The goal of next generation wireless mobile communication system is to support high quality, high speed mobile multimedia services.
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 future wireless mobile communication systems are expected to provide ubiquitous, high-quality, and high-rate mobile multimedia transmission.
未来无线通信系统的目标是实现随时无缝的高质量、高速率的多媒体和数据业务传输。
The next generation wireless mobile communication system is expected to provide ubiquitous, high-quality, and high-rate mobile multimedia transmission.
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 personal communication systems are expected to provide ubiquitous, high-quality, and high-rate mobile multimedia transmission.
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。
Along with the 3rd generation mobile communication system being gradually applied in business field, subscribers are in stronger expectation of high-speed high-performance mobile multimedia services.
随着第三代移动通信系统逐渐投入商用，移动用户对高质量高速率的移动多媒体业务提出更高的期待。
With the development of UWB technology, it is possible for wireless mobile multimedia to apply to MANET.
随着UWB技术的出现，无线移动多媒体业务在自组网中的应用成为可能。
Compared with present routing protocols based on UWB technology, the protocol is more adaptive to the transmission of wireless mobile multimedia.
与目前已提出的基于UWB技术的路由协议相比，该协议更适合于无线移动多媒体业务的传输。
This dissertation pays attention on call admission control, handoff control, power control and load control for mobile multimedia communication systems.
本文重点研究了多媒体移动通信系统的呼叫允许控制、切换控制、功率控制以及负荷控制等。
Simulation results show that our algorithm is flexible and efficient for mobile multimedia DS-CDMA systems, and the improvement of performance is significant.
仿真结果表明，该策略与传统方式相比能够更灵活有效的配置无线多媒体DS CDMA系统中的无线资源，其性能提高是显著的。
Various mobile multimedia broadcasting standards have been announced, among which China mobile multimedia broadcasting (CMMB) standard is the one worth paying attention to.
国内外各种移动多媒体广播的标准应运而生，中国移动多媒体广播标准(CMMB)就是其中一个值得关注的标准。
In recent years, with the development of mobile communication technology and the rapid popularization of Internet, mobile multimedia services are more and more favored by users.
近年来，随着移动通信技术的飞速发展和互联网络的迅速普及，移动多媒体业务越来越多的受到了用户的青睐。
So capturing and compressing and storing video based on the embedded technique are the groundwork of applications about mobile multimedia terminal, and its perspective will be fine and wide.
因而基于嵌入式技术实现视频的采集、压缩、存储，是移动多媒体终端应用的坚实基础，有着广阔的发展前景。
This paper explains the leading technological solutions of mobile multimedia broadcasting at present, of which three are compared briefly, and finally introduces several new technical solutions.
介绍了几种当前的移动多媒体广播技术方案，对几种主流方案进行了比较，并概述了近期新涌现出的几种新技术方案。
Mobile multimedia services are thought as important services in 3g communication age.
移动多媒体服务被认为是3G通信时代的重要服务。
Mobile multimedia broadcasting means to implement the mobile reception of multimedia information such as video, audio, data and so on by broadcasting technology.
移动多媒体广播是指利用广播技术，实现视频、音频、数据等多媒体信息的移动接收。
In this paper, the frame structure and multiplex characters of China Mobile Multimedia Broadcasting (CMMB) system are analyzed, and a solution scheme of de-multiplexer is presented.
通过对中国移动多媒体广播(CMMB)系统帧结构、复用特征的分析，提出该系统解复用的一种软件实现方法。
In this paper, the frame structure and multiplex characters of China Mobile Multimedia Broadcasting (CMMB) system are analyzed, and a solution scheme of de-multiplexer is presented.
通过对中国移动多媒体广播(CMMB)系统帧结构、复用特征的分析，提出该系统解复用的一种软件实现方法。
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