Mobile IP is the current standard solution for mobility management in IP networks.
当前解决IP网络移动性管理的标准是移动IP协议。
Mobility management is one of the key technologies for convergence of heterogeneous networks, and handover management is especially critical to mobility management.
移动性管理技术是实现异构网络融合的关键技术之一，而切换管理对移动性管理显得尤为重要。
Finally, the research trend of mobility management in all-IP networks is outlined.
指出了全ip网络中移动性管理的研究方向。
In the next generation all-IP mobile communication networks, mobility management is very important.
在下一代的全ip移动通信网中，移动性管理是一个非常关键的问题。
Compared with complex wireless cell networks, the mobility management and handoff in mobile IP is very simple.
与复杂的无线蜂窝网相比，移动IP的移动管理和切换非常简单，并能支持异质网络间的漫游。
In this paper, we have deeply studied a number of relevant key issues about the network-based mobility management.
本论文针对基于网络的移动性管理的若干相关关键问题进行了研究。
State transition signaling and mobility management signaling are both considered in the prediction of total signaling overload.
在信令负荷的预测上同时考虑了状态转移信令和移动性管理信令。
Effective mobility management has become a critical problem in dealing with increasing number of mobile devices accessing the Internet.
随着越来越多的移动终端接入到互联网，IP网络如何提供有效的移动管理成为了一个重要的问题。
Based on the research outcome so far, this paper proposes an approach of mobility management in an all-IP cellular mobile communication system platform.
基于已有的研究成果，本文在全IP蜂窝移动通信系统平台上，提出了一种移动性管理方案。
This paper mainly discusses mobility management algorithm in mobile Internet, which contains unicast mobility management and multicast mobility management.
本文主要研究移动因特网中移动性管理算法，包括单播移动性管理算法和组播移动性管理算法。
This paper reviews the basic concepts and principles in mobility management, and the related handoff management and location management is also introduced.
论文介绍了移动性管理的基本概念和基本原理，对移动性管理所涉及到的切换管理和位置管理进行了介绍。
All these have brought new challenges to mobility management, such as connection-granularity handover control, multi-criteria vertical handover decision making.
这些都给移动性管理带来了新的挑战，如连接级别的切换控制、多判据的垂直切换决策等。
In mobile communications, mobility modeling is involved in many aspects, such as mobility management, radio resource management, handover, traffic analysis, etc.
在移动通信中，移动性建模技术可以广泛用于移动性管理、无线资源管理、移动切换、话务分析等不同方面。
The details of the algorithm are given. Furthermore, the strategy proposed is compared with the basic mobility management strategy and the pointer forwarding strategy.
给出了具体的算法，并对这一策略与基本的移动性管理策略及普通的“指针推进策略”的代价进行对比。
Authentication management is a very important technique in mobility management of mobile network which has a great effect on signaling overhead among different network elements.
鉴权管理是移动通信移动管理中非常重要的技术，其策略的选择将直接影响网络中各网元的信令负荷。
Then, this paper has outlined the representatives of various levels of network protocols, and the network layer mobility management techniques-Mobile IP is investigated in detail.
论文又针对性地对网络各个层次具代表性的协议进行了概述，并对网络层的移动性管理技术——移动IP进行了重点介绍。
The terms broadband and seamless are the main keywords for future wireless communication systems and the mobility management is the most important problem in seamless roaming across systems.
未来无线通信网络的两个最重要的研究问题就是宽带和无缝漫游，而移动性管理是实现网络间无缝漫游的关键难题之一。
Mobility management in MEO/LEO satellite networks is investigated.
论文主要研究MEO／LEO卫星网络中的移动管理问题。
The Mobility management is one of the sub-layers of layer 3, which mainly fulfills the functions concerning the mobility of the subscriber.
移动性管理（MM）是层3的一个子层，它主要完成与用户的移动性相关的一些功能。
The main function of the Mobility Management sublayer is to support the mobility of user terminals, such as informing the network of its present location and providing user identity confidentiality.
MM子层的主要功能是来支持用户终端的移动性，例如告知网络侧关于用户的位置并且保证用户身份的私密性。
The main function of the Mobility Management sublayer is to support the mobility of user terminals, such as informing the network of its present location and providing user identity confidentiality.
MM子层的主要功能是来支持用户终端的移动性，例如告知网络侧关于用户的位置并且保证用户身份的私密性。
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