书籍详情
Cisco局域网交换技术：英文版
作者：（美）Kennedy Clark，（美）Kevin Hamilton著
出版社：人民邮电出版社
出版时间：2003-06-01
ISBN：9787115112088
定价：¥105.00
购买这本书可以去
内容简介
■掌握像高速局域网技术、局域网分段。桥接。Catalyst命令行环境和VLAN等方面的关键基础主题。■利用有效的CiscoCatalyst设计，配置和疑难解析技术来改进校园网的性能。■从覆盖面很广的生成树协议中获益，其中包括解决常见生成树问题的宝贵信息。■掌握中继的概念和应用，包括ISL、802.10、LANE和MPOA。■理解何时以及如何利用Layer3交换技术来取得最大效益。■理解Catalyst6000系列中的Layer2和Layer3交换配置，其中涵盖了功能强大的MSFCNativeIOSMode。本书综合了在现代校园网中设计、利用和部署局域网交换设备及技术的最佳方法。本书分为六个部分，通过提供一系列已经证实的设计模型、实际实现解决方案和疑难解析策略，使我们了解了基本的交换概念范围之外的很多东西。第一部分讨论了重要的基础性问题，为后面的章节打下了基础。这一部分内容包括快速和吉比特以太网、路由选择和交换的比较、Layer2交换技术的类型、Catalyst命令行环境以及VLAN等。第二部分详细讨论了巳发布的生成树协议，其中包括常见问题、疑难解析以及像PortFast、UplinkFast、BackboneFast和PVST+这样的改进技术。第三部分讨论了中继线连接中的关键问题以及用来在校园网中承载多个VLAN的链路。所有的章节都专门讨论LANE和MPOA的问题。第四部分提供了像Layer3交换技术、VTP、CGMP和IGMP这样的高级特性。第五部分则讲述了实际的校园网设计以及实现过程中遇到的问题，你可以从该部分中局域网交换技术专家的建议中获益。最后一部分讨论了Catalyst6000／6500交换机系列中的问题，其中包括Layer3交换技术中功能强大的NativeIOSMode。本书的结构有利于读者加强对书中概念的理解，帮助读者准备CCIE考试。除了对高级交换技术问题的讨论，本书还包含了一些案例研究，以突出实际环境中的设计、实现和管理问题，同时还在每章的结尾给出了复习题和练习。
作者简介
暂缺《Cisco局域网交换技术：英文版》作者简介
目录
Part 1 Foundational Issues 3
Chapter 1 Desktop Technologies 5
Legacy Ethernet 5
LAN Frames 10
Fast Ethernet 14
Gigabit Ethernet 24
Token Ring 29
Summary 3 2
Review Questions 32
Chapter 2 Segmenting LANs 95
Why Segment LANs? 35
Segmenting LANs with Repeaters 37
Segmenting LANs with Bridges 42
Segmenting LANs with Routers 46
Segmenting LANs with Switches 48
Summary 50
Review Questions 51
Chapter 3 Bridging Technologies 55
Transparent Bridging 55
Switching Modes 60
Token Ring Bridging 64
Token Ring Switching 73
Ethernet or Token Ring? 77
Migrating Token Ring to Ethernet 78
Summary 79
Review Questions 79
Chapter 4 Configuring the Catalyst 83
Catalyst 5000/6000 CLI Syntax Conventions 84
Catalyst 5000 Configuration Methods 84
Using the Catalyst 5000/6000 Command-Line Interface 89
Catalyst Password Ptotection 100
Catalyst Configuration File Management 102
Catalyst Image File Management 104
Redundant Supervisor Modules 106
Configuring Other Catalysts 108
Review Questions 110
Chapter 5 VLANs 113
What Is a VLAN? 113
VLAN Types 116
802. 1 Q: VLANs and Vendor Interoperability 121
Justifying the Need for VLANs 123
Moving Users in VLANs 128
Catalyst VLAN Conaguration 136
VMPS and Dynamic VLANs: Advanced Administration 144
Protocol Filtering 152
Review Questions 153
Part II Spanning Tree 157
Chapter 6 Understanding Spanning Tree 159
What Is Spanning Tree and Why Use Spanning Tree? 160
Two Key Spanning-Tree Ptotocol Concepts 164
Four-Step STP Decision Sequence 166
Three Steps of Initial STP Convergence 167
Five STP States 174
Three STP Timers 176
Mastering the show spantree Command 179
Two Types of BPDUs 183
Topology Change Process 187
Using Spanning Tree in Real-World Networks 192
Deterministic Root Bridge Placement 195
AII of This Per VLAN! 198
Exercises 199
Chapter 7 Advanced Spanning Tree 205
Typical Campus Design: A Baseline Network 205
STP Behavior in the Baseline Network: A Spanning Tree Review 208
Spanning Tree Load Balancing 220
Fast STP Convergence 249
Useful STP Display Commands 274
Per-VLAN Spanning Tree Plus 280
Disabling STP 287
Tips and Tricks: Mastering STP 289
Exercises 293
Pan III Trunking 299
Chapter 8 Trunking Technologies and Applications 901
Why Trunks? 301
Ethernet Trunks 306
FDDI Trunks and 802. 10 Encapsulation 326
ATM Trunks 330
Trunk Options 336
Review Questions 342
Chapter 9 Trunking with LAN Emulation 945
A Brief ATM Tutorial 346
LANZ: Theory of Operation 363
Configuration Concepts 387
Configuration Syntax 390
A Complete LANZ Network 396
Testing the LANB Configuration 398
Advanced LANS Issues and Features 402
Exercises 410
Chapter 10 Trunking with Multiprotocol Over ATM 415
Why Two ATM Modes? 415
MPOA Components and Model 418
MPOA Configuration 429
Sample MPOA Configuration 438
Troubleshooting an MPOA Network 441
Ensuring the ELANs Are Functional between the Source and the Destination 442
Review Questions 446
Pan IV Advanced Features 449
Chapter 11 Layer 3 Switching 451
Layer 3 Switching Terminology 451
The Imponance of Routing 453
Router-on-a-Stick 454
The RSM 462
When to Use the RSM 467
MLS 467
Switching Routers 502
MLS versus 8500s 506
Catalyst 6000 Layer 3 Switching 512
HSRP 513
Integration between Routing and Bridging 521
Review Questions 535
Chapter 12 VLAN Trunking Protocol 597
Understanding VTP 538
VTP Modes 544
The Working Mechanics of VTP 549
Configming VTP Mode 559
VTP Pruning: Advanced Traffic Management 567
Review Questions 570
Chapter 13 Multicast and Broadcast Services 573
CGMP/IGMP: Advanced Traffic Management 573
IGMP Snooping: Advanced Traffic Management 594
Broadcast Suppression: Advanced Traffic Management 594
Review Qaestions 598
Part V Real-World Campus Deelgn and Implementation 681
Chapter 14 Campus Design Models 609
Changing Traffic Patterns 603
Campus Design Terminology 606
Key Requirements of Campus Designs 613
Advantages of Rooting 614
Campus Design Models 616
General Recommendation: Multilayer Model 624
Switching Router (8500) MDFs 626
Exercises 639
Chapter 15 Campus Design Implementation 649
VLANs 643
Spanning Tree 660
Load Balancing 674
Routing/Layer 3 Switching 678
ATM 681
Campus Migrations 686
Server Farms 687
Additional Campus Design Recommendations 692
Review Questions 697
Chapter 16 Troubleshooting 699
Troubleshooting Philosophies 699
Catalyst Troubleshooting Tools 707
Logging 715
Chapter 17 Case Studies: Implementing Switches 717
The Design Scenario 718
Should the Flat Earth Model Be Used? 721
Design 1: Using MLS to Blend Layer 2 and Layer 3 Processing 725
Design 2: Maximizing Layer 3 with Catalyst 8500 Switching Routers 774
Summary 803
Pan V Catalyst 6000 Technology
Chapter 18 Layer 3 Switching and the Catalyst 6000/6500s 805
Catalyst 6000 Layer 2 Characteristics 805
MSM Layer 3 Switcking 806
MSFC Hybrid Mode Layer 3 Switching 812
MSFC Native IOS Mode Layer 3 Switching 820
Native IOS Mode Configuration 829
Useful Native IOS Mode Commands 836
Review Questions 839
Pan VI Appendix 841
Appendix A Answers to End of Chapter Exercises 843
Index 892
Chapter 1 Desktop Technologies 5
Legacy Ethernet 5
LAN Frames 10
Fast Ethernet 14
Gigabit Ethernet 24
Token Ring 29
Summary 3 2
Review Questions 32
Chapter 2 Segmenting LANs 95
Why Segment LANs? 35
Segmenting LANs with Repeaters 37
Segmenting LANs with Bridges 42
Segmenting LANs with Routers 46
Segmenting LANs with Switches 48
Summary 50
Review Questions 51
Chapter 3 Bridging Technologies 55
Transparent Bridging 55
Switching Modes 60
Token Ring Bridging 64
Token Ring Switching 73
Ethernet or Token Ring? 77
Migrating Token Ring to Ethernet 78
Summary 79
Review Questions 79
Chapter 4 Configuring the Catalyst 83
Catalyst 5000/6000 CLI Syntax Conventions 84
Catalyst 5000 Configuration Methods 84
Using the Catalyst 5000/6000 Command-Line Interface 89
Catalyst Password Ptotection 100
Catalyst Configuration File Management 102
Catalyst Image File Management 104
Redundant Supervisor Modules 106
Configuring Other Catalysts 108
Review Questions 110
Chapter 5 VLANs 113
What Is a VLAN? 113
VLAN Types 116
802. 1 Q: VLANs and Vendor Interoperability 121
Justifying the Need for VLANs 123
Moving Users in VLANs 128
Catalyst VLAN Conaguration 136
VMPS and Dynamic VLANs: Advanced Administration 144
Protocol Filtering 152
Review Questions 153
Part II Spanning Tree 157
Chapter 6 Understanding Spanning Tree 159
What Is Spanning Tree and Why Use Spanning Tree? 160
Two Key Spanning-Tree Ptotocol Concepts 164
Four-Step STP Decision Sequence 166
Three Steps of Initial STP Convergence 167
Five STP States 174
Three STP Timers 176
Mastering the show spantree Command 179
Two Types of BPDUs 183
Topology Change Process 187
Using Spanning Tree in Real-World Networks 192
Deterministic Root Bridge Placement 195
AII of This Per VLAN! 198
Exercises 199
Chapter 7 Advanced Spanning Tree 205
Typical Campus Design: A Baseline Network 205
STP Behavior in the Baseline Network: A Spanning Tree Review 208
Spanning Tree Load Balancing 220
Fast STP Convergence 249
Useful STP Display Commands 274
Per-VLAN Spanning Tree Plus 280
Disabling STP 287
Tips and Tricks: Mastering STP 289
Exercises 293
Pan III Trunking 299
Chapter 8 Trunking Technologies and Applications 901
Why Trunks? 301
Ethernet Trunks 306
FDDI Trunks and 802. 10 Encapsulation 326
ATM Trunks 330
Trunk Options 336
Review Questions 342
Chapter 9 Trunking with LAN Emulation 945
A Brief ATM Tutorial 346
LANZ: Theory of Operation 363
Configuration Concepts 387
Configuration Syntax 390
A Complete LANZ Network 396
Testing the LANB Configuration 398
Advanced LANS Issues and Features 402
Exercises 410
Chapter 10 Trunking with Multiprotocol Over ATM 415
Why Two ATM Modes? 415
MPOA Components and Model 418
MPOA Configuration 429
Sample MPOA Configuration 438
Troubleshooting an MPOA Network 441
Ensuring the ELANs Are Functional between the Source and the Destination 442
Review Questions 446
Pan IV Advanced Features 449
Chapter 11 Layer 3 Switching 451
Layer 3 Switching Terminology 451
The Imponance of Routing 453
Router-on-a-Stick 454
The RSM 462
When to Use the RSM 467
MLS 467
Switching Routers 502
MLS versus 8500s 506
Catalyst 6000 Layer 3 Switching 512
HSRP 513
Integration between Routing and Bridging 521
Review Questions 535
Chapter 12 VLAN Trunking Protocol 597
Understanding VTP 538
VTP Modes 544
The Working Mechanics of VTP 549
Configming VTP Mode 559
VTP Pruning: Advanced Traffic Management 567
Review Questions 570
Chapter 13 Multicast and Broadcast Services 573
CGMP/IGMP: Advanced Traffic Management 573
IGMP Snooping: Advanced Traffic Management 594
Broadcast Suppression: Advanced Traffic Management 594
Review Qaestions 598
Part V Real-World Campus Deelgn and Implementation 681
Chapter 14 Campus Design Models 609
Changing Traffic Patterns 603
Campus Design Terminology 606
Key Requirements of Campus Designs 613
Advantages of Rooting 614
Campus Design Models 616
General Recommendation: Multilayer Model 624
Switching Router (8500) MDFs 626
Exercises 639
Chapter 15 Campus Design Implementation 649
VLANs 643
Spanning Tree 660
Load Balancing 674
Routing/Layer 3 Switching 678
ATM 681
Campus Migrations 686
Server Farms 687
Additional Campus Design Recommendations 692
Review Questions 697
Chapter 16 Troubleshooting 699
Troubleshooting Philosophies 699
Catalyst Troubleshooting Tools 707
Logging 715
Chapter 17 Case Studies: Implementing Switches 717
The Design Scenario 718
Should the Flat Earth Model Be Used? 721
Design 1: Using MLS to Blend Layer 2 and Layer 3 Processing 725
Design 2: Maximizing Layer 3 with Catalyst 8500 Switching Routers 774
Summary 803
Pan V Catalyst 6000 Technology
Chapter 18 Layer 3 Switching and the Catalyst 6000/6500s 805
Catalyst 6000 Layer 2 Characteristics 805
MSM Layer 3 Switcking 806
MSFC Hybrid Mode Layer 3 Switching 812
MSFC Native IOS Mode Layer 3 Switching 820
Native IOS Mode Configuration 829
Useful Native IOS Mode Commands 836
Review Questions 839
Pan VI Appendix 841
Appendix A Answers to End of Chapter Exercises 843
Index 892
猜您喜欢
