| 作者 |
| 影印 |
| 丛书名 |
| 出版社 |
| 清华大学出版社 |
| ISBN |
| 9787302034568 |
| 简要 |
| 简介 |
| 内容简介书籍计算机书籍 本书为介绍IP路由技术的入门资料。此书从网络的拓扑结构和路由技术：包括路由的距离、终止网络、子网、VLSM、缺省路由、IP的故障排除、在不同的介质中构架IP和IP地址的表示。本书条理清楚，内容充实，可作为深入了解网络的入门。 |
| 目录 |
| Chapter 1 Topology and Router configurations Understanding the Role of Routers in Networks The Router Interface Network Layer Addresses Datagrams MAC Addresses IP Address formats Network Reference Models Understanding topology and Router Configurations RouterA's Configuration RouterB's Configuration RouterC's Configuration Understanding What a Router Does Sample Network How a Router Knows What to Do Choosing Your Routing Protocol Understanding How forwarding Decisions Are Made Performing Longest Match Lookups Forwarding Decisions for Multipoint Interfaces End Systems Sending Packets to Other Subnets Summary Chapter 2 Routing Metrics and Distances Primary Activties of Convergence Viewing the Invalid Timers in a Routing Table Viewing an Expired Invalid Timer in a Routing Table Router Still Uses a Path Understanding convergence Parallel Paths The Effect of Parallel Paths on Convergence Looking at Parallel Pates in a Routing Table Convergence in Action The Routing Table After convergence Step-by-Step Review of Convergence Debug Messages and Reality When Holddown Is Initiated Understanding Parallel Paths and Their Effect on Packet Forwarding Process Switching Versus Fast Switching Configuring Process Switching Configuring Fast Switching Understanding the Role of Split Horizon Routing Advertisements with Split Horizon Enabled Routing Advertisements with Split Horizon Disabled Routing Loops Caused by Disabling Split horizon Loss of Connected Route Versus a dynamic Route Split Horizon's Effect on Multipoint WAN Interfaces Using Subinterfaces to Avoid Problems Caused by Split Horizon Poison Reverse and Triggered Updates IGRP Routing Metrics and Cisco Administrative distances IGRP Metrics Administrative Distances Running Multiple Routing Protocols Concurrently Altering IGRP's Bandwidth and Delay variables Problems with Manipulating the Delay Variable Understanding the Effects of Manipulating the Delay variable Understanding the Effects of manipulating the Bandwidth Variable Calculating IGRP Metrics Summary Chapter 3 Discontinuous Networks,Summarization,and Subnet 0 Introduction to Terminology Discontinuous Networks Using RIP and IGRP Understanding How a Router Derives the Correct Masks Understanding Summarization (Summarized Routes) Understanding Subnet Summarized Routes Versus Subnet Summarization Caused by Discontinuous Networks in Action RIP Cannot Reach Discontiguous Subnets Discontiguous Networks,Subnet 0,and Summarization Using IGRP Discontiguous Networks Using Two Routers Discontiguous Networks Using Three Routers When Connectivity Is Possible When Connectivity Is Not Possible Alternating Paths for the First Ping Using Other Routing Protocols Using Summarization as a Tool Summary Chapter 4 Using IP Unnumbered and VLSM Understanding IP Unnumbered IP Unnumbered Causes Host routes and Lost Connectivity Host Routes Hosts Routes Using DDR Configuring IP Unnumbered on Serial Interfaces RIP and IGRP Behave the Same RIP with IP Unnumbered Configured Properly Displaying the Routes Sending Routing Updates Pinging the Interfaces RIP with IP Unnumbered Configured Improperly Examples of Route Problem Lost Routes Problem Using a Difference Subagent Mask and a Different Major Net Understanding VLSM VLSM Using RIP and IGRP VLSM Experiment Using Two Routers VLSM Experiment Using Three Routers Correctly Configuring VLSM Blocked Routes VLSM Summary Chapter 5 Default Routing Introduction to Default Routing Gateway of Last Resort Gateway of Last Resort for a Non-Local Domain Gateway of Last Resort Still Works When Links Fail Using IP Classless In Review Using Default and Static Routes in Complicated networks Using Static Routes Dealing with Too Much Default Routing Information Fixing a Default Gateway Loop The 0.0.0.0 with IGRP what to Do Instead of Using 0.0.0.0 with IGRP Using End Systems with Multiple Local Gateways ICMP Router Discovery Protocol RFC1256 End Systems Using RIP Cisco's Hot Standby Router Protocol Using Floating Static Routes Summary Chapter 6 IP Troubleshooting Scenarios Developing a Troubleshooting Routine Using a Troubleshooting Scenario Checking the Available Routes Tracing the Route Using Extended Pings to Track Connectivity Other Possible Problems An ARP Problem Validating End System Routing Tables Summary Chapter 7 Bridging IP Between Dissimilar Media Transnational Bridging MSB Versus LSB Bit Swapping MAC Addresses ARP Explained Translating Bridges and ARP Frames ARP in Action Vendor-Specific Solutions to ARP Static ARPs Displaying the Parameters of the ARP.EXE Command Displaying the Current ARP Entries How to Create a Static ARP Entry and Display It Deleting Static ARP Entries Summary Chapter 8 Hexadecimal and Binary Numbering and Ip Addressing Binary Numbering Versus Decimal Numbering Hexadecimal Numbering Versus Decimal Numbering Introduction to the 32-Bit IP Address Classes of Addresses Default Subnet Masks for Class A,B,C,and D Addresses Understanding Subnet Masks,Subnetting,and Superheating Determining What Subnet Is Being Used The Shorthand Subnet Mask Indicator introduction to Superheating Calculating Subnet and Host Combinations Summary Appendix A RFCs How RFCs Work RFCs Recommended for Further Study RFC 2235:Hobbes'Internet Timeline RFC 2200:Internet Official Protocol Standards RFC 2151:A Primer on Internet and TCP/IP Tools and Utilities RFC 2101:IPv4 Address Behavior Today RFC 2031:IETF-ISOC Relationship RFC 2028:The Organizations Involved in the IETF Standards Process RFC 2027:IAB and IESG Selection ,Confirmation,and Recall Process :Operation of the Nominat-ing and Recall Committees RFC 2026:The Internet Standards process:Revision RFC 2008:Implications of Various Address Allocation Policies for Internet Routing RFC 1935:What Is the Internet,Anyway RFC 1925:The Twel\\ve Networking Truths RFC 1923:RIPv1 Applicability Statement for Historic Status RFC 1918:Address Allocation for Private Internets RFC 1917:An Appeal to the Internet Community to Return Unused IP Networks to the IANA RFC 1878:Variable Length Subnet Table for IPv4 RFC 1812:Requirements for IP Version Routers RFC 1631:the IP Network Address Translator RFC 1601:Charter of the Internet ArchitectureBoard RFC 1580:Guide to Network Resource Tools RFC 1393:Tracerouted Using an IP Option RFC 1256:ICMP Router Discovery Messages RFC 1180:A TCP/IP Tutorial RFC 1178:Choosing a Name for Your Computer RFC 1149:A Standard for the Transmission of IP Datagrams on Avian Carriers RFC 1058:Routing Information Protocol RFC 826:An Ethernet Address Resolution Protocol RFC 1700:Assigned Numbers RFC 1534:BOOTP RFC 2283,RFC 1966 RFC 1817,RFC 1520.RFC 1519,RFC 1518,RFC 1517:Classless Interdomain Routing RFC 2132,RFC 2131,RFC 1534:Dynamic Host Configuration Protocol RFC 2308,RFC 2230,RFC 2219,RFC 2182,RFC 2181,RFC 2136,RFC 2052,RFC 1996,RFC 1995,RFC 1912,RFC 1794,RFC 1713:Domain Name System RFC 2178,RFC 1745,RFC 1587,RFC 1586,RFC 1585,RFC 1584:Open Shortest Path First RFC 1931,RFC 1293:Reverse Address Resolution Protocol Inverse RARP RFC 2092,RFC 2091,RFC 1723,RFC 1722,RFC 1721,RFC 1582,RFC 1581:RIP RFC 2072,RFC 2071:Router Renumbering RFC 2001:TCP/IP Slow Start RFC 1470:TCP/IP Debugging Tools Summary Index |