数据与计算机通信（第8版）（英文版）
part one overview
chapter 1 data communications, data networking, and the internet
1.1 data communications and networking for today's enterprise
1.2 a communications model
1.3 data communications
1.4 networks
1.5 the internet
1.6 an example configuration
chapter 2 protocol architecture, tcp/ip, and internet-based applications
2.1 the need for a protocolarchitecture
2.2 thetcp/ip protocolarchitecture
2.3 the osi model
2.4 standardization within a protocol architecture
2.5 traditional internet-based applications
2.6 multimedia
2.7 recommended reading
2.8 problems
appendix 2a the trivial file transfer protocol
part two data communications
chapter 3 data transmission
3.1 concepts and terminology
3.2 analog and digital data transmission
3.3 transmission impairments
3.4 channel capacity
3.5 recommended reading
3.6 problems
appendix 3a decibels and signal strength
chapter 4 transmission media
4.1 guided transmission media
4.2 wireless transmission
4.3 wireless propagation
4.4 line-of-sight transmission
4.5 recommended reading
4.6 problems
chapter 5 signal encoding techniques
5.1 digital data, digital signals
5.2 digital data,analog signals
5.3 analog data, digital signals
5.4 analog data, analog signals
5.5 recommended reading
5.6 problems
chapter 6 digital data communication techniques
6.1 asynchronous and synchronous transmission
6.2 types of errors
6.3 error detection
6.4 error correction
6.5 lille configurations
6.6 recommended reading
6.7 problems
chapter 7 data link control protocols
7.1 flow control
7.2 error control
7.3 high-level dta link control (hdc)
7.4 recommended reading
7.5 problems
appendix 7a performance issues
chapter 8 multiplexing
8.1 frequency-dvision multiplexing
8.2 synchronoustime-division multiplexing
8.3 statisticaltime-dvision multiplexing
8.4 asymmetric digital subscriber line
8.5 xdsl
8.6 recommended reading
8.7 problems
chapter 9 spread spectrum
9.1 the concept of spread spectrum
9.2 frequency hopping spread spectrum
9.3 direct sequence spread spectrum
9.4 code-division multiple access
9.5 rcommended reading
9.6 problems
part three wide area networks
chapter 10 circuit switching and packet switching
10.1 switched communications networks
10.2 circuit switching networks
10.3 circuit switching concepts
10.4 softswitch architecture
10.5 packet-switching principles
10.6 x.25
10.7 frame relay
10.8 recommended reading
10.9 problems
chapter 11 asynchronous transfer mode
11.1 protocolarchitecture
11.2 atm logical connections
11.3 atm cells
11.4 transmission of atm cells
11.5 atm service categories
11.6 recommended reading
11.7 problems
chapter 12 routing in switched networks
12.1 routing in packet-switching networks
12.2 examples: routing in arpanet
12.3 least-cost algorithms
12.4 recommended reading
12.5 problems
chapter 13 congestion control in data networks
13.1 effects of congestion
13.2 congestion control
13.3 traffic management
13.4 congestion control in packet-switching networks
13.5 frame relay congestion control
13.6 atm traffic management
13.7 atm-gfr traffic management
13.8 recommended reading
13.9 problems
chapter 14 cellular wireless networks
14.1 principles of cellular networks
14.2 first generation analog
14.3 second generation cdma
14.4 third generation systems
14.5 recommended reading
14.6 problems
part four local area networks
chapter 15 local area network overview
15.1 background
15.2 topologies and transmission media
15.3 lan protocol architecture
15.4 bridges
15.5 layer 2 and layer 3 switches
15.6 recommended reading
15.7 problems
chapter 16 high-speed lans
16.1 the emergence of high-speed lans
16.2 ethernet
16.3 fibre channel
16.4 recommended reading
16.5 problems
appendix 16a digital signal encoding for lans
appendix 16b performance issues
appendix 16c scrambling
chapter 17 wireless lans
17.1 overview
17.2 wireless lan technology
17.3 ieee 802.11 architecture and services
17.4 ieee 802.11 medium access control
17.5 ieee 802.11physical layer
17.6 ieee 802.11 security considerations
17.7 recommended reading
17.8 problems
part five internet and transport protocols
chapter 18 internetwork protocols
18.1 basic protocol functions
18.2 principles oflnternetworking
18.3 internet protocol operation
18.4 internet protocol
18.5 ipv6
18.6 virtual private networks and ip security
18.7 recommended reading
18.8 problems
chapter 19 internetwork operation
19.1 multicasting
19.2 routing protocols
19.3 integrated services architecture
19.4 differentiated services
19.5 service level agreements
19.6 ip performance metrics
19.7 recommended reading
19.8 problems
chapter 20 transport protocols
20.1 connection-oriented transport protocol mechanisms
20.2 tcp
20.3 tcp congestion control
20.4 udp
20.5 recommended reading
20.6 problems
part six internet applications
chapter 21 network security
21.1 security requirements and attacks
21.2 confidentiality with conventional encryption
21.3 message authentication and hash functions
21.4 public-key encryption and digital signatures
21.5 secure socket layer and transport layer security
21.6 ipv4 and ipv6 security
21.7 wi-fi protected access
21.8 recommended reading
21.9 problems
chapter 22 internet applications--electronic mail and network management
22.1 electronic mail: smtp and mime
22.2 network management: snmp
22.3 recommended reading
22.4 problems
chapter 23 internet applications--internet directory service and world wide web
23.1 internet directory service: dns
23.2 web access: http
23.3 recommended reading
23.4 problems
chapter 24 internet applications--multimedia
24.1 audio andvideo compression
24.2 real-time traffic
24.3 voice over ip and multimedia support--sip
24.4 real-time transport protocol (rtp)
24.5 recommended reading
24.6 problems
appendices
appendix projects and other student exercises for teaching data and computer communications
a.1 practical exercises
a.2 sockets projects
a.3 ethereal projects
a.4 simulation and modeling projects g
a.5 performance modeling
a.6 research projects
a.7 reading/report assignments
a.8 writing assignments
a.9 discussion topics
references
index
chapter 1 data communications, data networking, and the internet
1.1 data communications and networking for today's enterprise
1.2 a communications model
1.3 data communications
1.4 networks
1.5 the internet
1.6 an example configuration
chapter 2 protocol architecture, tcp/ip, and internet-based applications
2.1 the need for a protocolarchitecture
2.2 thetcp/ip protocolarchitecture
2.3 the osi model
2.4 standardization within a protocol architecture
2.5 traditional internet-based applications
2.6 multimedia
2.7 recommended reading
2.8 problems
appendix 2a the trivial file transfer protocol
part two data communications
chapter 3 data transmission
3.1 concepts and terminology
3.2 analog and digital data transmission
3.3 transmission impairments
3.4 channel capacity
3.5 recommended reading
3.6 problems
appendix 3a decibels and signal strength
chapter 4 transmission media
4.1 guided transmission media
4.2 wireless transmission
4.3 wireless propagation
4.4 line-of-sight transmission
4.5 recommended reading
4.6 problems
chapter 5 signal encoding techniques
5.1 digital data, digital signals
5.2 digital data,analog signals
5.3 analog data, digital signals
5.4 analog data, analog signals
5.5 recommended reading
5.6 problems
chapter 6 digital data communication techniques
6.1 asynchronous and synchronous transmission
6.2 types of errors
6.3 error detection
6.4 error correction
6.5 lille configurations
6.6 recommended reading
6.7 problems
chapter 7 data link control protocols
7.1 flow control
7.2 error control
7.3 high-level dta link control (hdc)
7.4 recommended reading
7.5 problems
appendix 7a performance issues
chapter 8 multiplexing
8.1 frequency-dvision multiplexing
8.2 synchronoustime-division multiplexing
8.3 statisticaltime-dvision multiplexing
8.4 asymmetric digital subscriber line
8.5 xdsl
8.6 recommended reading
8.7 problems
chapter 9 spread spectrum
9.1 the concept of spread spectrum
9.2 frequency hopping spread spectrum
9.3 direct sequence spread spectrum
9.4 code-division multiple access
9.5 rcommended reading
9.6 problems
part three wide area networks
chapter 10 circuit switching and packet switching
10.1 switched communications networks
10.2 circuit switching networks
10.3 circuit switching concepts
10.4 softswitch architecture
10.5 packet-switching principles
10.6 x.25
10.7 frame relay
10.8 recommended reading
10.9 problems
chapter 11 asynchronous transfer mode
11.1 protocolarchitecture
11.2 atm logical connections
11.3 atm cells
11.4 transmission of atm cells
11.5 atm service categories
11.6 recommended reading
11.7 problems
chapter 12 routing in switched networks
12.1 routing in packet-switching networks
12.2 examples: routing in arpanet
12.3 least-cost algorithms
12.4 recommended reading
12.5 problems
chapter 13 congestion control in data networks
13.1 effects of congestion
13.2 congestion control
13.3 traffic management
13.4 congestion control in packet-switching networks
13.5 frame relay congestion control
13.6 atm traffic management
13.7 atm-gfr traffic management
13.8 recommended reading
13.9 problems
chapter 14 cellular wireless networks
14.1 principles of cellular networks
14.2 first generation analog
14.3 second generation cdma
14.4 third generation systems
14.5 recommended reading
14.6 problems
part four local area networks
chapter 15 local area network overview
15.1 background
15.2 topologies and transmission media
15.3 lan protocol architecture
15.4 bridges
15.5 layer 2 and layer 3 switches
15.6 recommended reading
15.7 problems
chapter 16 high-speed lans
16.1 the emergence of high-speed lans
16.2 ethernet
16.3 fibre channel
16.4 recommended reading
16.5 problems
appendix 16a digital signal encoding for lans
appendix 16b performance issues
appendix 16c scrambling
chapter 17 wireless lans
17.1 overview
17.2 wireless lan technology
17.3 ieee 802.11 architecture and services
17.4 ieee 802.11 medium access control
17.5 ieee 802.11physical layer
17.6 ieee 802.11 security considerations
17.7 recommended reading
17.8 problems
part five internet and transport protocols
chapter 18 internetwork protocols
18.1 basic protocol functions
18.2 principles oflnternetworking
18.3 internet protocol operation
18.4 internet protocol
18.5 ipv6
18.6 virtual private networks and ip security
18.7 recommended reading
18.8 problems
chapter 19 internetwork operation
19.1 multicasting
19.2 routing protocols
19.3 integrated services architecture
19.4 differentiated services
19.5 service level agreements
19.6 ip performance metrics
19.7 recommended reading
19.8 problems
chapter 20 transport protocols
20.1 connection-oriented transport protocol mechanisms
20.2 tcp
20.3 tcp congestion control
20.4 udp
20.5 recommended reading
20.6 problems
part six internet applications
chapter 21 network security
21.1 security requirements and attacks
21.2 confidentiality with conventional encryption
21.3 message authentication and hash functions
21.4 public-key encryption and digital signatures
21.5 secure socket layer and transport layer security
21.6 ipv4 and ipv6 security
21.7 wi-fi protected access
21.8 recommended reading
21.9 problems
chapter 22 internet applications--electronic mail and network management
22.1 electronic mail: smtp and mime
22.2 network management: snmp
22.3 recommended reading
22.4 problems
chapter 23 internet applications--internet directory service and world wide web
23.1 internet directory service: dns
23.2 web access: http
23.3 recommended reading
23.4 problems
chapter 24 internet applications--multimedia
24.1 audio andvideo compression
24.2 real-time traffic
24.3 voice over ip and multimedia support--sip
24.4 real-time transport protocol (rtp)
24.5 recommended reading
24.6 problems
appendices
appendix projects and other student exercises for teaching data and computer communications
a.1 practical exercises
a.2 sockets projects
a.3 ethereal projects
a.4 simulation and modeling projects g
a.5 performance modeling
a.6 research projects
a.7 reading/report assignments
a.8 writing assignments
a.9 discussion topics
references
index
William Stallings在帮助大众理解计算机网络和计算机体系结构领域技术发展方面做出了独特的、广泛的贡献。作为一位六次获得最佳计算机科学和工程教材奖的作者，他撰写了17本书籍，囊括了操作系统、加密和网络安全、计算机组成和体系结构等多个领域。现在，stallings作为一名独立顾问，他的客户包括技术提供商、终端用户以及顶尖的政府研完机构。
《数据与计算机通信（第8版）（英文版）》是著名计算机专业作家william stallings的经典著作之一，内容涉及最基本的数据通信原理、各种类型的计算机网络及多种网络协议和应用。这一版对原有内容做了彻底的修订和重组，使新版对通信各专题的阐述更全面、更清晰。同时，新版更新了吉比特以太网、10 gbps以太网的内容，对wifi/ieee 802.11无线局域网、性能监控、服务水平约定、服务质量等根据新的标准进行了修订。此外，《数据与计算机通信（第8版）（英文版）》还涉及tcp tahoe、reno以及new reno拥塞控制算法的描述，对多媒体组网的内容也进行了扩充。每章都附有习题和建议，以便读者进一步阅读。《数据与计算机通信（第8版）（英文版）》包含的大量扩展性知识包含在配套网站http：//williamstallings.com/dcc/dcc8e.html中，供教师和学生参考。
《数据与计算机通信（第8版）（英文版）》可供通信或计算机、信息技术专业的本科生或研究生使用，同时也可供广大通信或计算机领域相关人员参考。
《数据与计算机通信（第8版）（英文版）》可供通信或计算机、信息技术专业的本科生或研究生使用，同时也可供广大通信或计算机领域相关人员参考。
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