組播路由協(xié)議設計及應用

第1章 概述                   
 1.1 IP組播技術簡介                   
 1.2 IP組播的歷史和現(xiàn)狀                   
 1.3 IP組播的優(yōu)點                   
 1.3.1 帶寬                   
 1.3.2 服務器負載                   
 1.4 IP組播的缺點                   
 1.4.1 不可靠的信息包傳送                   
 1.4.2 組播信息包的復制                   
 1.5 組播應用                   
 1.5.1 多媒體應用                   
 1.5.2 數(shù)據(jù)分發(fā)                   
 1.5.3 實時數(shù)據(jù)組播                   
 1.5.4 游戲和仿真                   
 1.6 小結                   
                   
 第2章 組播基礎                   
 2.1 組播地址                   
 2.1.1 IP 組播地址                   
 2.1.2 組播MAC媒體訪問層地址                   
 2.1.3 組播地址分配                   
 2.1.4 管理權限的組播地址                   
 2.2 組播轉發(fā)樹                   
 2.2.1 有源樹                   
 2.2.2 共享樹                   
 2.3 組播轉發(fā)                   
 2.3.1 逆向路徑轉發(fā)                   
 2.3.2 組播的TTL閾                   
 2.3.3 管理權限的邊界                   
 2.4 組播路由協(xié)議分類                   
 2.4.1 密集模式協(xié)議                   
 2.4.2 稀疏模式協(xié)議                   
 2.4.3 鏈路狀態(tài)協(xié)議                   
 2.5 組播協(xié)議概述                  
 2.5.1 DVMRP                  
 2.5.2 MOSPF                  
 2.5.3 PIM                  
 2.5.4 CBT                  
 2.6 小結                  
                   
 第3章 因特網(wǎng)組管理協(xié)議                  
 3.1 IGMPv 1                  
 3.1.1 IGMPv1消息格式                  
 3.1.2 IGMPv1查詢—響應過程                  
 3.1.3 報告響應抑制                  
 3.1.4 IGMPv1查詢路由器選舉                  
 3.1.5 IGMPv1加入過程                  
 3.1.6 IGMPv1離開過程                  
 3.2 IGMPv 2                  
 3.2.1 IGMPv2消息格式                  
 3.2.2 IGMPv2查詢—響應過程                  
 3.2.3 IGMPv2離開過程                  
 3.2.4 IGMPv2加入過程                  
 3.2.5 查詢選擇過程                  
 3.2.6 IGMPv2查詢響應調整                  
 3.3 IGMPv1與IGMPv2的互操作性                  
 3.3.1 V2主機/V1路由器互操作                  
 3.3.2 V1主機/V2路由器                  
 3.3.3 V1和V2路由器的互操作性                  
 3.4 IGMPv3                  
 3.5 小結                  
                   
 第4章 距離向量組播路由選擇協(xié)議                  
 4.1 DVMRP概述                  
 4.1.1 逆向路徑轉發(fā)(RPF)                  
 4.1.2 接口處理                  
 4.1.3 隧道封裝                  
 4.1.4 指定轉發(fā)者                  
 4.2 DVMRP鄰居發(fā)現(xiàn)                  
 4.2.1 Probe消息格式                  
 4.2.2 Probe消息的作用                  
 4.2.3 Generation ID的作用                  
 4.2.4 鄰居地址                  
 4.2.5 DVMRP鄰居發(fā)現(xiàn)機制                  
 4.2.6 鄰居超時                  
 4.3 DVMRP路由交換                  
 4.3.1 Report消息格式                  
 4.3.2 源網(wǎng)絡聚合                  
 4.3.3 路由度量                  
 4.3.4 路由依靠性和毒性反轉(Poison Reverse)                  
 4.3.5 發(fā)送路由報告                  
 4.3.6 接收路由報告                  
 4.3.7 路由超時                  
 4.3.8 路由抑制                  
 4.3.9 安全關機                  
 4.3.10 交換DVMRP路由報告                  
 4.3.11 建立DVMRP組播轉發(fā)樹                  
 4.4 DVMRP組播轉發(fā)                  
 4.4.1 組播轉發(fā)項的創(chuàng)建和維護                  
 4.4.2 RPF檢查                  
 4.5 DVMRP剪枝                  
 4.5.1 Prune消息格式                  
 4.5.2 葉路由器                  
 4.5.3 源網(wǎng)絡                  
 4.5.4 剪枝重傳                  
 4.5.5 DVMRP剪枝過程                  
 4.5.6 剪枝狀態(tài)超時                  
 4.6 DVMRP嫁接                  
 4.6.1 Graft消息格式                  
 4.6.2 Graft ACK消息格式                  
 4.6.3 發(fā)送和接受Graft消息                  
 4.6.4 發(fā)送和接受Graft-ACK消息                  
 4.6.5 DVMRP嫁接過程                   
 4.7 小結                   
                   
 第5章 PIM密集模式                  
 5.1 PIM協(xié)議概述                  
 5.2 PIM路由鄰居                  
 5.2.1 PIM Hello消息                  
 5.2.2 PIM指定路由器(DR)                  
 5.3 PIM-DM組播轉發(fā)                  
 5.3.1 源最短路徑樹和RPF檢查                  
 5.3.2 組播數(shù)據(jù)的擴散和轉發(fā)                  
 5.4 PIM-DM剪枝                  
 5.4.1 PIM-DM剪枝觸發(fā)                  
 5.4.2 剪枝否決                  
 5.4.3 剪枝延遲累加                  
 5.5 PIM-DM嫁接                   
 5.6 PIM-DM聲明                   
 5.7 PIM-DM的實際應用                  
 5.7.1 PIM-DM配置                  
 5.7.2 轉發(fā)與狀態(tài)                  
 5.7.3 PIM-DM(*, G)狀態(tài)規(guī)則                  
 5.7.4 PIM-DM(S, G)狀態(tài)規(guī)則                  
 5.7.5 PIM-DM狀態(tài)維護規(guī)則                  
 5.7.6 新的PIM鄰居的鄰接性                  
 5.8 PIM-DM增強——狀態(tài)刷新                  
 5.9 PIM-DM的擴展性                  
 5.10 小結                  
                   
 第6章 PIM稀疏模式                   
 6.1 顯式加入模型                  
 6.2 PIM-SM共享樹                  
 6.2.1 共享樹原理                  
 6.2.2 共享樹加入                  
 6.2.3 共享樹剪枝                  
 6.3 PIM-SM最短路徑樹                  
 6.4 PIM加入/剪枝消息                  
 6.5 PIM-SM狀態(tài)刷新                  
 6.6 源注冊                  
 6.6.1 PIM注冊消息                  
 6.6.2 PIM注冊停止消息                  
 6.6.3 源注冊的要點                  
 6.6.4 PIM注冊過程                  
 6.6.5 接收者首先加入                  
 6.6.6 源首先注冊                  
 6.6.7 源注冊示例                  
 6.7 PIM-SM指定路由器                  
 6.7.1 指定路由器的作用                  
 6.7.2 指定路由器失敗                  
 6.8 RP發(fā)現(xiàn)                  
 6.8.1 PIMv2 自舉路由器                   
 6.8.2 PIMv2自舉路由器簡介                   
 6.8.3 配置PIMv2候選RP                   
 6.8.4 配置PIMv2候選BSR                   
 6.8.5 多個候選RP                   
 6.8.6 RP選擇——哈希算法                   
 6.8.7 多個候選BSR                   
 6.8.8 限制BSR消息                   
 6.8.9 RP的位置                   
 6.8.10 RP資源需求                   
 6.8.11 Auto-RP和BSR的比較                   
 6.9 PIM協(xié)議的包格式                   
 6.9.1 PIM 控制消息封裝                   
 6.9.2 PIM-SM數(shù)據(jù)包頭部                   
 6.9.3 編碼單播地址                   
 6.9.4 編碼組地址                   
 6.9.5 編碼源地址                   
 6.9.6 “聲明”消息                   
 6.9.7 “BootStrap”消息                   
 6.9.8 “備選 RP”消息                   
 6.9.9 “Hello”消息                   
 6.9.10 “加入/剪枝”消息                   
 6.9.11 “注冊”消息                   
 6.9.12 “注冊終止”消息                   
 6.10 PIM-SM適用性/可擴展性                   
 6.11 小結                   
                   
 第7章 配置PIM-SM                   
 7.1 PIM-SM狀態(tài)規(guī)則                   
 7.1.1 PIM-SM(*, G)狀態(tài)規(guī)則                   
 7.1.2 PIM-SM(S, G)狀態(tài)規(guī)則                   
 7.1.3 PIM-SM出接口規(guī)則                   
 7.1.4 PIM-SM出口計時器                   
 7.1.5 PIM-SM狀態(tài)維護規(guī)則                   
 7.1.6 特殊PIM-SM(S, G)RP位狀態(tài)規(guī)則                   
 7.2 PIM-SM狀態(tài)項                   
 7.3 SPT-Switchover                   
 7.3.1 超過SPT-Threshold                   
 7.3.2 SPT-Switchback過程                   
 7.4 小結                   
                   
 第8章 PIM協(xié)議的擴展                   
 8.1 PIM-SM的源路由擴展                   
 8.2 雙向共享樹PIM-SM擴展(Bidir-PIM)                   
 8.2.1 DF選舉                   
 8.2.2 雙向轉發(fā)樹的建立過程                   
 8.2.3 組播轉發(fā)規(guī)則                   
 8.2.4 PIM-SM雙向擴展的優(yōu)缺點                   
 8.3 小結                   
                   
 第9章 域間組播路由                   
 9.1 歷史上的Internet范圍內的組播                   
 9.2 簡單域間組播路由                   
 9.2.1 域間組播路由的問題                   
 9.2.2 PIM-SM協(xié)議的域間組播支持                   
 9.2.3 組播路由協(xié)議互操作模型                   
 9.3 MBGP                   
 9.3.1 邊界網(wǎng)關協(xié)議BGP                   
 9.3.2 BGP的組播擴展MBGP                   
 9.3.3 解決方案                   
 9.4 MSDP                   
 9.4.1 MSDP概貌                   
 9.4.2 MSDP鄰居                   
 9.4.3 MSDP消息                   
 9.4.4 MSDP Mesh-Groups                   
 9.5 解決方案                   
 9.6 將來的域間組播                   
 9.6.1 組播地址設置聲明                   
 9.6.2 邊界網(wǎng)關組播協(xié)議                   
 9.7 小結                   
                   
 第10章 局域網(wǎng)上的組播                   
 10.1 交換式以太網(wǎng)的工作原理                   
 10.2 抑制組播信息                   
 10.3 IGMP竊聽                   
 10.3.1 加入路由器端口                   
 10.3.2 IGMP竊聽組成員加入                   
 10.3.3 IGMP竊聽對交換機的性能影響                   
 10.3.4 IGMP竊聽離開組                   
 10.3.5 小結                   
 10.4 Cisco組管理協(xié)議                   
 10.4.1 CGMP消息                   
 10.4.2 CGMP探測路由器端口                   
 10.4.3 CGMP加入端口                   
 10.4.4 CGMP維護組                   
 10.4.5 CGMP下離開組                   
 10.4.6 CGMP和組播源                   
 10.4.7 CGMP的性能                   
 10.4.8 小結                   
 10.5 局域網(wǎng)交換的其他問題                   
 10.6 小結                   
                   
 第11章 組播高級課題                   
 11.1 組播性能考慮                   
 11.1.1 組播包的復制問題                   
 11.1.2 組播狀態(tài)維護消耗                   
 11.2 組播流量管理                   
 11.2.1 速率限制過程                   
 11.2.2 劃定邊界                   
 11.3 組播信息路徑控制                   
 11.4 廣播地址與組播地址之間的轉換                   
 11.5 IPv6上的組播                   
 11.5.1 IPv6組播地址                   
 11.5.2 組播在IPv6上的實現(xiàn)                   
 11.5.3 組播接口                   
 11.5.4 在IPv6中實現(xiàn)PIM                   
 11.5.5 小結                   
 11.6 MPLS上的組播                   
 11.6.1 介紹                   
 11.6.2 2層特性                   
 11.6.3 在MPLS中的組播協(xié)議特性                   
 11.6.4 一個節(jié)點上的2層3層混合交換                   
 11.6.5 觸發(fā)組播LSP的分類                   
 11.6.6 多入口網(wǎng)絡                   
 11.6.7 小結                   
 11.7 ATM上的組播                   
 11.7.1 簡介                   
 11.7.2 ATM虛電路                   
 11.7.3 ATM組播服務器                   
 11.7.4 小結                   
 11.8 小結                   
                   
 參考文獻