摘要
针对海上平台网络漫游切换过程中的实效性、便捷性高标准要求,分析了基于静态路由和DHCP动态2种接入方案,对基于IPv6技术实现随遇接入方案的原理进行了简要介绍,搭建了网络测试环境,针对关键技术进行了仿真和分析,提出了基于IPv4/IPv6双栈承载网络数据随遇接入的解决方案。该方案网络架构设计灵活,当海上平台网络中继链路落地点改变时,可自动、快速、准确构建岸船互联网络,具有收敛时间短,不会引起路由表震荡、邻接关系的改变等特点。
In response to the high standard requirements for effectiveness and convenience in the roaming and switching process of offshore platform networks,the static access solution and the DHCP dynamic solution are carefully analyzed.The principle of implementing the random access solution based on IPv6 technology is briefly introduced,and a network testing environment is established with key technologies simulated and analyzed.Then,a random access solution based on IPv4/IPv6 dual stack technology is proposed.The network architecture design of the solution is flexible,and when the location of the relay link in the offshore platform network changes,a shore-ship interconnection network can be automatically,quickly,and accurately built.At the same time,it is also characterized by short convergence time,no routing table oscillation and no changes in adjacency relationships.
作者
韩凯
卢华斌
HAN Kai;LU Huabin(The 54th Research Institute of CETC,Shijiazhuang 050081,China)
出处
《计算机与网络》
2023年第19期38-41,共4页
Computer & Network
