3.3 Second Generation (2G)
5.3.4 Third Generation (3G)
5.3.5 Fourth Generation (4G)
5.4 Satellite Network
5.4.1 Operation
5.4.2 GEO Satellites
5.4.3 MEO Satellites
5.4.4 LEO Satellites
5.5 End–of–Chapter Materials
5.5.1 Recommended Reading
5.5.2 Key Terms
5.5.3 Summary
5.6 Practice Set
5.6.1 Quizzes
5.6.2 Questions
5.6.3 Problems
Chapter 6 Connecting Devices and Virtual LANs
6.1 Connecting Devices
6.1.1 Hubs
6.1.2 Link-Layer Switches
6.1.3 Routers
6.2 Virtual LANs
6.2.1 Membership
6.2.2 Configuration
6.2.3 Communication among Switches
6.2.4 Advantages
6.3 End-of-Chapter Materials
6.3.1 Recommended Reading
6.3.2 Key Terms
6.3.3 Summary
6.4 Practice Set
6.4.1 Quizzes
6.4.2 Questions
6.4.3 Problems
Chapter 7 Network Layer: Data Transfer
7.1 Services
7.1.1 Packetizing
7.1.2 Routing
7.1.3 Error Control
7.1.4 Flow Control
7.1.5 Congestion Control
7.1.6 Quality of Service
7.1.7 Security
7.2 Packet Switching
7.2.1 Datagram Approach: Connectionless Service
7.2.2 Virtual-Circuit Approach: Connection-Oriented Service
7.3 Performance
7.3.1 Delay
7.3.2 Throughput
7.3.3 Packet Loss
7.4 Internet Protocol Version 4
7.4.1 IPv4 Addressing
7.4.2 Main and Auxiliary Protocols
7.4.3 Options
7.4.4 ICMPv4
7.4.5 Mobile IP
7.4.6 Forwarding of IP Packets
7.5 Next Generation IP (IPv6)
7.5.1 IPv6 Addressing
7.5.2 The IPv6 Protocol
7.5.3 The ICMPv6 Protocol
7.6 Transition from IPv4 to IPv6
7.7 End-of-Chapter Materials
7.7.1 Recommended Reading
7.7.2 Key Terms
7.7.3 Summary
7.8 Practice Set
7.8.1 Quizzes
7.8.2 Questions
7.8.3 Problems
Chapter 8 Network Layer: Routing of Packets
8.1 Introduction
8.1.1 General Idea
8.1.2 Least-Cost Routing
8.2 Routing Algorithms
8.2.1 Distance-Vector Routing
8.2.2 Link-State Routing
8.2.3 Path-Vector Routing
8.3 Unicast Routing Protocols
8.3.1 Internet Structure
8.3.2 Routing Information Protocol (RIP)
8.3.3 Open Shortest Path First (OSPF)
8.3.4 Border Gateway Protocol Version 4 (BGP4)
8.4 Multicast Routing
8.4.1 Unicasting
8.4.2 Multicasting
8.4.3 Distance Vector Multicast Routing Protocol
8.4.4 Multicast Open Shortest Path First
8.4.5 Protocol Independent Multicast (PIM)
8.5 IGMP
8.5.1 Messages
8.5.2 Propagation of Membership Information
8.5.3 Encapsulation
8.6 End-of-Chapter materials
8.6.1 Recommended Reading
8.6.2 Key Terms
8.6.3 Summary
8.7 Practice Set
8.7.1 Quizzes
8.7.2 Questions
8.7.3 Problems
Chapter 9 Transport Layer
9.1 Transport-Layer Services
9.1.1 Process-to-Process Communication
9.1.2 Addressing: Port Numbers
9.1.3 Encapsulation and Decapsulation
9.1.4 Multiplexing and Demultiplexing
9.1.5 Flow Control
9.1.6 Error Control
9.1.7 Combination of Flow and Error Control
9.1.8 Congestion Control
9.1.9 Connectionless and Connection-Oriented Protocols
9.2 Transport-Layer Protocols
9.2.1 Services
9.2.2 Port Numbers
9.3 User Datagram Protocol (UDP)
9.3.1 UDP Services
9.3.2 UDP Applications
9.4 Transmission Control Protocol
9.4.1 TCP Services
9.4.2 TCP Features
9.4.3 Segment
9.4.4 A TCP Connection
9.4.5 State Transition Diagram
9.4.6 Windows in TCP
9.4.7 Flow Control
9.4.8 Error Control
9.4.9 TCP Congestion Control
9.4.10 TCP Timers
9.4.11 Options
9.5 SCTP
9.5.1 SCTP Services
9.5.2 SCTP Features
9.5.3 Packet Format
9.5.4 An SCTP Association
9.5.5 Flow Control
9.5.6 Error Control
9.6 End-of-Chapter Materials
9.6.1 Recommended Reading
9.6.2 Key Terms
9.6.3 Summary
9.7 Practice Set
9.7.1 Quizzes
9.7.2 Questions
9.7.3 Problems
Chapter 10 Application Layer
10.1 Introduction
10.1.1 Providing Services
10.1.2 Application-Layer Paradigms
10.2 Client/Server Paradigm
10.2.1 Application Programming Interface
10.2.2 Using Services of the Transport Layer
10.3 Standard Applications
10.3.1 World Wide Web and HTTP
10.3.2 FTP
10.3.3 Electronic Mail
10.3.4 TELNET
10.3.5 Secure Shell (SSH)
10.3.6 Domain Name System (DNS)
10.4 Peer-to-Peer Paradigm
10.4.1 P2P Networks
10.4.2 Distributed Hash Table (DHT)
10.4.3 Chord
10.4.4 Pastry
10.4.5 Kademlia
10.4.6 A Popular P2P Network: BitTorrent
10.5 Socket Interface Programming
10.5.1 Data Structure for Socket
10.5.2 Header Files
10.5.3 Iterative Communication Using UDP
10.5.4 Communication Using TCP
10.6 End-of-Chapter Materials
10.6.1 Recommended Reading
10.6.2 Key Terms
10.6.3 Summary
10.7 Practice Set
10.7.1 Quizzes
10.7.2 Questions
10.7.3 Problems
Chapter 11 Multimedia
11.1 ComprEssion
11.1.1 Lossless Compression
11.1.2 Lossy Compression
11.2 Multimedia Data
11.2.1 Text
11.2.2 Image
11.2.3 Video
11.2.4 Audio
11.3 Multimedia in the Internet
11.3.1 Streaming Stored Audio/Video
11.3.2 Streaming Live Audio/Video
11.3.3 Real-Time Interactive Audio/Video
11.4 Real-Time Interactive Protocols
11.4.1 Rationale for New Protocols
11.4.2 RTP
11.4.3 RTCP
11.4.4 Session Initialization Protocol (SIP)
11.4.5 H.323
11.5 End-of-Chapter Materials
11.5.1 Recommended Reading
11.5.2 Key Terms
11.5.3 Summary
11.6 Practice Set
11.6.1 Quizzes
11.6.2 Questions
11.6.3 Problems
Chapter 12 Network Management
12.1 Introduction
12.1.1 Configuration Management
12.1.2 Fault Management
12.1.3 Performance Management
12.1.4 Security Management
12.1.5 Accounting Management
12.2 SNMP
12.2.1 Managers and Agents
12.2.2 Management Components
12.2.3 An Overview
12.2.4 SMI
12.2.5 MIB
12.2.6 SNMP Operation
12.3 ASN.1
12.3.1 Language Basics
12.3.2 Data Types
12.3.3 Encoding
12.4 End-of-Chapter Materials
12.4.1 Recommended Reading
12.4.2 Key Terms
12.4.3 Summary
12.5 Practice Set
12.5.1 Quizzes
12.5.2 Questions
12.5.3 Problems
Chapter 13 Cryptography and Network Security
13.1 Introduction
13.1.1 Security Goals
13.1.2 Attacks
13.1.3 Services and Techniques
13.2 Confidentiality
13.2.1 Symmetric-Key Ciphers
13.2.2 Asymmetric-Key Ciphers
13.3 Other Aspects Of Security
13.3.1 Message Integrity
13.3.2 Message Authentication
13.3.3 Digital Signature
13.3.4 Entity Authentication
13.3.5 Key Management
13.4 Network-Layer Security
13.4.1 Two Modes
13.4.2 Two Security Protocols
13.4.3 Services Provided by IPSec
13.4.4 Security Association
13.4.5 Internet Key Exchange (IKE)
13.4.6 Virtual Private Network (VPN)
13.5 Transport-Layer Security
13.5.1 SSL Architecture
13.5.2 Four Protocols
13.6 Application-Layer Security
13.6.1 E-mail Security
13.6.2 Pretty Good Privacy (PGP)
13.6.3 S/MIME
13.7 Firewalls
13.7.1 Packet-Filter Firewall
13.7.2 Proxy Firewall
13.8 End-of-Chapter Materials
13.8.1 Recommended Reading
13.8.2 Key Terms
13.8.3 Summary
13.9 Practice Set
13.9.1 Quizzes
13.9.2 Questions
13.9.3 Problems
Appendices
Appendix A Unicode
Appendix B Positional Numbering System
Appendix C HTML, CSS, XML, and XSL
Appendix D A Touch of Probability
Appendix E Checksum
Appendix F Acronyms
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