Therefore, the major mobile operators are actively building a third-generation mobile communications networks.
因此，各大移动运营商都在积极建设第三代移动通信网络。
WCDMA, CDMA2000 and TD-SCDMA are the scenarios on the third Generation mobile communications, some key techniques are consistent in these schemes.
CDMA2000和TD—SCDMA都已经成为了第三代移动通信的方案，而其中的一些关键技术基本一致。
The third generation mobile communications systems have the advantage of large capacity, low consumed power, fine voice quality and confidentiality.
第三代移动通信系统具有容量大，功耗低，通话质量高和保密性好等优点。
Performance simulation is very important to the research of smart antenna technology, which is one of the key technologies in third generation mobile communications.
性能仿真对于作为第三代移动通信关键技术之一的智能天线技术的研究具有十分重要的意义。
Frequency selective channel is one of the important problems in new generation mobile communications, and equalization technologies are applied to combat the influence of this channel.
在新一代移动通信系统中，频率选择性信道是系统所要面对的一个关键问题。
As voice communications is the primary media of communication for human being, it plays a very important role from public switched telephone network to the third generation mobile communications.
话音是人与人之间交流的主要方式，从最早出现公共交换电话网络到现在的第三代移动通信，语音通信是其最基本的功能。
We discuss the applications of MIMO in new generation mobile communications. We analyse Shannon Capacity and Probability of Error in the mobile communications system when it USES MIMO Technology.
探讨了MIMO在新一代移动通信系统中的应用，分析了在不增加带宽的情况下应用MIMO技术后移动通信系统的容量、误码率。
The next generation of mobile communications will see multi-mode, multi-band and multi-functional systems in more compact and faster mobile devices with the help of these configurable antennas.
移动通信的下一代将看到这些配置的天线可以多模式，多波段更紧凑，更快的移动设备和多功能系统。
The next generation of mobile communications will see multi-mode, multi-band and multi-functional systems in more compact and faster mobile devices with the help of these configurable antennas.
移动通信的下一代将看到这些配置的天线可以多模式，多波段更紧凑，更快的移动设备和多功能系统。
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