Mobile IP is a key technology for mobile compute.
移动IP是实现“移动计算”的关键技术。
This paper analyzes mobility scenarios, especially mobile IP scenario.
分析了IP的移动性方案，特别是移动IP方案。
The paper introduces mobile IP protocol, analyzes its location management.
本文介绍了移动IP协议、分析了移动IP的位置管理；
It has become more meaningful to use DRSVP to support mobile IP technology.
其中DRSVP得到了广泛的应用，用它来支持移动IP技术更加具有现实意义。
The route update time of micro-mobility protocol is shorter than mobile IP.
采用微观移动协议时的路径更新时间远小于只使用移动IP协议时的情形；
Handoff latency is a key problem that holds back the application of mobile IP.
移动IP技术中的切换延时是阻碍移动IP技术广泛应用的关键问题。
Finally application of mobile IP in mobile communication is briefly introduced.
最后简要介绍了移动IP在移动通信中的应用。
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。
However, there appear many problems when RSVP is applied to Mobile IP -based networks.
然而把现有的RSVP应用于移动IP网络就会存在许多问题。
This paper focuses on the research and implementation of protocol standard of Mobile IP.
本论文的研究方向是移动IP协议规范及其实现。
There are large handoff latency and the packet being easier to lose on mobile IP handoff.
移动IP切换存在切换延迟大，数据包易丢失的问题。
We introduce the frame of cellular mobile IP network and give some solutions about handoff.
给出了蜂窝移动IP网络的构架，对其提出了相应的越区切换的解决方案。
Aiming at the problems happened when RSVP works with mobile IP, the paper presents a scheme.
针对目前在移动IP上使用RSVP协议出现的问题提出了一种方案。
The mobile IP handoff technology is one of the most important technologies in the 3G and 4G.
其中移动IP技术就是3G乃至4G移动通信网络的重要技术之一。
Key issues existed in current mobile IP are pointed out and relevant solutions are discussed.
然后指出了目前移动IP中存在的主要问题，并探讨了相应的解决办法。
Now mobile IP and IP multicasting technology are all important areas of Internet communication.
移动IP与IP多播技术都是当前通信领域的热点。
Now more and more people take care of mobile IP, but the routing is one of its serious defects.
目前移动IP技术越来越引起人们的关注，但路由问题一直是它的一个严重缺陷。
Thus, the Internet Engineering Task Force (IETF) established the Mobile IP for the mobile IP protocol.
为此，互联网工程工作小组制定了移动IP协议。
A distributed location management scheme for Mobile IP Regional Registration is proposed in this paper.
提出了一种区域注册移动IP的分布式位置管理方案。
But the current Mobile IP solution still has some problem in the aspects of route, handoff and registration.
但现有的移动IP解决方案在路由、切换、注册等方面还不够优化。
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。
It compares and contrasts Mobile IP with traditional routing protocols to clearly define its role in the network.
并将移动IP与传统路由协议进行比较，明确定义其在网络中的作用。
Nevertheless, Mobile IP is not designed to support fast handoff and seamless mobility in handoff-intensive environments.
然而，移动IP并没有被设计来支持切换频繁环境中的快速和无缝切换。
Then an address assignment project for the automatic configuration is proposed on the basis of the hierarchical Mobile IP scheme.
基于分层分布式移动IP方案提出了一种自动IP地址分配方案。
By using authentication, this solution avoids the counterfeit attack and replay attack directed against the Mobile IP register process.
该方案通过对移动IP注册消息的认证，避免了针对注册过程的假冒攻击和重发攻击。
In the next generation wireless and mobile networks, mobile IP is a network layer solution to this problem and is playing a role of footstone.
移动IP正是解决这一问题的网络层方案，它已成为未来移动通信的基石。
Numerical results show that the chained foreign agent hierarchical mobile IP scheme outperforms the other two under small home handoff threshold.
数值结果表明，链状外地代理的分层移动IP方案适用于家乡切换门限值较小时的移动场景。
Among the schemes of mobile IP and RSVP integration, common router's computation is the key to reduce RSVP path handoff delay and end-to-end cost.
在移动IP和RSVP相互集成的方案中，为减少RSVP路径切换延迟，降低端端路径代价，公共路由器的选择是一个关键。
Among the schemes of mobile IP and RSVP integration, common router's computation is the key to reduce RSVP path handoff delay and end-to-end cost.
在移动IP和RSVP相互集成的方案中，为减少RSVP路径切换延迟，降低端端路径代价，公共路由器的选择是一个关键。
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