移动IP协议作为传统IP协议的补充，为解决移动型计算机在子网间自由无缝漫游提供了一种方案。
As a supplement to the conventional IP protocol, the mobile IP protocol, provides a solution for the mobile computers to roam freely through the subnets.
在内部和外部网络间进行安全和无缝漫游，在双重和三重隧道间切换，以及保护归属代理和移动节点间的通信。
Secure and seamless roaming between internal and external networks, switching between double and triple tunnel, and protecting communication between home agent and mobile node.
在内部和外部网络间进行安全和无缝漫游，在双重和三重隧道间切换，以及保护归属代理和移动节点间的通信。
Secure and seamless roaming between internal and external networks, switching between double and triple tunnel, and protecting communication between home agent and mobile phone.
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。
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.
本文明确定义了WH“无缝漫游”的含义，并通过仔细分析IEEE802.11基础模式下无线站点的移动，指出IEEE802.11对多跳无线网络中节点移动的支持上存在缺陷。
This paper gives a clear definition of WH's seamless roaming, and points out the limitation of IEEE802.11 infrastructure mode for WH's mobility in multihop Ad hoc network.
用户要求能够地从诊断路由器的问题天衣无缝地转移到求助信息状态，再到用户管理，再到磁盘问题状态等，所有这些都通过漫游实现。
Customers want to be able to move seamlessly from diagnosing a router problem to a helpdesk scenario to user management to a disk problem scenario, all by navigating around.
用户要求能够地从诊断路由器的问题天衣无缝地转移到求助信息状态，再到用户管理，再到磁盘问题状态等，所有这些都通过漫游实现。
Customers want to be able to move seamlessly from diagnosing a router problem to a helpdesk scenario to user management to a disk problem scenario, all by navigating around.
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