移动通信网络中，可重构终端可以通过软件下载使终端动态地改变自身的配置以适应不同的无线接入技术。
Reconfigurable terminals in the mobile communication networks can dynamically changes their configuration by software download to adapt to different wireless access technologies.
无线光码分多址(W -OCDMA)接入网中，数据链路层的媒质接入控制技术(MAC)至关重要，它直接影响网络的性能、带宽利用效率、终端设备的复杂度和成本。
In wireless optical code multiple access (W-OCDMA) network, Media access Control (MAC) is a key issue, which determines network performance, bandwidth efficiency, complexity and cost of terminal.
根据这种方案开发的基于CDMA网络的无线传真接入终端在中兴通讯股份公司的CDMA试验网和CDMA商用网络上测试取得了成功。
The wireless terminal, according to this solution, has carried through on ZTE CDMA wireless test network and using network. In addition, the terminal equipment has been commercial.
未来的终端用户可能配备若干个不同的网络接口，可以在适当的时候接入当前最佳的无线网络获得最优的服务质量。
The future terminal can be equipped with several different wireless interfaces, so that they are capable of accessing information from different access points at anytime and anywhere.
随着无线接入设备性能的提升及使用的普及，无线上网的人数日益增多，这带来了无线终端设备频繁地更新换代。
With the promotion of performance of wireless communication sets, more and more people use wireless Internet, this brings the update of wireless communication sets.
无线移动通信网络与因特网的融合，使得人们可以利用移动通讯终端设备随时随地接入因特网。
The integration of mobile network and Internet enabled people to access to Internet by mobile station equipment whenever and wherever.
然而，终端的移动性，无线链路的低可靠性以及无线带宽资源的有限性等条件限制使得无线接入成为大数据量传输的瓶颈。
However, the mobility effect, unreliable wireless channel condition and limited available wireless spectrum resources are the bottleneck for large traffic transmission.
然而，终端的移动性，无线链路的低可靠性以及无线带宽资源的有限性等条件限制使得无线接入成为大数据量传输的瓶颈。
However, the mobility effect, unreliable wireless channel condition and limited available wireless spectrum resources are the bottleneck for large traffic transmission.
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