计算机应用与软件
計算機應用與軟件
계산궤응용여연건
Computer Applications and Software
2015年
9期
112-115,160
,共5页
姚忠将%刘金刚%景全亮%李萌%毕经平
姚忠將%劉金剛%景全亮%李萌%畢經平
요충장%류금강%경전량%리맹%필경평
IS-IS 网络监测%内部网关协议%可视化
IS-IS 網絡鑑測%內部網關協議%可視化
IS-IS 망락감측%내부망관협의%가시화
Intermediate system to intermediate system (IS-IS)%Network monitoring%Interior gateway protocol%Visualisation
随着互联网应用的日趋广泛,网络的正常运行变得越来越重要,网络路由监测成为网络管理的重要组成部分。网络路由监测最常用的方法就是分析内部网关协议报文。IS-IS(Intermediate system to Intermediate system)协议是目前ISP广泛应用在大型网络中的内部网关协议之一。在对目前比较成熟的面向IS-IS网络的路由监测系统充分研究的基础上,设计并实现了一款针对IS-IS网络的NetMonitor系统。此系统较现有系统占用网络资源少,部署简单,能提供可视化的网络拓扑以便客观发现并分析网络中的异常。介绍系统整体架构与模块划分,详细阐述路由异常发现方法,提出网络采集设备的部署方案。通过使用仿真网络环境对系统测试,实验结果证实该系统满足网络监测对可靠性和实时性的要求,为网络运营管理提供决策依据。
隨著互聯網應用的日趨廣汎,網絡的正常運行變得越來越重要,網絡路由鑑測成為網絡管理的重要組成部分。網絡路由鑑測最常用的方法就是分析內部網關協議報文。IS-IS(Intermediate system to Intermediate system)協議是目前ISP廣汎應用在大型網絡中的內部網關協議之一。在對目前比較成熟的麵嚮IS-IS網絡的路由鑑測繫統充分研究的基礎上,設計併實現瞭一款針對IS-IS網絡的NetMonitor繫統。此繫統較現有繫統佔用網絡資源少,部署簡單,能提供可視化的網絡拓撲以便客觀髮現併分析網絡中的異常。介紹繫統整體架構與模塊劃分,詳細闡述路由異常髮現方法,提齣網絡採集設備的部署方案。通過使用倣真網絡環境對繫統測試,實驗結果證實該繫統滿足網絡鑑測對可靠性和實時性的要求,為網絡運營管理提供決策依據。
수착호련망응용적일추엄범,망락적정상운행변득월래월중요,망락로유감측성위망락관리적중요조성부분。망락로유감측최상용적방법취시분석내부망관협의보문。IS-IS(Intermediate system to Intermediate system)협의시목전ISP엄범응용재대형망락중적내부망관협의지일。재대목전비교성숙적면향IS-IS망락적로유감측계통충분연구적기출상,설계병실현료일관침대IS-IS망락적NetMonitor계통。차계통교현유계통점용망락자원소,부서간단,능제공가시화적망락탁복이편객관발현병분석망락중적이상。개소계통정체가구여모괴화분,상세천술로유이상발현방법,제출망락채집설비적부서방안。통과사용방진망락배경대계통측시,실험결과증실해계통만족망락감측대가고성화실시성적요구,위망락운영관리제공결책의거。
With the growing wider application range of Internet,the normal operation of network becomes increasingly important,to monitor network routings becomes an important part of network management.The most common methods of monitoring the network routings are to analyse the interior gateway protocol packets.IS-IS protocol is currently one of the interior gateway protocols which the ISP widely uses in large-scale network.Based on the full study of relatively mature IS-IS network-oriented routing monitoring system,we design and implement a NetMonitor system for IS-IS network.This system takes up less network resources than the existing system,is simple in deployment,and can provide visualised network topology in order to objectively identify and analyse network anomalies.This paper describes the overall system architecture and module division,elaborates the finding method of routing anomalies,and presents deployment scheme of network acquisition devices.By using a simulated network environment to test the system,the experimental results confirm that the system meets the requirements of network monitoring on reliability and real-time property,and provides the basis of decision-making for network operations management.