After that we deeply discussed the popular MM including Macro-mobility and Micro-mobility, analyzed the corresponding MM schemes especially MIP, SIP and hybrid-MIP/SIP architecture.
在此基础上，本文深入讨论了当前流行的各种移动性管理方案，包括宏观移动性和微观移动性；分析了相应的各种移动性管理方案；重点研究了解决宏移动性的几种移动性管理方案：MIP，SIP和多层MIP／SIP架构。
参考来源 - 无线IP网交互式MIP/SIP移动性管理方案研究·2,447,543篇论文数据，部分数据来源于NoteExpress
结果显示，无论在微移动或宏移动环境中，该机制都可以有效的减少切换时延和分组丢失。
The result shows that, the proposed mechanism reduces the handoff delay and the packet loss ratio both in micro-mobility and macro-mobility environments.
该策略既可以解决移动主机的宏移动，又可以利用现有的蜂窝移动通信系统进行有效的管理移动主机的快速微移动。
The strategy not only can solve the problem of the host 'macro motion, but also can utilize the existing cellular mobile telecommunication system to manage fast micro motion of the hosts effectively.
通过仿真，认为移动IP基本满足网络宏移动的应用，但对于将来的微蜂窝网络下的快速移动应用还不能很好地支持。
The result shows that although Mobile IP may be appropriate for macro mobility applications, its long handoff periods make it unsuitable for micro mobility support.
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