无线多媒体网络。
The key to the success of wireless multimedia services is the transmission quality.
多媒体传输质量是多媒体应用成功与否的关键。
This dissertation pays attention to packet scheduling in wireless multimedia packet networks.
本文重点研究了多媒体无线分组网络中的分组调度算法。
This paper presents the implementation of a wireless multimedia DSP chip for mobile communication.
叙述了一种用于移动通信的无线电多媒体DSP芯片的实现。
A new uplink bandwidth resource allocation scheme for broadband wireless multimedia systems was pro - posed.
提出了一种适用于宽带无线多媒体网络的上行无线带宽分配方案。
The paper indicates that wireless multimedia communication is the main trends of personal mobile communication.
指出移动通信的明确方向是由个人便携终端实现无线多媒体通信。
Packet scheduling technology is one of the important technical issues in designing wireless multimedia networks.
分组调度是实现未来无线多媒体网络的关键技术之一。
This dissertation pays attention to buffer management and packet scheduling in wireless multimedia packet networks.
本文重点研究了多媒体无线分组网络中的缓存管理与分组调度算法。
Thus, in this paper, a game theory based cooperative resource management strategy in wireless multimedia networks was proposed.
提出一种基于博弈论的无线宽带网络协作资源管理策略。
The wireless multimedia sensor networks can transmit temperature and image data in multi-hop model with low packet error ratio.
网络能支持温度和图像数据的多跳传输，错包率低。
The purpose of this subject is to design a wireless multimedia system, realizing video, audio and other signals to transmit and deal with in real time.
本次课题的目的就是要设计一个无线多媒体系统，实现视频和音频等信号的实时传输和处理。
On the other hand, power control and data rate allocation are two fundamental techniques for improving the spectral efficiency of wireless multimedia communications.
另一方面，功率控制、数据速度分配也是改善无线多媒体通信频谱利用率的两种基本技术。
This makes it possible to enjoy a variety of feature-rich wireless multimedia services, and it gives you the advantage of offering simultaneous voice and data services.
这使得人们有可能享受功能丰富的无线多媒体服务品种，它给你提供了同步语音和数据服务的优势。
IMEC expresses, obtain high energy efficiency to show ADRES reachs his to compile implement agree with compositive arrive inside device of portable wireless multimedia.
IMEC暗示，获得高能量效率剖明adres及其编译器适合于集成到便携式无线多媒体安装内。
By theoretical analysis and simulation, some conclusions are obtained which are significant and valuable for the design of access control of wireless multimedia communication systems.
通过理论分析和实验仿真得出了一些对无线多媒体业务接入控制的设计具有一定借鉴意义的结论。
On the field of wireless communications, video communications becomes a research hotspot at wireless multimedia communications for it can offers intuitionistic and live vision informations to people .
在无线通信领域中，视频通信因能够给人们提供直观、生动的视觉信息，而成为无线多媒体通信中的研究热点。
Her 73 filed U.S. patents range from networking, Web, security, privacy, multimedia, wireless, pervasive devices, to radio frequency ID.
她申请的73项u.s.专利涵盖的范围从网络、Web、安全、保密、多媒体、无线、普遍设备到无线电频率ID。
Within a few years, the lab built up five core areas of expertise, in speech recognition, multimedia, graphics, wireless, and search, and began pumping out world-class papers and patents.
数年之内，该实验室建立了五项核心专业领域，各为语音辨识、多媒体、绘图、无线和搜寻，且开始发表世界级的论文和专利。
This takes a key step to design the wireless mouse of long distance which will greatly improves multimedia teaching.
这为设计改善多媒体教学的长距离无线鼠标迈出了关键一步。
Wireless Asynchronous Transfer Mode (ATM) network communication system will be applied widely in broad band and multimedia personal communication.
无线异步传输模式(atm)网络通信系统将在宽带和多媒体个人通信得到广泛应用。
Wireless ATM (WATM) networks as one of techniques to provide broadband multimedia communication have been studied extensively in recent years.
无线at M网络作为宽带多媒体通信的一种解决方案，近年来得到了广泛的研究。
Wireless communication is becoming a main part of multimedia communication services and the video coding and transmission are turning into the new research focus.
无线通信正在成为多媒体通信业务的一个新的主体，其视频的编码和传输问题也正在形成新的研究热点。
We propose the concept of wireless se mi real -time multimedia for the new application.
提出了无线“弱实时多媒体业务”的概念。
It is the result of combination of wireless telecommunications and multimedia telecommunications.
它是无线通信技术和多媒体通信技术相结合的产物。
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。
Wireless technology is the focus in communication field because of people's high demand on multimedia capability of multi-services.
基于人类对通信的高要求，即实现多种业务的多媒体能力，无线技术已成为整个通信领域的最大热点。
Future wireless networks will support Gigabit per second multimedia communication between people and devices with high reliability and uniform coverage indoors and out.
未来的无线网络将支持每秒千兆比特、高可靠性和均匀覆盖室内和室外的多媒体通信。
The next generation wireless mobile communication system is expected to provide ubiquitous, high-quality, and high-rate mobile multimedia transmission.
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。
This paper covers the discussion of the new technology to deliver voice, message and multimedia content over a wireless IP network, known as Unlicensed Mobile Access (UMA).
讨论了通过无线ip网络(未授权移动接入)传输语音、消息和多媒体信息的新技术，未授权移动接入技术是向通信技术融合迈进的第一步。
However, due to the limitation of the bandwidth of wireless networks and the capability of mobile devices, multimedia service has not been widely used for mobile devices.
但由于无线网络带宽的限制以及移动终端设备本身的性能限制，移动终端上的多媒体业务还不能大面积推广普及。
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