下一代移动通信系统的特征之一是异构网络的融合。
Heterogeneous network is one of the characteristics of next-generation mobile communication systems.
下一代移动通信系统需要实现宽带传输，并能支持多种业务。
The next-generation mobile communication systems are expected to provide wideband transmission for mobiles and support multiple services.
自组织网络和蜂窝网络的融合将为构造下一代移动通信系统奠定基础。
It thinks that convergence of Ad hoc network and cellular network is the basis of the next-generation mobile communication system.
MIMO - OFDM技术将成为下一代移动通信核心技术的解决方案。
MIMO-OFDM could become the core technique solution for next generation wireless communication.
随着研究的不断深入，它已经开始被当作下一代移动通信网络的一种应用方案。
With the continuous development of research, Ad Hoc technology has been an application solution of next generation mobile communication network.
综述了用于下一代移动通信的光纤毫米波副载波通信技术(ROF)的研究进展。
Progresses of millimeter wave subcarrier fiber communication technology (ROF) for future generation mobile communication are summarized in this paper.
下一代移动通信系统是一个高频谱利用率、高传输速率，并可提供多种服务的无线网络。
The next generation mobile communication systems will have higher spectrum efficiency, higher transmission rate, and provide multimedia services to the users.
WCDMA技术正成为通信领域的热点，被人们认为是下一代移动通信体制的主流技术。
WCDMA technique which is considered to be the most promising candidate for the next generation mobile radio system has received increasing attention in communication field.
DSN网络是下一代移动通信核心网的一种组织形式，其核心网是由若干核心网节点组织成的一个P 2 P网络。
DSN network is a kind of organization of the next generation mobile communication network. Its core network is organized into P2P network by a number of core network nodes.
下一代移动通信的目标是以最低的代价（带宽、功率、复杂度）为日益扩大的用户群提供更加可靠、高速的宽带数据业务。
The next generation mobile communication systems aim at providing higher quality and data rate transmission at the minimum lost (power, bandwidth or complexity ) in finite wireless resource.
移动运营商正适时地加强他们的网络技术并准备推出下一代无线通信技术lte。
Mobile operators are duly beefing up their networks and preparing to roll out LTE, the next generation of wireless technology.
下一代移动无线通信系统的目标是实现无所不在的、高质量的、高速率的宽带多媒体通信。
The next generation wireless mobile communication system is expected to provide ubiquitous, high-quality, and high-rate mobile multimedia transmission.
我们正在研究开发的下一代通信系统，包括移动通信和光纤通信。
We are developing the next generation communication systems, which include wireless and optical communications.
下一代移动无线通信系统的目标是实现无所不在的、高质量的、高速率的移动多媒体传输。
The next-generation wireless personal communication systems are expected to provide ubiquitous, high-quality, and high-rate mobile multimedia transmission.
它可以提高系统容量，可以满足人们对下一代无线通信系统高数据传输速率和高的用户移动速度的要求。
It enhances the capacity of the system and meets the request of the high speed of data transmission and user's movement for the next generation mobile communication.
下一代无线移动通信系统的目标是支持高质量高速率的移动多媒体业务。
The goal of next generation wireless mobile communication system is to support high quality, high speed mobile multimedia services.
下一代无线通信系统要求能够在复杂的移动环境下提供更高的传输数据速率和更好的服务质量，以满足人们对多媒体业务日益增长的需求。
The next generation wireless communication systems are expected to provide higher data rate and better quality of service in order to support the multimedia service in the complex mobile environment.
SIP协议已逐步成为下一代网络(NGN)的多媒体软交换系统和第三代移动通信(3 G)多媒体子系统域中的重要协议。
SIP gradually becomes the important protocol in the multimedia Softswitch system and 3g multimedia subsystem area of the next generation network (NGN).
固定移动融合(FMC)是通信行业未来的发展趋势之一，是下一代网络必须具备的能力，也必将成为运营商的业务突破点和业务亮点。
FMC, as a necessary ability of NGN, is the trend of future communication and the key technology for operator to provide services and make competition.
在下一代的全ip移动通信网中，移动性管理是一个非常关键的问题。
In the next generation all-IP mobile communication networks, mobility management is very important.
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。
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.
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