移动性管理

  • 网络Mobility Management;MM Mobility Management
移动性管理移动性管理
  1. 基于多层小区结构的移动IP移动性管理

    Mobility Management of Mobile IP Based on Multi-tier Cellular Systems

  2. 无线IP网络中移动性管理技术的研究和实现

    Research and Implementation of Mobility Management in Wireless IP Networks

  3. 移动IP网络中移动性管理的指针优化

    The Pointer Optimization Strategy of the Mobility Management in the Mobile IP Networks

  4. 移动IP网络自适应的分层移动性管理

    Adaptive Hierarchical Mobility Management Scheme in Mobile IP Networks

  5. 一种基于P2P的IP网络分层移动性管理方法

    A Hierarchy Mobility Management Method for IP Networks Based on P2P

  6. 当前解决IP网络移动性管理的标准是移动IP协议。

    Mobile IP is the current standard solution for mobility management in IP networks .

  7. 全IP移动通信网网络层移动性管理

    Network Layer Mobility Management of All-IP Mobile Network

  8. 指出了全IP网络中移动性管理的研究方向。

    Finally , the research trend of mobility management in all-IP networks is outlined .

  9. 在RAN中,最重要的功能之一就是移动性管理。

    One of the most important functions in RAN is mobility management .

  10. 全IP通信网络中的移动性管理

    Mobility Management in All-IP Communication Networks

  11. 本文提出了一种网络层和应用层相结合实现IP网络移动性管理的新方案。

    The new mobility management scheme for IP-based network is proposed , integrating network layer and application layer .

  12. 移动性管理和QoS保障机制是全IP移动网络中的两个关键技术。

    Both mobility management and QoS provision mechanism are two key technologies in All-IP mobile network .

  13. 本文首先阐述了全IP移动通信网中的微移动性管理的概念;

    In this paper , a brief survey of the micro-mobility management in the all-IP networks is firstly discussed ;

  14. CDMA无线本地环路中移动性管理系统的设计与实现

    The Design and Implementation of the Mobility Management System in the CDMA Wireless Location Loop

  15. 其中,移动性管理协议是adhoc网络设计、研究的主要技术难点。

    Among them , mobility management algorithms are the main difficulties of design and research on Ad hoc networks .

  16. UMTS全IP无线网络的移动性管理

    Mobility Management in UMTS All-IP Wireless Networks

  17. 切换是LEO卫星移动通信系统中移动性管理的一个重要组成部分。

    Handoff is an important part of mobile management in LEO satellite communication system .

  18. 本文对3G分层系统的移动性管理进行分析,提出优化步骤并进行讨论,得出3G分层系统较3G单层系统性能要好。

    The performance of 3G system with Hierarchical overlays is better than that 3G system with one overlay .

  19. 对全IP的下一代网络中已经采用的以及一些备选移动性管理协议方案进行讨论和比较总结,并针对其中的网络层解决方案MobileIP协议进行了具体分析。

    Analysis and compare mobility management protocol and scheme used in Next-Generation All-IP network , analysis the Mobile IP solution in network-layer in detail . 3 .

  20. SIP和移动IP都是典型的移动性管理协议,也是当前研究的热点,有着广泛的发展前景。

    SIP and mobile IP are both representative mobility management protocol . They are the hotspot in research and will develop well .

  21. 一种对移动IP中移动性管理的改进方法浅评变栅距光栅位移传感器几种位移解算方案

    An Enhanced Approach to Mobility Management of Mobile IP ; A brief discussion about several calculating methods for the displacement sensor based on variable period grating

  22. 连接状态下LTE接入系统内的移动性管理

    LTE Access System Mobility Management Based on Connection State

  23. 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 Mobility management is one of the sub-layers of layer 3 , which mainly fulfills the functions concerning the mobility of the subscriber .

  24. SIP作为IMS会话控制协议在移动性管理中引入了较大的时延并产生了实时切换问题。

    As a Session Control Protocol of IMS , SIP introduces big delay and real-time handover problems .

  25. 下一代网络(NGN)通用移动性管理技术初探

    Generalized Mobility Management for Next Generation Network

  26. TETRA数字集群通信系统移动性管理实体分析与实现

    Analysis and Development of Mobility Management in TETRA Digital Trunked Communication System

  27. 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。

    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 .

  28. TETRA移动性管理实体分析及仿真验证

    The Analysis and Simulation of Mobility Management in TETRA

  29. 针对未来网络全IP化的趋势,以及基于网络层的移动性管理方案,本文对移动IP技术进行了深入的研究与探讨。

    For the trend of future all-IP development , and the mobility management scheme based on network layer , this article deeply researched and probed the mobile IP technology .

  30. 蜂窝IP技术适用于密集区域通信,能够处理由于频繁的位置更新以及跨区切换所带来的移动性管理问题。

    Cellular IP technology is applied to the intensive regional communications , and is able to handle the mobility management which is caused by frequent location updates and cross-handover problems .