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移动PI-HMIPv6快速切换技术及仿真分析

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本文主要探究了移动PI-HMIPv6快速切换技术的基本原理和运行流程.采用对照试验方法,使用网络仿真器NS-2 软件搭建仿真环境,设定好仿真参数后,对比了MIPv6、HMIPv6 和PI-HMIPv6 三种协议下移动节点的切换时延.仿真结果表明,移动节点无论是在域内切换还是在域间切换,PI-HMIPv6 的切换时延均维持在 300~500 ms之间,明显低于MIPv6和HMIPv6.由此可得,移动PI-HMIPv6快速切换技术能够将切换时延维持在较低水平,满足了通信业务的实时性要求.
Mobile PI-HMIPv6 Fast Switching Technology and Simulation Analysis
This paper mainly explores the basic principle and operation flow of mobile PI-HMIPv6 fast switching technology.A control test method was used to build a simulation environment with NS-2 software,and after setting simulation parameters,the handover delay of mobile nodes under MIPv6,HMIPv6 and PI-HMIPv6 protocols was compared.The simulation results show that the switching delay of PI-HMIPv6 is be-tween 300 and 500 ms,which is significantly lower than that of MIPv6 and HMIPv6.It can be concluded that the mobile PI-HMIPv6 fast switching technology can keep the switching delay at a low level,and meet the real-time requirements of communication services.

PI-HMIPv6 switching technologyduplicate address detectiondata link layerintra-domain handover

杨哲、陈云柯

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中国信息通信研究院,北京

PI-HMIPv6切换技术 重复地址检测 数据链路层 域内切换

2024

科学技术创新
黑龙江省科普事业中心

科学技术创新

影响因子:0.842
ISSN:1673-1328
年,卷(期):2024.(10)
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