摘要
针对校园网内可分配使用的IPv4地址已经耗尽,无法满足"互联网+"背景下各种网络终端接入校园网的应用需求问题.首先,提出IPv6技术解决方案,介绍已有相关研究成果及IPv6相关技术.然后,以某高校IPv6校园网过渡为例,对IPv6校园网工程建设周期的各个环节进行详细介绍.最后,在Cisco Packet Tracer模拟器中设计了简单的拓扑结构对其进行了实验仿真及连通性测试.仿真实验过程表明,这种方式可以使学习者快速的掌握IPv6校园网过渡相关技术、克服了真实网络环境下进行IPv6实践研究条件不足之处.
In view of the campus network can be allocated IPv4 address has been exhausted, and unable to meet the application requirements of various network terminal access to campus network over Internet ＋ background. First, put forward the solution of this problem with IPv6 technology, and introduced the related research results and IPv6 related technologies. Then, take a university in the current IPv4 campus network background to build IPv6 network as an example, introduce all links of IPv6 campus network construction cycle in detail. Finally, a simple topology is designed in the Cisco Packet Tracer simulator and its simulation implementation and connectivity testing are carried out. The simulation practice shows that this way enables learners to grasp the related technologies of IPv6 campus network transition related technologies quickly and overcome the deficiency of IPv6 practice research in real network environment.
作者
李勇
Li Yong(Department of Information Engineering,Qujing Normal University,Qujing Yunnan 655011,China)
出处
《曲靖师范学院学报》
2018年第6期53-56,共4页
Journal of Qujing Normal University
关键词
IPV6校园网
过渡技术
隧道技术
校园网仿真
IPv6 eampus network
Transition technology
Tunnel technology
Campus network simulation
