IP路由(影印版)
IP路由(影印版)
Ravi Malhotra
出版时间:2002年11月
页数:240
作为电子邮件、网页、文本、音频和视频的传输工具,全球IP网络以其强大的功能和灵活性令人欢欣鼓舞。然而由于本书着重介绍的是IP路由技术,它所带来的网络灵活性就不再详细地讨论了。
本书向读者介绍了采用Cisco路由器实现的错综复杂的IP路由技术。每一部分都引导读者学习配置路由协议的基本知识,通过讨论和理解IP路由的基本概念,使读者迅速掌握并理解其包含的IP路由的理念,什么是包转发过程?如何维护路由表?距离向量算法是如何工作的?分类和不分类路由查找有何不同?这些内容以及其他一些概念在静态路由、RIP、IGRP和EIGRP的讨论中进行了阐述。这些传统路由协议的局限性也会清晰地呈现在读者面前。
可变长度子网掩码、路由综述,以及快速收敛是任何大型IP网络设计的重要特征。这些特征在OSPF一章中进行了讨论。该章还介绍了Dijkstra算法,它是链接状态协议的基础。
最后,本书详细讲述了BGP-4,向读者说明了如何使用BGP-4属性来确定路由策略。
本书适合于任何对IP路由感兴趣的读者。它既适合初学者,也适合那些已经熟悉IP路由,希望进一步深入理解基本概念的人员使用。
  1. Preface
  2. 1. Starting Simple
  3. What Is IP Routing?
  4. Directly Connected Networks
  5. Static Routing
  6. Dynamic Routing
  7. The Routing Table
  8. Underlying Processes
  9. Summing Up
  10. 2. Routing Information Protocol (RIP)
  11. Getting RIP Running
  12. How RIP Finds Shortest Paths
  13. Convergence
  14. Subnet Masks
  15. Route Summarization
  16. Default Route
  17. Fine-Tuning RIP
  18. Summing Up
  19. 3. Interior Gateway Routing Protocol (IGRP)
  20. Getting IGRP Running
  21. How IGRP Works
  22. Speeding Up Convergence
  23. Route Summarization
  24. Default Routes
  25. Classful Route Lookups
  26. Summing Up
  27. 4. Enhanced Interior Gateway Routing Protocol (EIGRP)
  28. Getting EIGRP Running
  29. EIGRP Metric
  30. How EIGRP Works
  31. Variable Length Subnet Masks
  32. Route Summarization
  33. Default Routes
  34. Troubleshooting EIGRP
  35. Summing Up
  36. 5. Routing Information Protocol Version 2 (RIP-2)
  37. Getting RIP-2 Running
  38. RIP-2 Packet Format
  39. RIP-1/RIP-2 Compatibility
  40. Classful Versus Classless Routing Protocols
  41. Classful Versus Classless Route Lookup
  42. Authentication
  43. Route Summarization
  44. Summing Up
  45. 6. Open Shortest Path First (OSPF)
  46. Getting OSPF Running
  47. OSPF Metric
  48. Definitions and Concepts
  49. How OSPF Works
  50. Route Summarization
  51. Default Routes
  52. Virtual Links
  53. Demand Circuits
  54. Stub,Totally Stubby,and Not So Stubby Areas
  55. NBMA Networks
  56. OSPF Design Heuristics 150
  57. Troubleshooting OSPF
  58. Summing Up
  59. 7. Border Gateway Protocol 4 (BGP-4)
  60. Background
  61. Getting BGP Running
  62. How BGP Works
  63. Load Balancing
  64. Route-Filtering
  65. Connecting to the Internet
  66. Choosing an ISP
  67. Troubleshooting BGP
  68. Summing Up
  69. 8. Administrative Controls
  70. Filter Routing Information
  71. Rate the Trustworthiness of a Routing Information Source
  72. Redistribute Routes
  73. Maximum Number of Paths
  74. Summing Up
  75. Index
书名:IP路由(影印版)
作者:Ravi Malhotra
国内出版社:清华大学出版社
出版时间:2002年11月
页数:240
书号:7-302-05952-7
原版书出版商:O'Reilly Media
Ravi Malhotra
 
Ravi Malhotra (iparch@yahoo.com )began working for AT&T Bell Labs in 1986, doing R&D work. Since then he has taught data communications at universities, managed IP networks for several large financial houses, and written several magazine assignments. Mr. Malhotra possesses degrees in Electrical Engineering and Computer Science.
 
 
The animal on the cover of IP Routing is a zebu.Zebus are a type of Bos indicus cattle,characterized by a large fatty hump over the top of the shoulder and neck,loose skin under the throat,and large,drooping ears.They are an intermediate size for beef cattle-bulls generally weigh from 1,600 to 2,200 pounds and cows from 1,000 to 1,400 pounds-but have comparatively long legs and are extremely hardy.Zebu cattle breeds include Gyr,Guzerat,Indu-Brazil,Nelore,Red Zebu,and Gray Zebu.They originated in India and are thought to be the world's oldest domesticated cattle.Zebus were introduced into the U.S.(where they are called Brahman cattle)in the mid-19th century as draft animals,but they later interbred with other cattle breeds and produced hybrids that were bigger,grew faster,and were better suited for milk and beef production.These hybrids exhibited greater resistance to heat,disease,and cattle ticks than ordinary domestic cattle and consequently tended to fare better than the cattle the colonists had brought from Europe.