The instructional website of streaming media application is constructed to provide Working interface for the system.
构建流媒体教学应用网站为系统的实际应用提供工作界面。
The mobile streaming media application is an application of high data bandwidth which is the most valuable new service among the 3g network based services.
移动流媒体应用是基于3g独特高数据带宽的业务应用，是3g业务网络中最具市场潜力的增值业务类型。
Scheduling technology of server channel is an effective approach for addressing the bottleneck problem of resources in large scale streaming media application systems.
服务器通道调度技术是解决大规模流媒体点播应用系统资源瓶颈问题的有效途径。
Finally, client part in cabled environment is ported to embedded system and thus this paper completely realized the streaming media application in wireless environment.
最后，将有线环境下的用户端移植到嵌入式系统下，实现了无线环境下的流媒体应用。
Therefore, researching P2P streaming media technology takes an important significance for solving the server side bottleneck problem in the streaming media application.
因此，研究P 2 P流媒体技术对解决流媒体服务器端的瓶颈问题具有重要的意义。
Application system, international standard and fundamental research of streaming media are being focus of industry and scientific research institution recently.
流媒体的应用系统、国际标准和基础研究正成为目前产业界和科研机构密切关注的焦点。
Streaming media is hot technology for research and application in communication networks nowadays.
流媒体是当今通信网中研究和应用的热门技术。
By research the theory of realization in streaming media technique, the thesis proposed the application and realization of streaming technique on the Internet of campus.
通过研究流媒体技术的实现原理，提出了流媒体技术在校园网中的实现和应用。
With the Internet having entered the age of multimedia communication, media streaming, as a technology for multimedia transmission, is becoming the mainstream application over the Internet.
互联网已经进入多媒体通信时代，流媒体作为一种多媒体传输技术，正逐渐成为互联网的主流应用。
This paper mainly studies irreciprocal application layer multicast system facing single source streaming media.
本论文主要研究了面向单源流媒体非交互式应用的应用层组播系统。
The application prospects of the technology combing P2P with streaming media services are brightening.
因而将P 2 P技术引入流媒体服务中具有广阔的应用前景。
Therefore, how to integrate streaming media algorithms into the field of mobile communications is the focus today, the application of the H. 264in IP-based 3G network performance is analyzed.
因此，如何把流媒体算法更好地切入进移动通信领域，是当今最受关注的热点之一，本文将分析把H.264应用在基于IP的3G网络时的性能。
Streaming media over the Internet is booming nowadays. IP multicast and application layer multicast has become the study hotspots.
近年来，因特网上的流媒体应用得到了迅猛发展，IP组播和应用层组播成为网路中的研究热点。
The paper is to introduce the three kinds of popular streaming media and their application in school education.
本文介绍了市面上较为流行的三种流媒体技术及其在学校教育中应用。
From the source provider, the source layers of streaming media system consist in application layer, foundation layer, network processing layer as well as source storage layer.
从资源提供者的角度来看，流媒体系统的资源层次结构主要由应用层、基础设施服务层、网络处理和存储资源三个层次构成。
Discuss and study the implement method of Streaming Medis Application Layer Multicast based on the Data-Driver ALM according to the protocol of Application Media Layer theory.
本文根据应用层组播的原理和协议，对基于数据驱动的流媒体应用层组播的实现方法进行探讨。
Discuss and study the implement method of Streaming Medis Application Layer Multicast based on the Data-Driver ALM according to the protocol of Application Media Layer theory.
本文根据应用层组播的原理和协议，对基于数据驱动的流媒体应用层组播的实现方法进行探讨。
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