小灵通技术也广泛应用于终端无线漫游，即市话网到用户终端之间的“最后一米”。
PHS technology is also a popular option for providing a wireless local loop, where it is used for bridging the "last mile" gap between the POTS network and the subscriber's home.
基本的问题是：Linux系统是否有能力与无线网络中的其他接入点相结合，来为固定节点和漫游的无线客户机提供连接？
The fundamental question is this: is a Linux system capable of integrating with other access points in a wireless network to provide connectivity between fixed nodes and roaming wireless clients?
waproamd是用于支持Linux无线扩展(v15或更新版本)的IEEE 802.11NICs的漫游后台程序(roaming daemon)，已经在Debian Linux上做过了测试。
Waproamd is a roaming daemon for wireless IEEE 802.11 NICs supporting Linux wireless extensions (v15 or newer), and was tested on Debian Linux.
另外一些软件则无需占用很少资源，因为它们在漫游过程中随时下载，但是这需要用户具备良好的手机或者Wi-Fi无线信号，至少在导航开始的时候。
Others are much slimmer, because they download the apps on the fly, but these require you to have good cellular or Wi-Fi coverage at least at the start of a navigation session.
在多个接入点的无线网络中，运用漫游和桥接功能可以将无线网络的空间加以拓展，使办公环境更加方便、快捷。
Wireless networks with a number of access points can expand their space by using the function of roaming and bridging in order to get the office environment more convenient and faster.
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。
Compared with complex wireless cell networks, the mobility management and handoff in mobile IP is very simple.
与无线ip电话，您的劳动人口可以漫游的销售楼，办公室，校园，或仓库，回答客户的查询和存取公司的数据，如一个库存数据库。
With wireless IP phones, your workforce can roam the sales floor, office, campus, or warehouse, answering customer inquiries and accessing company data, such as an inventory database.
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.
多信道漫游FLEX协议是适用于高速寻呼的无线通讯标准协议。
The multi-channel, roaming FLEX protocol has been adopted as a standard for high speed roaming paging in China.
另外，本方案采用三层密钥结构进一步增强了无线网络的安全性，实现了安全快速的漫游。
In addition, the solution has enhanced wireless network security by using three-level key structures and achieves a secure fast roaming.
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.
在任何环境下的自由漫游对用户具有极大的吸引力，同时无线移动用户也希望享有传统（有线）互联网用户全部的网络功能。
Mobile users are interested in roaming and exploiting the technology at their fingertips, as wireless networks bring closer the"anything, anytime, anywhere"promise of mobile networking.
在任何环境下的自由漫游对用户具有极大的吸引力，同时无线移动用户也希望享有传统（有线）互联网用户全部的网络功能。
Mobile users are interested in roaming and exploiting the technology at their fingertips, as wireless networks bring closer the"anything, anytime, anywhere"promise of mobile networking.
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