[毕业设计精品]校园网建设毕业设计

毕业设计论文纸A2A2A2A2A2A2A2A2A2A2A2A2A2A3A2A2A2A2A2A4A2A2A2A2A2A5A2A2A2A2A2A2A2A2A2A2A2A2A2目录1引言12系统总体设计方案概述221设计原则322需求分析523系统组成与拓扑结构524设备选取525VLAN及IP地址规划63交换模块的设计7接入层交换服务的实现配置接入层交换机731配置访问层交换机732配置分布层交换机1133配置核心层交换机174配置路由器2041配置接入路由器IA0A1A6A7A0A6A1RA8A9A1A6A7的基本参数2042配置接入路由器IA0A1A6A7A0A6A1RA8A9A1A6A7的各接口参数2143配置接入路由器IA0A1A6A7A0A6A1RA8A9A1A6A7的路由功能2144配置接入路由器A10A0A1A6A7A0A6A1A7A8A9A1A6A7的A0A1A12145配置接入路由器INTERNETROUTER的ACL225远程访问与安全2551配置物理线路的基本参数2552配置接口物理参数并制定IP地址池2653配置身份认证266服务器模块设计277测试298总结30致谢31参考文献资料32毕业设计论文纸共32页第1页A11A11A11A11A11A11A11A11A11A11A11A11A11A12A11A11A11A11A11A13A11A11A11A11A11A14A11A11A11A11A11A11A11A11A11A11A11A11A111引言本方案参照当G1182G7669G3265G13605G2469G4649G17247G2195G712并结G2524实G19481G5785G1929G13792设计G452G5326设G7669G3265G13605G7389G19762G5132G3835的理论G5859G1053G2656实G17353G5859G1053G452本方案G1038实现G7669G3265G13605G6164需的各G20045功能G13792设计G1998G980G1022G2524理的G16311G1927方案G452G3324G13605G13488G1461G5699G7114G1207的G1182G3837G712G19766G2533G7044的需求G2656G6373G6124G712G1038G1114G6564G20652G4410G7669的G12197G11752G451G6957G4410G451G12661理G12573各方G19766的G6228G7427G8712G5191G712G1038G11752G12362G5332G2469G2656G3533G1871G20652层G8437G1166G6177G5326G12447现G1207G2282G5191G2500G712G5326G12447IG81G87G85G68G81G72G87G6228G7427的G20652G17907G3822G4198体G7669G3265G13605G7171G19762G5132G5529G16213的G452G7669G3265G13605G5326设的G11458G7643G1039G16213G7171G5326G12447G1209G7669G3265G13605G13488G1038基G11796的G15904G6931G451G6957G4410及G5084G10995G1055G19400交G1126G5347G12661理系统G712G17892G8505G5326G12447G7669G3265G1461G5699G13605G13488G712实现G2162G1856G14270G2172G2282G727G1038G5332G4649G13605G990远程G6957G4410G451G3822G4198体交G1126G5347G12447体G6957G4410模G5347的G6518G13046G6564G1391G20652G17907G451G12295定的G6915G6357G5191G2500G727G17892G8505G5326G12447计G12651机G17753G2173G6957G4410G451计G12651机G17753G2173考试G12573系统G712G1038实现G3822G4198体G16850G1226制G1328G13605G13488G2282G712G6957G5084备G16850G11017G4388G2282G451G3822G4198体G2282G6183G3921基G11796G727G1457证G13605G13488系统的G5332G6930G5627G451G2499G6357G13505G5627G2469G4649G712G1427G1122G1209G2530G19610成G16282G20069会议G451G16282G20069点播G12573G20652层G8437G6957G4410功能G452毕业设计论文纸共32页第2页A11A11A11A11A11A11A11A11A11A11A11A11A11A12A11A11A11A11A11A13A11A11A11A11A11A14A11A11A11A11A11A11A11A11A11A11A11A11A112系统总体设计方案概述G5326设G980G1022G20652效安全的局域G13605并接入G1126联G13605G712G7669G3265G13605对外G6564G1391WEBG451FTPG12573数据服务G712每G2500G11017脑都能够访问G1126联G13605G452采用CISCO的G13605G13488设备G712把G7669G3265G13605内每G1022部门都设计成G980G1022G4388G13605G712规划每G1022部门的IP地址G712设计G13605G13488拓扑图G712配置G13605G13488的交换模块G451广域G13605接入模块G451服务器模块G2656远程访问模块G452实验方案G11458前G980般将G7669G3265G13605划分G1038核心层G451分布层G2656访问层G712对G1122规模不G3835的G7669G3265G13605G712核心层与汇聚层G2499G1209G2524G3324G980起G712G1209简G2282G13605G13488体系G452但G7171G712G7669G3265G13605的G5326设G7171G980G1022渐进过程G712G13605G13488的不同层G8437G2499能由不同的投资者分别G5326设G712同G980G1022层G8437也G2499能由G3822G1022投资者分别G5326设G452本G7669G3265G13605采用这种通用的分层方法G712将G7669G3265G13605G13488分成三G1022层G8437G452G13605G13488中心G1038核心层核心层的功能G1039G16213实现骨干G13605G13488G1055G19400的优G2282传输G712骨干层设计任务的重点G7171冗余能力G451G2499靠G5627G2656G20652G17907的传输G452分布层负责G13605段的逻辑分割G712聚G2524路由路径G712收敛数据流量G452访问层G7171用户进入G13605G13488的入口G712将流量馈入G13605G13488G452毕业设计论文纸共32页第3页A15A15A15A15A15A15A15A15A15A15A15A15A15A16A15A15A15A15A15A17A15A15A15A15A15A18A15A15A15A15A15A15A15A15A15A15A15A15A15G7669G3265G13605总体拓扑图A19A20A21A22A23A24A25A26A27A28A29A30A19G3324G990G19766的拓扑结构图中G7669G3265中G7389G4410G10995G1856寓,实验楼,G6957G4410楼,G6957务处,图书馆,计G12651机中心G3324接下来的论述中G712我将G4649G5332并详细讨论每G1022模块的设计内容G45221设计原则（1）采用先进、成熟的技术G3324规划G13605G13488G451选择G13605G13488G6228G7427G2656G13605G13488设备G7114G712应重点考虑当G1182G1039流的G13605G13488G6228G7427G2656G13605G13488设备G452只G7389这样G712G6177能G1457证G5326成的G13605G13488G7389良G3921的G5627能G712从G13792G7389效地G1457护G5326G13605投资G712毕业设计论文纸共32页第4页A15A15A15A15A15A15A15A15A15A15A15A15A15A16A15A15A15A15A15A17A15A15A15A15A15A18A15A15A15A15A15A15A15A15A15A15A15A15A15G1457证G13605G13488设备G1055G19400G451G13605G13488设备G2656计G12651机G1055G19400的G1126联G712G1209及G13605G13488的尽快使用G451G2499靠运G15904G452（2）遵循国际标准，坚持开放性原则G3265区G13605的G5326设应遵循国G19481G7643准G712采用G3835G3822数厂家G6915G6357的G7643准协议及G7643准接口G712从G13792G1038异种机G451异种操G1328系统的G1126连G6564G1391极G3835的G1427利G2656G2499能G452（3）网络的可管理性具G7389良G3921G2499G12661理G5627的G13605G13488G712G13605G12661G1166员G2499借G2173先进的G13605G12661软G1226G712方G1427地完成设备配置G451状态监G16282G451G1461G5699统计G451流量分析G451故障报警G451诊断G2656排除G12573任务G452（4）系统的安全性G980般的G3265区G13605G13488G2265G6336内部的业务G13605G2656外部G13605G452对G1122内部用户G712G2499分别G6492G1116不同的访问G7447G19492G712同G7114对不同的部门G708G6122G5049G1328组G709进G15904不同的访问及连通设置G452对G1122外部的G1126联G13605G13488G712G16213考虑G13605G13488G256G21669G4470G257G2656G1866G1194不法分G4388的G11784G3363G712G19462G8502G13605G13488G11161G8614的传播G452这G18336需G16213G10317别G6564G2052的G7171G18341G15713系统对安全G5627G2656G1457G4506G5627G7389G11540G7368G2164G1017G7696的G16213求G452G4439G2265G6336G1016G1022方G19766的内容G712G980方G19766G7171外部不G2499G1461G13605G13488与本G2345G1313G13605G13488G1055G19400的G1126联的安全G5627问G20076G452G3926G11458前G16780G3822G19146G15904G1038G2345G1313G6564G1391的实G7114G1207收G17165业务G712这G1135业务都G16213求G19146G15904与G19146G15904G451G19146G15904与G1866G1194G2345G1313G1055G19400的G13605G13488G5529G20047G1126联G727G2490G980方G19766G7171计G12651机系统G14270身的系统G12661理的安全G5627问G20076G452G16213G11842G1457G1039机系统的安全G712G10317别G7171ROOTG17146户G4506G11733不能G15999G12375G452（5）灵活性和可扩充性G13605G13488的G9801G8975G5627体现G3324连接方G1427G712设置G2656G12661理简G2345G451G9801G8975G712使用G2656G13512护方G1427G452G13605G13488的G2499G6205G1817G5627G15932现G3324数量的G3698G2164G451G17148量的G6564G20652G2656G7044功能的G6205G1817G452G13605G13488的G1039干设备应采用功能G5390G451G6205G1817G5627G3921的设备G712G3926模块G2282结构G451软G1226G2499G2331G13435G712G13984G7507总线G17907G5242G20652G451G2546G2532量G3835G452G1039干设备的核心G7171G3265区G13605的中心交换机G712G4439应具G7389G5468G3835的G48AC地址G15932G712G17751G3822的优先G13435G19443G2027G712G13984G7507总线G17907G5242G17810G1972G1022G42G69PG86G712交换G17907G5242G17810G2052每G12198G1972G11346G987G1022数据G2265G1209G990G712G73895G1022G1209G990的G6566G8145G712G2499G9801G8975选择G1209G3838G13605G451快G17907G1209G3838G13605G451G2327G1818G1209G3838G13605G451G41G39G39IG451ATG48G13605G13488模块进G15904配置G712G1863G19202G1815G1226应具G7389冗余备份的功能G452（6）系统的稳定性和可靠性选择G13605G13488G1147G2709G2656服务器G7114,G7380重G16213的G980点应考虑G4439G1216的G12295定G5627G2656G2499靠G5627G712这也G7171我G1216G5390G16855选择G6228G7427先进G451成G10099的G1147G2709的重G16213原G3252G1055G980G452G1863G19202G13605G13488设备G2656重G16213服务器的选择应考虑G7171G2554具G7389良G3921的G11017G9316备份系统G451G19154路备份系统G712G7171G2554具G7389中心处理模块的备份G712系统G7171G2554具G7389快G17907G451良G3921的G14270G5852能力G12573G452不应G17873求G18039G1135功能G3835G13792全但不G2499靠G6122不G12295定的G1147G2709G712也不G16213选择G18039G1135不成G10099G2656G8821G7389G5430成规G14551的G1147G2709G452毕业设计论文纸共32页第5页A15A15A15A15A15A15A15A15A15A15A15A15A15A16A15A15A15A15A15A17A15A15A15A15A15A18A15A15A15A15A15A15A15A15A15A15A15A15A1522需求分析1实用G5627与先进G5627G7693据G4410G7669实G19481G5785G1929G2656G10317点G712G3324设计中G10317别G5390G16855实用G5627与先进G5627的结G2524G712应采用成G10099的G13605G13488G6228G7427G712G1457证G7669G3265G13605实用G727G17331G17406国G19481G13605G13488G6228G7427的G7044G2469G4649G712设计G6228G7427先进的G13605G13488G452G3324G1457证G7669G3265G13605G2499靠G451实用G451先进的基G11796G990G712G2499G1209G6564G1391G11752G12362先进G13605G13488G6228G7427的G12197G11752G10627G3671G712方G1427G4410G7669的G12197G11752与G5332G2469G4522G5332G6930G5627与G7643准G2282G6984G1022G7669G3265G13605的设计采用G5332G6930的G13605G13488体系G712G1209方G1427G13605G13488的G2331G13435G451G6205G4649G2656G1126联G452同G7114G712G3324选择服务器G451G13605G13488G1147G2709G7114G712G5390G16855G1147G2709G6915G6357的G13605G13488协议的国G19481G7643准G2282G4523G2499靠G5627与安全G5627G3324G7669G3265G13605的设计中G712G1039G16213考虑G1016G1022层G8437G980G7171G6984G1022G13605G13488的G2499靠G5627与安全G5627G712采用G20652G2499靠G5627G451G20652安全G5627的G13605G13488体系结构G712G2265G6336G2524理设计广域G13605的访问G6523制G2656内部局域G13605的访问G6523制G451对外部G13605G13488访问G19154路的备份G12573G727G1120G7171G13605G13488设备的G2499靠G5627与安全G5627G712G1039G16213G7171采用G2499G5114G11017G6566G6312的模块G451配置G2464G11017G9316G451G12483口冗余G451设置G13605G13488设备的用户G15932及口G1208G19492制G12573G6175段G4524G13475G8994G5627与G2499G6205G1817G5627G3324G9397G17287G4410G7669需求的前G6564下G712选用G5627G1227G8616G20652的G13605G13488设备G2656服务器G452采用的G13605G13488G7562构G2656设备G712应G1817分考虑G2052G7143G2331G13435换G1207G712并且G3324G2331G13435G7114G2499G1209G7380G3835G19492G5242地G1457护原G7389的硬G1226设备G2656软G1226投资G45223系统组成与拓扑结构G1038G1114实现G13605G13488设备的统G980G712G3324本设计方案中完全采用同G980厂家的G13605G13488G1147G2709G712即CIG86COG1856司的G13605G13488设备构G5326该G13605G13488G452本企业G13605设计方案G1039G16213由G1209下G1972部分组成交换模块G451广域G13605接入模块G451服务器模块G712G6984G1022G13605G13488系统G45224设备选取1核心层交换机核心层G6564G1391G980G1022G20652G17907数据G2265转G2469通道G712使得分布层交换机进G15904G20652G17907的数据交换G452采用CISCO6509G1038核心交换机G452毕业设计论文纸共32页第6页A15A15A15A15A15A15A15A15A15A15A15A15A15A16A15A15A15A15A15A17A15A15A15A15A15A18A15A15A15A15A15A15A15A15A15A15A15A15A152分布层交换机G708又称汇聚层G709汇聚层负责G13605段的逻辑分割G712聚G2524路由路径G712收敛数据流量G452考虑G2052各G1461G5699楼G708图书馆G451G4410G10995宿舍区G12573G709G1461G5699量G17751G3835G712对交换G17907G5242G16213求G17751G20652G712故各G1461G5699楼接入选用交换G17907率G17751G20652G451G1227G7696G5627能G8616G17751G3921的CISCO3560交换机G4523接入层交换机接入层将流量馈入G13605G13488G712执G15904G13605G13488访问G6523制G452选用CISCO2950交换机G712使桌G19766接入的G17907G5242G3835G3835G6564G20652G4524路由器广域G13605接入模块采用的G7171CIG86CO2851路由器G452G1866G1328用G1039G16213G7171G3324IG81G87G72G85G81G72G87G2656G7669G3265G13605内G13605G19400路由数据G2265G452除G1114完成G1039G16213的路由任务外G712利用访问G6523制G2027G15932G708ACCG72G86G86COG81G87G85OLLIG86G87G712ACLG709G712广域G13605接入路由器还G2499G1209用来完成G1209G14270身G1038中心的流量G6523制G2656过滤功能并实现G980定的安全功能G452G3324下G19766我G1216需G16213注G5859的G717119216800192168255254这样的IP地址G7171私G7389IP地址G712G4439不能G3324G1856共G13605G13488中使用G45225VLAN及地址划分VLANA31VLANA32A33IPA25A34A35A36A25A37A38A39VLAN1A4019216800/241921680254A41A42VLANVLAN10JWC19216810/241921681254A43A44A45VLANVLAN20XSSS19216820/241921682254A46A47A48A49VLANVLAN30CWC19216830/241921683254A50A44A45VLANVLAN40JGSS19216840/241921684254A43A51A48A49VLANVLAN50JZX19216850/241921685254A52A53A54VLANVLAN60GLX19216860/241921686254A41A42A54VLANVLAN70JSJX19216870/241921687254A55A56A57A54VLANVLAN100FWQQ1921681000/24192168100254A58A44A59A60VLANA61A62A63A64A65A66A67A68A69A70A71毕业设计论文纸共32页第7页A15A15A15A15A15A15A15A15A15A15A15A15A15A16A15A15A15A15A15A17A15A15A15A15A15A18A15A15A15A15A15A15A15A15A15A15A15A15A153交换模块的设计G980G1022G5627能优良的G13605G13488不G12661G7171何种类型的G13605G13488都应该G7171G980G1022分层的设计G452这样不但简G2282G1114交换G13605G13488的设计G712同G7114也G6564G20652G1114交换G13605G13488的G2499靠G5627G2656G2499G6205G4649G5627G712我G1216G980般将G1866分G1038三层设计模型G452分别G7171接入层G712汇聚层G712核心层G452下G19766我G1216将按照分层的设计与配置进G15904论述G452接入层交换服务的实现配置接入层交换机G7669G13605G13605数据交换设备G2499G1209划分G1038三G1022层G8437访问层G451分布层G451核心层G452传统G5859G1053G990的数据交换G2469G10995G3324OSI模型的第2层G452现G1207交换G6228G7427还实现G1114第3层交换G2656G3822层交换G452G20652层交换G6228G7427的引入不但G6564G20652G1114G7669G3265G13605数据交换的效率G712G7368G3835G3835G3698G5390G1114G7669G3265G13605数据交换服务G17148量G712G9397G17287G1114不同类型G13605G13488应用程序的需G16213G452本G13605G13488还引入G1114虚拟局域G13605G708VIG85G87UG68LLANG712VLANG709的概念G452VLAN将广播域G19492制G3324G2345G1022VLAN内部G712减小G1114各VLANG19400G1039机的广播通G1461对G1866G1194VLAN的影响G452G3324VLANG19400需G16213通G1461的G7114候G712G2499G1209利用VLANG19400路由G6228G7427来实现G452当G13605G13488G12661理G1166员需G16213G12661理的交换机数量众G3822G7114G712G2499G1209使用VLAN中继协议G708VLG68G81TG85UG81KIG81GPG85OG87OCOLG712VTPG709简G2282G12661理G712G4439只需G3324G2345独G980G2500交换机G990定G1053G6164G7389VLANG452然G2530通过VTP协议将VLAN定G1053传播G2052本G12661理域中的G6164G7389交换机G990G452这样G712G3835G3835减轻G1114G13605G13488G12661理G1166员的G5049G1328负担G2656G5049G1328G5390G5242G452当G7669G3265G13605G13488的交换机数量G3698G3822G451交换机G19400G19154路G3698G2164G7114G712交换G13605G13488的复杂G5627G2499能会造成交换G10627路问G20076G712这需G16213通过G3324各交换机G990运G15904G10995成树协议G708SPG68G81G81IG81GTG85G72G72PG85OG87OCOLG712STPG709来G16311G1927G45231配置访问层交换机访问层G1038G6164G7389的终G12483用户G6564G1391G980G1022接入点G452这G18336的访问层交换机采用的G7171CIG86CO2950交换机G452该交换机拥G738924G102210/100G48G69PG86G14270适应快G17907G1209G3838G13605G12483口G712运G15904的G7171CIG86CO的IOS操G1328系统G4521设置访问层交换机ACCG72G86G86SWIG87CH1的基本参数设置交换机名称G712也就G7171G1998现G3324交换机CLIG6564示符中的名字G452G980般G1209地理G1313置G6122G15904G6931划分来G1038交换机命名G452当需G16213TG72LG81G72G87登录G2052若干G2500交换机G1209G13512护G980G1022G3835型G13605G13488毕业设计论文纸共32页第8页A72A72A72A72A72A72A72A72A72A72A72A72A72A73A72A72A72A72A72A74A72A72A72A72A72A75A72A72A72A72A72A72A72A72A72A72A72A72A72G7114G712通过交换机名称G6564示符G6564示G14270己当前配置交换机的G1313置G7171G5468G7389G5529G16213的G452设置交换机的G2164G4506使能口G1208G712当用户G3324普通用户模G5347G13792想G16213进入G10317G7447用户模G5347G7114G712需G16213G6564G1391此口G1208G452此口G1208会G1209G48G395的G5430G5347G2164G4506G712G3252此G712当用户查看配置文G1226G7114G712无法看G2052明文G5430G5347的口G1208G452设置登录虚拟终G12483线G7114的口G1208G1209及终G12483线超G7114G7114G19400G452对G1122G980G1022已G13475运G15904G11540的交换G13605G13488来说G712交换机的G5114内远程G12661理G1038G13605G13488G12661理G1166员G6564G1391G1114G5468G3822的方G1427G452但G7171G712G1998G1122安全考虑G712G3324能够远程G12661理交换机G1055前G13605G13488G12661理G1166员G5529G20047设置远程登录交换机的口G1208G452G1038G1114安全考虑G712G2499G1209设置终G12483线超G7114G7114G19400G452G3324设置的G7114G19400内G712G3926果G8821G7389检测G2052G19202盘输入G712设备操G1328系统将断G5332用户G2656交换机G1055G19400的连接G452设置禁用IP地址G16311析G10317G5627G3324交换机默认配置的G5785G1929下G712当输入G980条错误的交换机命G1208G7114G712交换机会尝试将G1866广播给G13605G13488G990的G39NS服务器并将G1866G16311析成对应的IP地址G452利用命G1208G81OIPDOMG68IG81LOOKUPG452G2499G1209禁用这G1022G10317G5627G452基本参数的配置G3926图51G6164示SWIG87CHG72G81SWIG87CHCOG81FIGG87EG81G87G72G85COG81FIGUG85G68G87IOG81COMMG68G81DG86,OG81G72PG72G85LIG81G72EG81DWIG87HCNTL/ZSWIG87CHCOG81FIGHOG86G87G81G68MG72ACCG72G86G86SWIG87CH1ACCG72G86G86SWIG87CH1COG81FIGG72G81G68G69LG72G86G72CG85G72G87123ACCG72G86G86SWIG87CH1COG81FIGLIG81VG87Y04ACCG72G86G86SWIG87CH1COG81FIGLIG81G72LOGIG81LOGIG81DIG86G68G69LG72DOG81LIG81G721,UG81G87ILPG68G86G86WOG85DIG86G86G72G87LOGIG81DIG86G68G69LG72DOG81LIG81G722,UG81G87ILPG68G86G86WOG85DIG86G86G72G87LOGIG81DIG86G68G69LG72DOG81LIG81G723,UG81G87ILPG68G86G86WOG85DIG86G86G72G87LOGIG81DIG86G68G69LG72DOG81LIG81G724,UG81G87ILPG68G86G86WOG85DIG86G86G72G87LOGIG81DIG86G68G69LG72DOG81LIG81G725,UG81G87ILPG68G86G86WOG85DIG86G86G72G87A76A77A78A79A80A81A82A83A84A852配置访问层交换机ACCG72G86G86SWIG87CH1的G12661理IPG451默认G13605G1863访问层交换机G7171OSI参考模型的第2层设备G712即数据G19154路层的设备G452G3252此G712给访问层交换机的每G1022G12483口设置IP地址G7171G8821G5859G1053的G452但G7171G712G1038G1114使G13605G13488G12661理G1166员G2499G1209从远程登录G2052访问层交换机G990进G15904G12661理G712G5529G20047给访问层交换机设置G980G1022G12661理用IP毕业设计论文纸共32页第9页A72A72A72A72A72A72A72A72A72A72A72A72A72A73A72A72A72A72A72A74A72A72A72A72A72A75A72A72A72A72A72A72A72A72A72A72A72A72A72地址G452这种G5785G1929下G712实G19481G990G7171将交换机看成G2656PC机G980样的G1039机G452给交换机设置G12661理用的IP地址只能G3324VLAN1G712即本征VLAN中进G15904G452G12661理VLANG6164G3324的G4388G13605G717119216800/24G712这G18336将访问层交换机ACCG72G86G86SWIG87CH1的G12661理IP地址设G103819216805/24G452G1038G1114使G13605G13488G12661理G1166员G2499G1209G3324不同的G4388G13605G12661理此交换机G712还应设置默认G13605G1863地址1921680254G452G3926图52G6164示ACCG72G86G86SWIG87CH1COG81FIGIG81G87G72G85FG68CG72VLG68G811ACCG72G86G86SWIG87CH1COG81FIGIFIPG68DDG85G72G86G86192168052552552550ACCG72G86G86SWIG87CH1COG81FIGIFG81OG86HUG87DOWG81LINK5CHANG42EG39IG81G87G72G85FG68CG72VLG68G811,CHG68G81GG72DG86G87G68G87G72G87OUPLINEPROTO5UPG39OWNLIG81G72PG85OG87OCOLOG81IG81G87G72G85FG68CG72VLG68G811,CHG68G81GG72DG86G87G68G87G72G87OUPACCG72G86G86SWIG87CH1COG81FIGIFIPDG72FG68ULG87GG72G87G72WG68Y1921680254A77A78A86A87A81A88A89A90A91A92A93A94A95A963配置访问层交换机ACCG72G86G86SWIG87CH1的VTP从G6564G20652效率的角G5242G1998G2469G712G3324本G7669G3265G13605实现中使用G1114VTPG6228G7427G452同G7114G712将分布层交换机G39IG86G87G85IG69UG87G72SWIG87CH1设置成G1038VTP服务器G712G1866G1194交换机设置成G1038VTPG4470户机G452这G18336访问层交换机ACCG72G86G86SWIG87CH1将通过VTP获得G3324分布层交换机G39IG86G87G85IG69UG87G72SWIG87CH1中定G1053的G6164G7389VLAN的G1461G5699G452G3926图53G6164示ACCG72G86G86SWIG87CH1COG81FIGVG87PMODG72CLIG72G81G87A76A77A78A97A87A81A98A99A100A101A102A103A104A105A105A106A107A107A108A109A110A111A105A112A79A113A114A115A914配置访问层交换机ACCG72G86G86SWIG87CH1G12483口基本参数G12483口G2464G5049配置G2499G1209设定G12483口G7693据对G12483设备G2464G5049类型G14270G2172G16855G6984本G12483口G2464G5049模G5347G712也G2499G1209G5390制将G12483口G2464G5049模G5347设G1038半G2464G5049G6122全G2464G5049模G5347G452设置访问层交换机ACCG72G86G86SWIG87CH1的G6164G7389G12483口均G5049G1328G3324全G2464G5049模G5347G452G3926图54G6164示ACCG72G86G86SWIG87CH1COG81FIGIFG85G68G81GG72IG81G87G72G85FG68CG72G85G68G81GG72FG68G86G87G72G87HG72G85G81G72G870/124ACCG72G86G86SWIG87CH1COG81FIGIFG85G68G81GG72DUPLG72XFULL毕业设计论文纸共32页第10页A72A72A72A72A72A72A72A72A72A72A72A72A72A73A72A72A72A72A72A74A72A72A72A72A72A75A72A72A72A72A72A72A72A72A72A72A72A72A72A76A77A78A116A117A118A119A120A87A81G12483口G17907G5242设置G2499G1209设定G12483口G7693据对G12483设备G17907G5242G14270G2172G16855G6984本G12483口G17907G5242G712也G2499G1209G5390制将G12483口G17907G5242设G103810G48PG69G86G6122100G48G69PG86G452设置访问层交换机ACCG72G86G86SWIG87CH1的G6164G7389G12483口的G17907G5242均G1038100G48G69PG86G452G3926图55G6164示ACCG72G86G86SWIG87CH1COG81FIGIFG85G68G81GG72IG81G87G72G85FG68CG72G85G68G81GG72FG68G86G87G72G87HG72G85G81G72G870/124ACCG72G86G86SWIG87CH1COG81FIGIFG85G68G81GG72G86PG72G72D100A76A77A78A77A117A118A121A122A80A815配置访问层交换机ACCG72G86G86SWIG87CH1的访问G12483口访问层交换机ACCG72G86G86SWIG87CH1G1038VLAN10G451VLAN20G6564G1391接入服务G452设置访问层交换机ACCG72G86G86SWIG87CH1的G12483口120G5049G1328G3324访问G708接入G709模G5347G452同G7114G712设置G12483口110G1038VLAN10的成员G712G12483口1120G1038VLAN20的成员G452G3926图56G6164示ACCG72G86G86SWIG87CH1COG81FIGIG81G87G72G85FG68CG72G85G68G81GG72FG68G86G87G72G87HG72G85G81G72G870/110ACCG72G86G86SWIG87CH1COG81FIGIFG85G68G81GG72G86WIG87CHPOG85G87MODG72G68CCG72G86G86ACCG72G86G86SWIG87CH1COG81FIGIFG85G68G81GG72G86WIG87CHPOG85G87G68CCG72G86G86VLG68G8110ACCG72G86G86SWIG87CH1COG81FIGIFG85G68G81GG72IG81G87G72G85FG68CG72G85G68G81GG72FG68G86G87G72G87HG72G85G81G72G870/1120ACCG72G86G86SWIG87CH1COG81FIGIFG85G68G81GG72G86WIG87CHPOG85G87MODG72G68CCG72G86G86ACCG72G86G86SWIG87CH1COG81FIGIFG85G68G81GG72G86WIG87CHPOG85G87G68CCG72G86G86VLG68G8120A76