网络路由基础

出版时间：2006-4  出版社：John Wiley & Sons Inc  作者：James Macfarlane  页数：408  

内容概要

When James Macfarlane began teaching network routing, he simply could not find books that explained the subject clearly, understandably, and accurately. So he wrote his own. Authored by a consultant who has trained hundreds of networking professionals, this guide is designed to clear up the confusion and make the field of routing what Macfarlane believes it should be—understandable, interesting, and even fun.     The goal of this book is to provide you with a working knowledge of routing technology and the confidence to use what you've learned. You'll take a major step toward passing an array of certification exams and be better prepared for the ultimate test—the real world. 作者简介：    JAMES MACFARLANE is a 20-year veteran of the computer and networking industry. His career has covered consulting, network engineering, teaching, courseware development, and technical writing. He has held a long list of certifications, including Cisco CCNA, Microsoft MSCE and MCT, CompTIA A+ Trainer, Novell CNE and CNI. You can learn more at his Web site, www.HotTrainingMaterials.com.

书籍目录

AcknowledgmentsIntroductionChapter 1   Networking Overview  Overview  OSI Network Model    The Conundrum of Explaining the OSI Model    Mother of All OSI Model Explanations?    Anatomy of a Data Communication Session    The Way Things Used to Be    Explanation of OSI Layers    Another Mail Analogy    Encapsulation    TCP/IP Model  Networking Equipment    Packet Forwarding    Repeaters—Layer 1, Physical    Hubs—Layer 1, Physical    Bridges—Layer 2, Data-Link    Switches—Layer 2, Data-Link    Routers—Layer 3, Network    Layer 3 Switches    CSU/DSUs (TSU)  TCP/IP Review    IP Addressing    Ports and Sockets    Important Protocols Related to Routing  NotesChapter 2  Routing Basics  Overview  What Is Routing?  Routing Begins at Home--The Workstation's Route Table  Row 1—Default Gateway  Row 2—Loopback Address  Row 3—Local Subnet Address  Row 4—IP Address of Host  Rows 5, 6, and 7—Broadcast Information Anatomy of a Routed Packet    Track a Packet—Source and Destination on the Same Network    Track a Packet—Source and Destination on Different      Networks—One Router      Track a Packet—Source and Destination on Different      Networks—Multiple Routers    Anatomy of a Route Table      Key Concept for Understanding Route Tables      Populating Route Tables      Routing Metrics      Administrative Distance    Summary    NotesChapter 3  Static Routing  Overview  What Is Static Routing?  When to Use Static Routes  Configuring Static Routes on a Router  Example with a Small Routed Network  Static Routes on a Workstation  Floating Static Routes  Propagating Static Routes  Summary  NotesChapter 4  Dynamic Routing  Overview  The Need for an Automated Routing Solution  What Is a Routing Protocol?  Considerations for Designing Routing Protocols  Metrics of Routing Protocols  Categorizing Dynamic Routing Protocols    Interior versus Exterior Routing Protocols    Distance Vector versus Link-State    Singlepath versus Multipath    Broadcast versus Multicast    ……Chapter 5: RIPChapter 6: IGRPChapter 7: EIGRP. Chapter 8: OSPF. Chapter 9: External Routing Protocols in Brief Chapter 10: Redistribution and Default RoutingAppendix A: Where Do You Go From Here? Appendix B: Recommended ReadingAppendix C: RFCs Related to Routing Appendix D: Web ReferencesAppendix E: Administrative Distance TableAppendix F: Quick-and-Dirty Subnetting—No Calculator Appendix G: Subnetting Helper SheetIndex