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.publisher:Tsinghua University Press.description:Paperback. Pub Date :2012-12-01 Pages: 217 Publisher: Tsinghua University Press. basic information about the title: network planning and design original price: 29 yuan: snow-lin Press division: Tsinghua University Publishing Date: 2012 12 1 May ISBN:
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Computer textbook series: network planning and design(Chinese Edition)
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Tsinghua University Press, 2000
ISBN 10: 7302286426
ISBN 13: 9787302286424
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Seller: liu xing, Nanjing, JS, China
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paperback. Condition: New. Ship out in 2 business day, And Fast shipping, Free Tracking number will be provided after the shipment.Paperback. Pub Date: December 2012 Pages: 217 Language: Chinese in Publisher: Press computer textbook series: Network Planning and Design. Tsinghua University detailed knowledge of a computer network planning and design. book covers computer network the design process. the network life cycle. design model. specific technology. engineering standards in all aspects of technology and network security. network management. basic network services. and other related technologies. Computer textbook series: Network Planning and Design through comprehensive case shows in detail from requirements analysis. logical network design. physical network design. deployment. construction and acceptance of a series of network construction process. as well as how to design network security. network management strategy. how to set up the network infrastructure and information services. Computer textbook series: Network Planning and Design is a practical guide to the study and design of a large campus network. as a computer network courses electives textbook available to students of institutions of higher learning computer and information professional engineering and technical personnel as Reference Manual. Contents: Chapter 1 Network Design 1.1 What is Network Design 1.1.1 Case: Family LAN Design 1.1.2 Case II: small LAN design 1.1.3 Case III: Large LAN design 1.2 basic concepts 1.2.1 network information system system the Architecture 1.2.2 network life cycle 1.3 Design Process 1.3.1 Needs Analysis 1.3.2 Logical Network Design 1.3.3 physical network design 1.3.4 1.4.2 throughput testing and commissioning of the deployment of network 1.3.5 1.4 Technical Specifications 1.4.1 network bandwidth the amount 1.4.3 error rate 1.4.4 Network latency the .1.4.5 network routing 1.5 Design Methods 1.5.1 1.5.2 hierarchical model enterprise composite network model 1.6 Chapter Summary Exercises Chapter 2 LAN design 2.1 LAN Overview 2.1.1 LAN topology LAN standard 2.1.2 2.2 2.2.1 Ethernet Ethernet technology classification and naming 2.2.2 Ethernet physical layer standard 2.2.3 Fast Ethernet 2.2.4 Gigabit Ethernet physical layer standards Physical Layer Standard 2.2.5 Gigabit Ethernet physical layer standard 2.3 Switched Network Design 2.3.1 Switched Ethernet broadcast domain and broadcast storm of the working principle 2.3.2 2.4 2.3.3 Spanning Tree Protocol Virtual LAN 2.4.1 configuration vlan routing between vlan 2.4.2 2.4.3 the trunk protocol 2.5 network transmission medium 2.5.1 Twisted Pair 2.5.2 coaxial cable 2.5.3 Fibre 2.6 integrated wiring 2.6.1 workspace subsystem design 2.6.2 horizontal cabling subsystem Design 2.6.3 Management subsystem design 2.6.4 Vertical Link Subsystem Design 2.6.6 2.6.5 device subsystem design buildings Link Subsystem Design 2.7 Chapter Summary Exercises Chapter 3 WAN access design 3.1 WAN Overview 3.1. a circuit-switched the 3.1.2 message exchange 3.1.3 packet exchange 3.2 WAN access technologies 3.2.1 pstn 3.2.2 ddn 3.2.3 x.2 3.2.4 Frame Relay 3.2.5 isdn 3.2.6 xdsl 3.2. 7 atm 3.3 WAN access solutions design 3.3.1 large campus network access design the 3.3.2 WAN solutions Case 3.4 Chapter Summary Exercises Chapter 4 ip address and route planning 4.1 ip address Overview 4.1.1 ipv4 address 4.1.2 ipv6 Address 4.2 ip address planning 4.2.1 to determine the required number of ip address 4.2.2 Network Address Translation (nat) 4.2.3 subnetting 4.2.4 Hierarchical ip address planning 4.3 Routing Protocols 4.3.2 4.3.1 routing mode routing metric 4.3.3 Routing Protocol Classification 4.3.4 routing protocols select 4.4 ipv6 migration technology 4.4.1 isatap 4.4.2 6to4 4.5 ipv6 network planning 4.5.1 ipv6 address configuration 4.5.2 ipv6 subnetting 4.5.3 ipv6 routing 4.6 of this chapter Summary Exercises Chapter 5 Wireless LAN Design 5.1 wireless transmission medium 5.3 5.2 Wireless LAN Standard 5.2.1 ieee 802.1 1 Series Standard 5.2.2 mac p. Seller Inventory # NG005124