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 小溪网--中山大学17计算机网络--做作业:&nbsp;作业5
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 <div class=container><div class=buttons>&nbsp;&nbsp;&nbsp;&nbsp;<input type=button class=hwdo_exit name=__exit__ id=__exit1__ value=退出></div><div class=main><p>中山大学17计算机网络<p>&nbsp;<hr><p>作业名称：作业5<p>作业描述：Routing Protocols: RIP,OSPF<p>开始时间：2019/5/13 9:00:00<p>截止时间：2019/5/28 23:00:00<p>作业状态：<span class=hwstateabnormal>已截止</span><p>未完成题数：0&nbsp;&nbsp;&nbsp;总题数：19<hr><p><p>第A节<table class=points><tbody><tr><td>1<td>2<td>3<td>4<td>5<td>6<td>7<td>8<td>9<td>10<td>11<td>12<td>13<td>14<td>15<tr><td>2<td>2<td>2<td>2<td>4<td>2<td>2<td>2<td>2<td>2<td>2<td>2<td>2<td>2<td>8<tr><td>2<td>2<td>2<td>未<br>改<td>未<br>改<td>未<br>改<td>2<td>2<td>2<td>2<td>2<td>2<td>2<td>未<br>改<td>未<br>改<tr><td>16<td>17<td>18<td>19<tr><td>3<td>4<td>2<td>2<tr><td>3<td>4<td>未<br>改<td>未<br>改</table><br>&nbsp;&nbsp;总得分：27&nbsp;&nbsp;&nbsp;总分：27&nbsp;&nbsp;&nbsp;百分制分数：100<hr>
<h2 class=section>A.回答以下问题：</h2>
<br>
<p class=question>1. 什么是自治系统(Autonomous System)? <br>
 <input id=_501-1_ name=_501-1_ class=input type=radio value=false disabled>A.a kind of automobile system<br>
 <input id=_501-2_ name=_501-1_ class=input type=radio value=false disabled>B.a kind of organization<br>
 <input id=_501-3_ name=_501-1_ class=input type=radio value=false disabled>C.a kind of web server<br>
 <input id=_501-4_ name=_501-1_ class=input type=radio value=false disabled>D.a kind of computer system<br>
 <input id=_501-5_ name=_501-1_ class=input type=radio value=true checked disabled>E.a kind of network<br><br><br><span class=checkCorrect>√</span>&nbsp;&nbsp;&nbsp; 得分:&nbsp;<span class=check_showpoint>2分</span><br><textarea rows=10 cols=20 readonly>Answer:
E</textarea><br><a href=# class=sayQues>赞<span id=goodcnt_501>[3]</span></a>&nbsp;&nbsp;<a href=# class=sayQues>踩<span id=badcnt_501>[0]</span></a>&nbsp;&nbsp;<a href=# class=sayQues>求讲解<span id=explaincnt_501>[1]</span></a>&nbsp;&nbsp;<a href=# class=sayQues>问老师</a></p>
<p class=question>2. 以下哪个协议是外部网关协议(Exterior Gateway Protocol)?<br>
 <input id=_502-1_ name=_502-1_ class=input type=radio value=false disabled>A.RIP<br>
 <input id=_502-2_ name=_502-1_ class=input type=radio value=false disabled>B.OSPF<br>
 <input id=_502-3_ name=_502-1_ class=input type=radio value=true checked disabled>C.BGP<br>
 <input id=_502-4_ name=_502-1_ class=input type=radio value=false disabled>D.EIGRP<br><br><br><span class=checkCorrect>√</span>&nbsp;&nbsp;&nbsp; 得分:&nbsp;<span class=check_showpoint>2分</span><br><textarea rows=10 cols=20 readonly>Answer:
C</textarea><br><a href=# class=sayQues>赞<span id=goodcnt_502>[1]</span></a>&nbsp;&nbsp;<a href=# class=sayQues>踩<span id=badcnt_502>[0]</span></a>&nbsp;&nbsp;<a href=# class=sayQues>求讲解<span id=explaincnt_502>[0]</span></a>&nbsp;&nbsp;<a href=# class=sayQues>问老师</a></p>
<p class=question>3. RIP协议采用了什么路由算法? <br>
<input id=_530-1_ name=_530-1_ class="input longtext" type=text value=距离向量算法 readonly><br><br><br><span class=checkCorrect>√</span>&nbsp;&nbsp;&nbsp; 得分:&nbsp;<span class=check_showpoint>2分</span><br><textarea rows=10 cols=20 readonly>Answer:
距离向量路由算法</textarea><br><a href=# class=sayQues>赞<span id=goodcnt_530>[0]</span></a>&nbsp;&nbsp;<a href=# class=sayQues>踩<span id=badcnt_530>[0]</span></a>&nbsp;&nbsp;<a href=# class=sayQues>求讲解<span id=explaincnt_530>[0]</span></a>&nbsp;&nbsp;<a href=# class=sayQues>问老师</a></p>
<p class=question>4. 简述RIP协议的工作原理。 <br>
<textarea id=_531-1_ name=_531-1_ class="input mytextarea" readonly>路由器每隔30秒会将它的整个路由表发送给邻居。当一个路由器收到它邻居发来的路由表时，该路由器将按如下规则更新它的路由表：
首先收到路由的距离全部加1 (即一跳的距离)。
然后利用上述路由修改路由表：
把路由表中不存在的路由加入路由表；
如果比路由表中的路由的距离更小，则更新该路由的距离为新距离，把下一跳改为邻居；
如果路由已存在并且下一跳就是该邻居，则无论变大或变小都必须进行更新。</textarea><br><br><br><span>未批改</span><br><textarea rows=10 cols=20 readonly>Answer:
路由器每30秒把自己的路由表发送给邻居。路由器用邻居发来的路由表根据最短路径算法修改自己的路由表。初始时每个路由器只有到直连网距离为1的路由。</textarea><br><a href=# class=sayQues>赞<span id=goodcnt_531>[0]</span></a>&nbsp;&nbsp;<a href=# class=sayQues>踩<span id=badcnt_531>[0]</span></a>&nbsp;&nbsp;<a href=# class=sayQues>求讲解<span id=explaincnt_531>[0]</span></a>&nbsp;&nbsp;<a href=# class=sayQues>问老师</a></p>
<p class=question>5. 路由器A~G运行RIP协议，每跳的距离为1。B和C是邻居。如果B和C此时的路由表如下所示:<br>
 <br>
路由器B的路由表<br>
=========================<br>
目的网络&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;距离&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;下一跳&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;<br>
N1&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;5&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;A&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;<br>
N3&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;3&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;C&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;<br>
N6&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;2&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;E&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;<br>
N9&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;5&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;D&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;<br>
N10&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;1&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;-<br>
=========================<br>
 <br>
路由器C的路由表<br>
=========================<br>
目的网络&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;距离&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;下一跳<br>
N1&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;3&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;F&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;<br>
N3&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;6&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;F&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;<br>
N6&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;3&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;B&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;<br>
N7&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;3&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;G&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;<br>
N9&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;5&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;G&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;<br>
N10&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;2&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;B<br>
=========================<br>
<br>
当路由器B接收到来自C的路由表之后对路由表进行自己的更新， 请写出更新之后B的路由表(注意：网络下标从小到大):<br>
<br>
目的网络&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;距离&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;下一跳<br>
<input id=_503-1_ name=_503-1_ class="input shorttext" type=text value=N1 readonly> <input id=_503-2_ name=_503-2_ class="input shorttext" type=text value=4 readonly> <input id=_503-3_ name=_503-3_ class="input shorttext" type=text value=C readonly> <br>
<input id=_503-4_ name=_503-4_ class="input shorttext" type=text value=N3 readonly> <input id=_503-5_ name=_503-5_ class="input shorttext" type=text value=7 readonly> <input id=_503-6_ name=_503-6_ class="input shorttext" type=text value=C readonly> <br>
<input id=_503-7_ name=_503-7_ class="input shorttext" type=text value=N6 readonly> <input id=_503-8_ name=_503-8_ class="input shorttext" type=text value=2 readonly> <input id=_503-9_ name=_503-9_ class="input shorttext" type=text value=E readonly> <br>
<input id=_503-10_ name=_503-10_ class="input shorttext" type=text value=N7 readonly> <input id=_503-11_ name=_503-11_ class="input shorttext" type=text value=4 readonly> <input id=_503-12_ name=_503-12_ class="input shorttext" type=text value=C readonly> <br>
<input id=_503-13_ name=_503-13_ class="input shorttext" type=text value=N9 readonly> <input id=_503-14_ name=_503-14_ class="input shorttext" type=text value=5 readonly> <input id=_503-15_ name=_503-15_ class="input shorttext" type=text value=D readonly> <br>
<input id=_503-16_ name=_503-16_ class="input shorttext" type=text value=N10 readonly> <input id=_503-17_ name=_503-17_ class="input shorttext" type=text value=1 readonly> <input id=_503-18_ name=_503-18_ class="input shorttext" type=text value=- readonly> <br>
<input id=_503-19_ name=_503-19_ class="input shorttext" type=text readonly value> <input id=_503-20_ name=_503-20_ class="input shorttext" type=text readonly value> <input id=_503-21_ name=_503-21_ class="input shorttext" type=text readonly value> <br>
<input id=_503-22_ name=_503-22_ class="input shorttext" type=text readonly value> <input id=_503-23_ name=_503-23_ class="input shorttext" type=text readonly value> <input id=_503-24_ name=_503-24_ class="input shorttext" type=text readonly value> <br>
<input id=_503-25_ name=_503-25_ class="input shorttext" type=text readonly value> <input id=_503-26_ name=_503-26_ class="input shorttext" type=text readonly value> <input id=_503-27_ name=_503-27_ class="input shorttext" type=text readonly value> <br>
<br><span class=quespoints>(4 points)</span><br><br><br><span class=checkCorrect>√</span>&nbsp;&nbsp;&nbsp; 得分:&nbsp;<span class=check_showpoint>4分</span><br><textarea rows=10 cols=20 readonly>Answer:
N1   4   C
N3   7   C
N6   2   E
N7   4   C
N9   5   D
N10  1   -


Explanation:
N3以前是从Router C学来的，只要C送来的路由表包含该项，就必须修改。</textarea><br><a href=# class=sayQues>赞<span id=goodcnt_503>[6]</span></a>&nbsp;&nbsp;<a href=# class=sayQues>踩<span id=badcnt_503>[2]</span></a>&nbsp;&nbsp;<a href=# class=sayQues>求讲解<span id=explaincnt_503>[3]</span></a>&nbsp;&nbsp;<a href=# class=sayQues>问老师</a></p>
<p class=question>6. 如果路由器B离路由器A的距离是10跳: Router A--10 hops--Router B。当一个网络接入路由器A，路由器B要建立该网络的路由最长需要多少秒？<input id=_504-1_ name=_504-1_ class="input shorttext" type=text value=300 readonly><br><br><br><span class=checkCorrect>√</span>&nbsp;&nbsp;&nbsp; 得分:&nbsp;<span class=check_showpoint>2分</span><br><textarea rows=10 cols=20 readonly>Answer:
300或330

Explanation:
题目有些模糊，如果说距离是10，答案就是300，距离是10跳指10个路由器，答案就是330，所以两种答案都算对。</textarea><br><a href=# class=sayQues>赞<span id=goodcnt_504>[2]</span></a>&nbsp;&nbsp;<a href=# class=sayQues>踩<span id=badcnt_504>[2]</span></a>&nbsp;&nbsp;<a href=# class=sayQues>求讲解<span id=explaincnt_504>[3]</span></a>&nbsp;&nbsp;<a href=# class=sayQues>问老师</a></p>
<p class=question>7. 两个RIP路由器连接了三个网络: N1--R1--N2--R2--N3。在R1因N1失效而把N1的路由的距离改为16（无穷大）之后，下面哪个事件会触发计数到无穷现象？<br>
 <input id=_505-1_ name=_505-1_ class=input type=radio value=false disabled>A. R1 sends its routing table to R2.<br>
 <input id=_505-2_ name=_505-1_ class=input type=radio value=true checked disabled>B. R2 sends its routing table to R1.<br>
 <input id=_505-3_ name=_505-1_ class=input type=radio value=false disabled>C. N2 fails.<br>
 <input id=_505-4_ name=_505-1_ class=input type=radio value=false disabled>D. N3 fails.<br><br><br><span class=checkCorrect>√</span>&nbsp;&nbsp;&nbsp; 得分:&nbsp;<span class=check_showpoint>2分</span><br><textarea rows=10 cols=20 readonly>Answer:
B</textarea><br><a href=# class=sayQues>赞<span id=goodcnt_505>[0]</span></a>&nbsp;&nbsp;<a href=# class=sayQues>踩<span id=badcnt_505>[0]</span></a>&nbsp;&nbsp;<a href=# class=sayQues>求讲解<span id=explaincnt_505>[3]</span></a>&nbsp;&nbsp;<a href=# class=sayQues>问老师</a></p>
<p class=question>8. 水平分割(Horizon-split)算法可以防止任何计数到无穷的现象，true or false? <br>
<input id=_506-1_ name=_506-1_ class=input type=radio value=false disabled>A.true<br>
<input id=_506-2_ name=_506-1_ class=input type=radio value=true checked disabled>B.false<br><br><br><span class=checkCorrect>√</span>&nbsp;&nbsp;&nbsp; 得分:&nbsp;<span class=check_showpoint>2分</span><br><textarea rows=10 cols=20 readonly>Answer:
B</textarea><br><a href=# class=sayQues>赞<span id=goodcnt_506>[1]</span></a>&nbsp;&nbsp;<a href=# class=sayQues>踩<span id=badcnt_506>[0]</span></a>&nbsp;&nbsp;<a href=# class=sayQues>求讲解<span id=explaincnt_506>[7]</span></a>&nbsp;&nbsp;<a href=# class=sayQues>问老师</a></p>
<p class=question>9. OSPF协议采用了什么路由算法? <br>
<input id=_532-1_ name=_532-1_ class="input longtext" type=text value=最短路径算法（Dijkstra算法） readonly><br><br><br><span class=checkCorrect>√</span>&nbsp;&nbsp;&nbsp; 得分:&nbsp;<span class=check_showpoint>2分</span><br><textarea rows=10 cols=20 readonly>Answer:
链路状态路由算法</textarea><br><a href=# class=sayQues>赞<span id=goodcnt_532>[0]</span></a>&nbsp;&nbsp;<a href=# class=sayQues>踩<span id=badcnt_532>[0]</span></a>&nbsp;&nbsp;<a href=# class=sayQues>求讲解<span id=explaincnt_532>[0]</span></a>&nbsp;&nbsp;<a href=# class=sayQues>问老师</a></p>
<p class=question>10. 简述OSPF协议的工作原理。 <br>
<textarea id=_533-1_ name=_533-1_ class="input mytextarea" readonly>1.OSPF路由器周期性形成和扩散LSA；
2.各路由器收集LSA，用气构建出整个自治系统（AS）的拓扑结构图；
3.在图上运行Dijkstra算法，计算到各个路由器的最短路径；
4.利用最短路径上的下一跳建立路由表。</textarea><br><br><br><span class=checkCorrect>√</span>&nbsp;&nbsp;&nbsp; 得分:&nbsp;<span class=check_showpoint>2分</span><br><textarea rows=10 cols=20 readonly>Answer:
把网络转变为图，然后利用最短路径算法得到路由表：
(1) 路由器周期性地收集(形成)链路状态，并扩散给AS 中的所有路由器; (2) 路由器用收到的链路状态建立整个AS的拓扑结构图; 
(3) 利用Dijkstra算法计算到AS中所有网络的最短路径; 
(4) 利用这些路径上的下一跳建立路由表。 </textarea><br><a href=# class=sayQues>赞<span id=goodcnt_533>[1]</span></a>&nbsp;&nbsp;<a href=# class=sayQues>踩<span id=badcnt_533>[0]</span></a>&nbsp;&nbsp;<a href=# class=sayQues>求讲解<span id=explaincnt_533>[0]</span></a>&nbsp;&nbsp;<a href=# class=sayQues>问老师</a></p>
<p class=question>11. 下图中的路由器R1、R2和R3运行OSPF协议，<br>
<img 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><br>
问：<br>
有多少个router LSA?<input id=_507-1_ name=_507-1_ class="input shorttext" type=text value=3 readonly><br>
有多少个network LSA? <input id=_507-2_ name=_507-2_ class="input shorttext" type=text value=1 readonly><br><br><br><span class=checkCorrect>√</span>&nbsp;&nbsp;&nbsp; 得分:&nbsp;<span class=check_showpoint>2分</span><br><textarea rows=10 cols=20 readonly>Answer:
3  1

Explanation:
环回网络只是末端网。只有一个中转的多路访问网络，所以netwrok LSA的个数为1.</textarea><br><a href=# class=sayQues>赞<span id=goodcnt_507>[0]</span></a>&nbsp;&nbsp;<a href=# class=sayQues>踩<span id=badcnt_507>[2]</span></a>&nbsp;&nbsp;<a href=# class=sayQues>求讲解<span id=explaincnt_507>[7]</span></a>&nbsp;&nbsp;<a href=# class=sayQues>问老师</a></p>
<p class=question>12. 一个OSPF路由器通常使用什么算法来求到所有目的地的最短路径? <br>
<input id=_508-1_ name=_508-1_ class="input shorttext" type=text value=Dijkstra算法（单源最短路径算法） readonly><br><br><br><span class=checkCorrect>√</span>&nbsp;&nbsp;&nbsp; 得分:&nbsp;<span class=check_showpoint>2分</span><br><textarea rows=10 cols=20 readonly>Answer:
Dijkstra算法</textarea><br><a href=# class=sayQues>赞<span id=goodcnt_508>[2]</span></a>&nbsp;&nbsp;<a href=# class=sayQues>踩<span id=badcnt_508>[2]</span></a>&nbsp;&nbsp;<a href=# class=sayQues>求讲解<span id=explaincnt_508>[3]</span></a>&nbsp;&nbsp;<a href=# class=sayQues>问老师</a></p>
<br>
<p class=question>13. 如果一个OSPF路由器的链路没有变化，它每隔多长时间会扩散它的LSA？ <br>
<input id=_509-1_ name=_509-1_ class=input type=radio value=false disabled>A.60分钟<br>
<input id=_509-2_ name=_509-1_ class=input type=radio value=true checked disabled>B.30分钟<br>
<input id=_509-3_ name=_509-1_ class=input type=radio value=false disabled>C.30秒<br>
<input id=_509-4_ name=_509-1_ class=input type=radio value=false disabled>D.60秒<br><br><br><span class=checkCorrect>√</span>&nbsp;&nbsp;&nbsp; 得分:&nbsp;<span class=check_showpoint>2分</span><br><textarea rows=10 cols=20 readonly>Answer:
B</textarea><br><a href=# class=sayQues>赞<span id=goodcnt_509>[0]</span></a>&nbsp;&nbsp;<a href=# class=sayQues>踩<span id=badcnt_509>[1]</span></a>&nbsp;&nbsp;<a href=# class=sayQues>求讲解<span id=explaincnt_509>[2]</span></a>&nbsp;&nbsp;<a href=# class=sayQues>问老师</a></p>
<p class=question>14. 一个OSPF路由器如何知道它的一个直连网是中转网？<br>
<textarea id=_510-1_ name=_510-1_ class="input mytextarea" readonly>在路由器之间的相互通信过程中，OSPF路由器可以知道它连接到了一个多路访问网络上，而且这个多路访问链路上（直连网）还有其他的OSPF路由器，那么这个直连网就是一个中转网。</textarea><br><br><br><span>未批改</span><br><textarea rows=10 cols=20 readonly>Answer:
这个网为多路访问网络且在这个网络中有OSPF邻居（建立了完全相邻关系）</textarea><br><a href=# class=sayQues>赞<span id=goodcnt_510>[1]</span></a>&nbsp;&nbsp;<a href=# class=sayQues>踩<span id=badcnt_510>[4]</span></a>&nbsp;&nbsp;<a href=# class=sayQues>求讲解<span id=explaincnt_510>[2]</span></a>&nbsp;&nbsp;<a href=# class=sayQues>问老师</a></p>
<p class=question>15. 下图的OSPF网络中，R1~R5的router LSA是什么？<br>
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"><br>
 链路类型取值：<br>
 1 Point-to-point network<br>
 2 Link to transit network<br>
 3 Link to stub network<br>
<br>
<br>
从R1:<br>
到&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;开销&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;链路类型<br>
<input id=_511-1_ name=_511-1_ class="input shorttext" type=text value=N1 readonly> <input id=_511-2_ name=_511-2_ class="input shorttext" type=text value=6 readonly> <input id=_511-3_ name=_511-3_ class="input shorttext" type=text value=3 readonly><br>
<input id=_511-4_ name=_511-4_ class="input shorttext" type=text value=N2 readonly> <input id=_511-5_ name=_511-5_ class="input shorttext" type=text value=10 readonly> <input id=_511-6_ name=_511-6_ class="input shorttext" type=text value=2 readonly><br>
<input id=_511-7_ name=_511-7_ class="input shorttext" type=text readonly value> <input id=_511-8_ name=_511-8_ class="input shorttext" type=text readonly value> <input id=_511-9_ name=_511-9_ class="input shorttext" type=text readonly value><br>
<input id=_511-10_ name=_511-10_ class="input shorttext" type=text readonly value> <input id=_511-11_ name=_511-11_ class="input shorttext" type=text readonly value> <input id=_511-12_ name=_511-12_ class="input shorttext" type=text readonly value><br>
<br>
从R2:<br>
到&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;开销&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;链路类型<br>
<input id=_511-13_ name=_511-13_ class="input shorttext" type=text value=N2 readonly> <input id=_511-14_ name=_511-14_ class="input shorttext" type=text value=10 readonly> <input id=_511-15_ name=_511-15_ class="input shorttext" type=text value=2 readonly><br>
<input id=_511-16_ name=_511-16_ class="input shorttext" type=text value=N5 readonly> <input id=_511-17_ name=_511-17_ class="input shorttext" type=text value=5 readonly> <input id=_511-18_ name=_511-18_ class="input shorttext" type=text value=1 readonly><br>
<input id=_511-19_ name=_511-19_ class="input shorttext" type=text value=R5 readonly> <input id=_511-20_ name=_511-20_ class="input shorttext" type=text value=5 readonly> <input id=_511-21_ name=_511-21_ class="input shorttext" type=text value=1 readonly><br>
<input id=_511-22_ name=_511-22_ class="input shorttext" type=text readonly value> <input id=_511-23_ name=_511-23_ class="input shorttext" type=text readonly value> <input id=_511-24_ name=_511-24_ class="input shorttext" type=text readonly value><br>
<br>
<br>
从R3:<br>
到&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;开销&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;链路类型<br>
<input id=_511-25_ name=_511-25_ class="input shorttext" type=text value=N2 readonly> <input id=_511-26_ name=_511-26_ class="input shorttext" type=text value=10 readonly> <input id=_511-27_ name=_511-27_ class="input shorttext" type=text value=2 readonly><br>
<input id=_511-28_ name=_511-28_ class="input shorttext" type=text value=N3 readonly> <input id=_511-29_ name=_511-29_ class="input shorttext" type=text value=3 readonly> <input id=_511-30_ name=_511-30_ class="input shorttext" type=text value=3 readonly><br>
<input id=_511-31_ name=_511-31_ class="input shorttext" type=text readonly value> <input id=_511-32_ name=_511-32_ class="input shorttext" type=text readonly value> <input id=_511-33_ name=_511-33_ class="input shorttext" type=text readonly value><br>
<input id=_511-34_ name=_511-34_ class="input shorttext" type=text readonly value> <input id=_511-35_ name=_511-35_ class="input shorttext" type=text readonly value> <input id=_511-36_ name=_511-36_ class="input shorttext" type=text readonly value><br>
<br>
从R4:<br>
到&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;开销&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;链路类型<br>
<input id=_511-37_ name=_511-37_ class="input shorttext" type=text value=N2 readonly> <input id=_511-38_ name=_511-38_ class="input shorttext" type=text value=10 readonly> <input id=_511-39_ name=_511-39_ class="input shorttext" type=text value=2 readonly><br>
<input id=_511-40_ name=_511-40_ class="input shorttext" type=text value=N4 readonly> <input id=_511-41_ name=_511-41_ class="input shorttext" type=text value=5 readonly> <input id=_511-42_ name=_511-42_ class="input shorttext" type=text value=3 readonly> <br>
<input id=_511-43_ name=_511-43_ class="input shorttext" type=text value=N6 readonly> <input id=_511-44_ name=_511-44_ class="input shorttext" type=text value=6 readonly> <input id=_511-45_ name=_511-45_ class="input shorttext" type=text value=1 readonly><br>
<input id=_511-46_ name=_511-46_ class="input shorttext" type=text value=R5 readonly> <input id=_511-47_ name=_511-47_ class="input shorttext" type=text value=6 readonly> <input id=_511-48_ name=_511-48_ class="input shorttext" type=text value=1 readonly><br>
<br>
从R5:<br>
到&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;开销&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;链路类型<br>
<input id=_511-49_ name=_511-49_ class="input shorttext" type=text value=N5 readonly> <input id=_511-50_ name=_511-50_ class="input shorttext" type=text value=4 readonly> <input id=_511-51_ name=_511-51_ class="input shorttext" type=text value=1 readonly> <br>
<input id=_511-52_ name=_511-52_ class="input shorttext" type=text value=N6 readonly> <input id=_511-53_ name=_511-53_ class="input shorttext" type=text value=7 readonly> <input id=_511-54_ name=_511-54_ class="input shorttext" type=text value=1 readonly> <br>
<input id=_511-55_ name=_511-55_ class="input shorttext" type=text value=R2 readonly> <input id=_511-56_ name=_511-56_ class="input shorttext" type=text value=4 readonly> <input id=_511-57_ name=_511-57_ class="input shorttext" type=text value=1 readonly> <br>
<input id=_511-58_ name=_511-58_ class="input shorttext" type=text value=R4 readonly> <input id=_511-59_ name=_511-59_ class="input shorttext" type=text value=7 readonly> <input id=_511-60_ name=_511-60_ class="input shorttext" type=text value=1 readonly> <br>
<br><span class=quespoints>(8 points)</span><br><br><br><span>未批改</span><br><textarea rows=10 cols=20 readonly>Answer:
From R1
=======================
to   metric   link type
N1     6         3
N2     10        2

From R2
=======================
to   metric   link type
R5    5         1
N5    5         3
N2    10        2

From R3
=======================
to   metric   link type
N2    10        2
N3     3        3


From R4
=======================
to   metric   link type
R5     6         1
N6     6         3
N2     10        2
N4     5         3

From R5
=======================
to   metric   link type
R2     4         1
N5     4         3
R4     7         1
N6     7         3

Explanation:
这里假设点到点网络都配置了IP地址,需要加上一个末端网的节点，具体的看课件。
</textarea><br><a href=# class=sayQues>赞<span id=goodcnt_511>[1]</span></a>&nbsp;&nbsp;<a href=# class=sayQues>踩<span id=badcnt_511>[0]</span></a>&nbsp;&nbsp;<a href=# class=sayQues>求讲解<span id=explaincnt_511>[7]</span></a>&nbsp;&nbsp;<a href=# class=sayQues>问老师</a></p>
<p class=question>16. 在上题图中，N2的Network LSA是什么？<br>
从N2:<br>
到&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;开销&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;<br>
<input id=_512-1_ name=_512-1_ class="input shorttext" type=text value=R1 readonly> <input id=_512-2_ name=_512-2_ class="input shorttext" type=text value=0 readonly> <br>
<input id=_512-3_ name=_512-3_ class="input shorttext" type=text value=R2 readonly> <input id=_512-4_ name=_512-4_ class="input shorttext" type=text value=0 readonly><br>
<input id=_512-5_ name=_512-5_ class="input shorttext" type=text value=R3 readonly> <input id=_512-6_ name=_512-6_ class="input shorttext" type=text value=0 readonly><br>
<input id=_512-7_ name=_512-7_ class="input shorttext" type=text value=R4 readonly> <input id=_512-8_ name=_512-8_ class="input shorttext" type=text value=0 readonly> <br><span class=quespoints>(3 points)</span><br><br><br><span class=checkCorrect>√</span>&nbsp;&nbsp;&nbsp; 得分:&nbsp;<span class=check_showpoint>3分</span><br><textarea rows=10 cols=20 readonly>Answer:
from N2
==================
to  metric
R1  0
R2  0
R3  0
R4  0</textarea><br><a href=# class=sayQues>赞<span id=goodcnt_512>[0]</span></a>&nbsp;&nbsp;<a href=# class=sayQues>踩<span id=badcnt_512>[0]</span></a>&nbsp;&nbsp;<a href=# class=sayQues>求讲解<span id=explaincnt_512>[3]</span></a>&nbsp;&nbsp;<a href=# class=sayQues>问老师</a></p>
<p class=question>17. 在15题的OSPF网络中，R5的路由表是什么?<br>
目的&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;开销&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;下一跳<br>
<input id=_513-1_ name=_513-1_ class="input shorttext" type=text value=N1 readonly> <input id=_513-2_ name=_513-2_ class="input shorttext" type=text value=20 readonly> <input id=_513-3_ name=_513-3_ class="input shorttext" type=text value=R2 readonly><br>
<input id=_513-4_ name=_513-4_ class="input shorttext" type=text value=N2 readonly> <input id=_513-5_ name=_513-5_ class="input shorttext" type=text value=14 readonly> <input id=_513-6_ name=_513-6_ class="input shorttext" type=text value=R2 readonly><br>
<input id=_513-7_ name=_513-7_ class="input shorttext" type=text value=N3 readonly> <input id=_513-8_ name=_513-8_ class="input shorttext" type=text value=17 readonly> <input id=_513-9_ name=_513-9_ class="input shorttext" type=text value=R2 readonly> <br>
<input id=_513-10_ name=_513-10_ class="input shorttext" type=text value=N4 readonly> <input id=_513-11_ name=_513-11_ class="input shorttext" type=text value=12 readonly> <input id=_513-12_ name=_513-12_ class="input shorttext" type=text value=R4 readonly><br>
<input id=_513-13_ name=_513-13_ class="input shorttext" type=text value=N5 readonly> <input id=_513-14_ name=_513-14_ class="input shorttext" type=text value=4 readonly> <input id=_513-15_ name=_513-15_ class="input shorttext" type=text value=无 readonly><br>
<input id=_513-16_ name=_513-16_ class="input shorttext" type=text value=N6 readonly> <input id=_513-17_ name=_513-17_ class="input shorttext" type=text value=7 readonly> <input id=_513-18_ name=_513-18_ class="input shorttext" type=text value=无 readonly><br>
<input id=_513-19_ name=_513-19_ class="input shorttext" type=text readonly value> <input id=_513-20_ name=_513-20_ class="input shorttext" type=text readonly value> <input id=_513-21_ name=_513-21_ class="input shorttext" type=text readonly value><br>
<input id=_513-22_ name=_513-22_ class="input shorttext" type=text readonly value> <input id=_513-23_ name=_513-23_ class="input shorttext" type=text readonly value> <input id=_513-24_ name=_513-24_ class="input shorttext" type=text readonly value> <br><span class=quespoints>(4 points)</span><br><br><br><span class=checkCorrect>√</span>&nbsp;&nbsp;&nbsp; 得分:&nbsp;<span class=check_showpoint>4分</span><br><textarea rows=10 cols=20 readonly>Answer:
N1  20   R2
N2  14   R2
N3  17   R2
N4  12   R4
N5  4     -
N6  7     -
</textarea><br><a href=# class=sayQues>赞<span id=goodcnt_513>[1]</span></a>&nbsp;&nbsp;<a href=# class=sayQues>踩<span id=badcnt_513>[1]</span></a>&nbsp;&nbsp;<a href=# class=sayQues>求讲解<span id=explaincnt_513>[2]</span></a>&nbsp;&nbsp;<a href=# class=sayQues>问老师</a></p>
<p class=question>18. （RIP协议）无论回路有多长，只要所有路由器都启动了抑制算法，就不会出现计数到无穷的问题，请证明一下。<br>
<textarea id=_516-1_ name=_516-1_ class="input mytextarea" readonly>如果所有路由器都启用了抑制技术，那么当一个路由器（称为R1）的一个直连网（称为N1）故障断开时，路由器R1会将N1的路由的距离改为无穷大，并且进入抑制状态，180秒内这个距离不能被修改。在抑制期内，尽管R1的邻居把到故障网络的路由发送给了R1，R1上也不会修改到N1的距离。

另一方面，R1到N1的路由会被扩散给邻居，因此邻居中到N1的、并且以R1为下一跳的路由条目都将被修改为无穷大。不存在计数到无穷问题。</textarea><br><br><br><span>未批改</span><br><textarea rows=10 cols=20 readonly>Answer:
原答案：
不会出现技术到无穷的现象。假设某个路由器中的某个直连网失效，该网络的路由的距离会变为无穷大，该路由会扩散出去，而且距离只会越来越远。

上面的答案是错误的，在最远点的路由器R的这个距离无穷大的路由可能被其它邻居路由器发来的路由（距离&lt;16）所修改，因为邻居路由器不是路由器R的这个路由的下一跳。</textarea><br><a href=# class=sayQues>赞<span id=goodcnt_516>[1]</span></a>&nbsp;&nbsp;<a href=# class=sayQues>踩<span id=badcnt_516>[9]</span></a>&nbsp;&nbsp;<a href=# class=sayQues>求讲解<span id=explaincnt_516>[11]</span></a>&nbsp;&nbsp;<a href=# class=sayQues>问老师</a></p>
<p class=question>19. 在路由有变化时，立即将有变化的路由发送给邻居，这就是RIP的触发更新机制。试着解释一下为什么有了触发更新还要保留原有的每30秒把路由表发送给邻居的机制。<br>
<textarea id=_517-1_ name=_517-1_ class="input mytextarea" readonly>触发更新一定程度上可以防止技术到无穷，但是为了保证稳定性，避免由于触发更新的数据包丢包导致变化的路由没有成功发送给邻居，还是要保留每30秒把整个路由表发给邻居。</textarea><br><br><br><span>未批改</span><br><textarea rows=10 cols=20 readonly>Answer:
触发更新可能丢失；路由表也可能出错；要用TTL清除无效路由。可以考虑一个特例：当一个网络由于一条线路出故障变为了两个网络，这时用触发更新很难清除无效路由。</textarea><br><a href=# class=sayQues>赞<span id=goodcnt_517>[3]</span></a>&nbsp;&nbsp;<a href=# class=sayQues>踩<span id=badcnt_517>[0]</span></a>&nbsp;&nbsp;<a href=# class=sayQues>求讲解<span id=explaincnt_517>[6]</span></a>&nbsp;&nbsp;<a href=# class=sayQues>问老师</a></p></div><div class=buttons>&nbsp;&nbsp;&nbsp;&nbsp;<input type=button class=hwdo_exit name=__exit__ id=__exit2__ value=退出><span id=readonly style=display:none></span></div></div><br>
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