高技术通讯
高技術通訊
고기술통신
HIGH TECHNOLOGY LETTERS
2014年
10期
64-74
,共11页
张云男%唐积强%闫健恩%张兆心
張雲男%唐積彊%閆健恩%張兆心
장운남%당적강%염건은%장조심
网络环境%自动构建%形式化描述语言%KVM虚拟化
網絡環境%自動構建%形式化描述語言%KVM虛擬化
망락배경%자동구건%형식화묘술어언%KVM허의화
network environment%automatic construction%formal description language%KVM virtualization
针对传统网络环境构建存在成本高、效率低、可控性差的问题,进行了虚拟网络环境自动化构建技术研究,提出了一种基于KVM虚拟化的网络环境自动构建新技术:首先形式化描述真实网络,根据描述结果利用基于内核的虚拟机(KVM)和Click虚拟化生成主机、路由器,然后采用终端路由器路由表洪泛(TRTF)算法计算路由表信息,通过脚本技术对主机与路由器自动设置,形成最终虚拟网络。实验结果表明,利用本文构建算法,构建规模100个节点的网络环境仅需95s。在构建网络中进行了DDoS模拟实验,结果表明网络连通性状况良好,构建网络可用于网络安全事件重现。
針對傳統網絡環境構建存在成本高、效率低、可控性差的問題,進行瞭虛擬網絡環境自動化構建技術研究,提齣瞭一種基于KVM虛擬化的網絡環境自動構建新技術:首先形式化描述真實網絡,根據描述結果利用基于內覈的虛擬機(KVM)和Click虛擬化生成主機、路由器,然後採用終耑路由器路由錶洪汎(TRTF)算法計算路由錶信息,通過腳本技術對主機與路由器自動設置,形成最終虛擬網絡。實驗結果錶明,利用本文構建算法,構建規模100箇節點的網絡環境僅需95s。在構建網絡中進行瞭DDoS模擬實驗,結果錶明網絡連通性狀況良好,構建網絡可用于網絡安全事件重現。
침대전통망락배경구건존재성본고、효솔저、가공성차적문제,진행료허의망락배경자동화구건기술연구,제출료일충기우KVM허의화적망락배경자동구건신기술:수선형식화묘술진실망락,근거묘술결과이용기우내핵적허의궤(KVM)화Click허의화생성주궤、로유기,연후채용종단로유기로유표홍범(TRTF)산법계산로유표신식,통과각본기술대주궤여로유기자동설치,형성최종허의망락。실험결과표명,이용본문구건산법,구건규모100개절점적망락배경부수95s。재구건망락중진행료DDoS모의실험,결과표명망락련통성상황량호,구건망락가용우망락안전사건중현。
The study was conducted to challenge the problems of high cost, low efficiency, poor controllability of the traditional method for construction of network environments, and a novel technique for automatic construction of virtual networks based on the virtualization using a kernel based virtual machine (KVM). The new technique can be stated below. Firstly, it gives a formalized description of a real network to be structured, and based on the result of the formalized description, it takes advantage of the KVM and the Click virtualization to produce the host and the router in the network. And then, it uses the terminal router routing table flooding (TRTF) algorithm to calculate the routing table, and the host and the router set up themself by running a script. At this time a virtual network is formed. The experimental results indicate that it cost 95s to structure a network having 100 nodes, and the DDoS simulation on the virtual network shows that the network connectivity is in good condition.