統合IPインターネットワーキング<br>Unified IP Internetworking (2001. xi, 334 S. XI, 334 p. 63 illus. 242 mm)

統合IPインターネットワーキング
Unified IP Internetworking (2001. xi, 334 S. XI, 334 p. 63 illus. 242 mm)

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  • 製本 Paperback:紙装版/ペーパーバック版/ページ数 380 p.
  • 商品コード 9783540673705

基本説明

The best resource for building intranet and enterprise networks today. Using the newly revised Internet Protocol (IP) design, dynamic bandwidth allocation, traffic class identification, are now all possible.

Full Description

idealcompanionwhen dealingwith thechallengesposedbyunified IPinter- networking. In the first chapter, you will learn about the realm ofIP and its addressing techniques, IPv4 and IPv6, along with associated counterparts. While thetextofChap. 1providesasolidunderstandingofIPanditsservice capability, Chap. 2 enhances your routing know-how by providing an in- depth discussion and practical examplesofvarious routing techniques. This chapter can be considered as an entire routing handbook. It will firmly en- hanceyourunderstandingandhands-onacuityofroutingtechniques,MPLS (Multi-ProtocolLabelSwitching)androutingprotocolssuchasRIP (Routing InformationProtocol), OSPF (OpenShortPathFirst)and BGP(BorderGate- way Protocol). The design and careful approach ofChaps. 1and 2 will cer- tainly broaden your confidence about deploying a unified IP network. Chapter 3 then builds on this confidence to cover QoS, queuing and policy mechanisms and therebyenhanceyour skill. Nowyou will be able to deploy PEN in your own unified IP network. Finally, in Chap.
4 we consider real- time traffic, how to reduce the expanseofyour telephonysystem, and bring voice transport to your alreadydeployed intranet, as well as how to analyze real-time traffic behavior and choose a QoS/policy schema that fits your needs. Thisbookis unique;youwillfind itnotonlyextremelyuseful,butalso the bestnetworkingguide and companion. Contents 1 IPInternetworking ...

Contents

1 IP Internetworking.- 1.1 Introduction.- 1.2 Internet Engineering Task Force (IETF).- 1.3 Layer 3 Switch.- 1.4 IP Addressing.- 1.4.1 Subnetting.- 1.4.2 Variable Length Subnet Mask (VLSM).- 1.4.3 Classless Interdomain Routing (CIDR).- 1.5 NAT (Network Address Translation).- 1.5.1 Static Address Mapping.- 1.5.2 Dynamic Address Translation.- 1.5.3 Port Address Translation (PAT).- 1.6 IPv4.- 1.6.1 ARP (Address Resolution Protocol).- 1.6.2 RARP (Reverse Address Resolution Protocol).- 1.6.3 BOOTP.- 1.7 IPv6.- 1.7.1 IPv6 Header Format.- 1.7.2 IPv6 Addressing Architecture.- 1.7.3 IPv6 Transmission.- 1.7.4 Transition Criteria.- 1.7.5 IPv6 Tunnel.- 1.7.6 ICMPv6.- 1.7.7 Address Autoconfiguration.- 2 Routing Technologies.- 2.1 Introduction.- 2.2 Routing.- 2.2.1 Routing Tables.- 2.2.2 Routing Protocols.- 2.3 RIP (Routing Information Protocol).- 2.3.1 Message Format.- 2.4. OSPF Protocol.- 2.4.1 Dijkstra SPF Algorithm.- 2.4.2 OSPF Concept.- 2.4.3 Basic Operation.- 2.4.4 OSPF Message Format.- 2.5 Border Gateway Protocol (BGP).- 2.5.1 BGP Analysis.- 2.5.2 BGP-2 Message.- 2.5.3 BGP-3.- 2.5.4 BGP-4.- 2.5.5 BGP-4 Routes Advertisement and Storage.- 2.6 Multi-Protocol Label Switching (MPLS).- 2.6.1 MPLS Overview.- 2.6.2 MPLS Basics.- 2.6.3 Label Distribution Protocol.- 3 IP and Policy Services.- 3.1 Introduction.- 3.2 IP QoS.- 3.2.1 First-in, First-out (FIFO).- 3.2.2 Weighted Fair Queuing (WFQ).- 3.2.3 Custom Queuing (CQ).- 3.2.4 Priority Queuing (PQ).- 3.3 IP Datagram.- 3.3.1 IP Options.- 3.3.2 Padding.- 3.3.3 IP Precedence and TOS Byte.- 3.4 QoS Architecture.- 3.4.1 IntServ.- 3.4.2 DiffServ.- 3.4.3 IntServ and DiffServ Comparison.- 3.5 COPS (Common Open Policy Service).- 3.5.1 COPS Message Format.- 3.5.2 COPS Operation.- 3.5.3 COPS Message Exchange.- 3.5.4 COPS-PR.- 3.5.5 COPS-RSVP.- 3.6 PEN.- 4 Voice over IP.- 4.1 Introduction.- 4.2 Wave Phenomenon.- 4.2.1 Modulation.- 4.2.2 Codec.- 4.3 POTS.- 4.3.1 Telephony.- 4.3.2 The Telephone.- 4.3.3 Transmission.- 4.3.4 Satellite Telephony.- 4.3.5 Signaling.- 4.4 VoIP Overview.- 4.4.1 Layered Architecture.- 4.5 H.323 Protocol.- 4.5.1 Terminals.- 4.5.2 Gateways.- 4.5.3 Gatekeepers.- 4.5.4 Multipoint Control Units (MCUs).- 4.6 RTP (Real-Time Transport Protocol).- 4.7 VoIP Operational Environment.- 4.7.1 ITU-T Message Exchange.- 4.7.2 Voice Quality.