应用程序员通过调用该平台提供的接口，便可快捷高效地设计出自己的基于MPEG-4的流媒体应用系统。
The programmer can design a stream media system based on MPEG-4 conveniently and effectively by calling the interface supported by the platform.
此方法中，只有一小部分应用程序驻留在的您系统中，其余的部分存在于流媒体服务器上并且需要时发送给您。
In this method, a small part of the application resides on your system, and the rest of the component lies on the streaming server and is sent to you on demand.
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。
Application system, international standard and fundamental research of streaming media are being focus of industry and scientific research institution recently.
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。
Scheduling technology of server channel is an effective approach for addressing the bottleneck problem of resources in large scale streaming media application systems.
于是应用P2P模式解决流媒体服务系统的瓶颈问题成为当前研究的热点。
Thus, applying the P2P model in streaming media system to address the bottleneck problem becomes a current research hotspot.
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。
This paper mainly studies irreciprocal application layer multicast system facing single source streaming media.
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。
Finally, client part in cabled environment is ported to embedded system and thus this paper completely realized the streaming media application in wireless environment.
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 instructional website of streaming media application is constructed to provide Working interface for the system.
C/S结构的流媒体网络点播和直播系统，由于服务器及带宽限制，无法提供大规模的应用。
The streaming media network on-demand and live system of C/S structure cannot provide large-scale applications because of the restriction of server and bandwidth.
论文最后对所做的工作进行了总结，对流媒体课件点播系统的应用前景进行展望，并指出了进一步的研究方向。
Final paper for the work carried out summary, prospected the streaming media courseware on demand system applications, and indicated that further research directions.
在开放式多媒体应用平台上，利用流媒体技术，开发多媒体终端，实现移动VOD系统，应用前景广泛。
It has an advanced prospect to develop multimedia terminal and realize VOD system by using stream media technology based on open multimedia applying platform.
本文介绍流媒体技术的工作原理和技术特点，探讨流媒体技术在远程教育系统中的具体应用和实现方案。
The article introduces the theory and features of stream media technology, and probes into its application in distance education system.
本文首先分析了网络多媒体应用中常用的流媒体技术，视频压缩编码技术。从当今流行的视频应用系统中指出视频应用的关键性问题。
This thesis analyzes stream media technology and video compression coding technology, then points out the key problems in networked multimedia application from many popular video transmission systems.
面向流媒体应用的存储系统包括几个子系统：文件系统、PCI设备驱动程序、RAID算法、SCSI驱动程序与管理控制子系统。
Stream media oriented storage systems will include subsystems as follow: file system, PCI device driver, RAID arithmetic, SCSI device driver and operation management system.
本论文以嵌入式远程视频监控系统在实际中的应用为目的，对视频压缩标准MPEG - 4和流媒体技术进行了比较深入的研究并实现，具有实际应用的价值。
This paper aims to study embedded network video surveillance system in practical applications. The MPEG-4 standard and Streaming Media technology are studied deeply and realized in our system.
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。
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.
在数字有机体流媒体系统中，流媒体组播业务是一项主要的系统应用。
In the stream media system, multicast application is one kind of important application services.
本发明还公开了一种应用上述流媒体服务器负荷分担方法的流媒体系统。
The invention also discloses a stream media system, which applies the stream media server load sharing method.
从VOD系统出发，具体介绍了流媒体技术在数字图书馆建设中的应用，并指出了其研究方向。
From the VOD system, this paper concretely introduces the applications of the streaming media technique in the development of digital library. Finally, the author points out its research dir...
本文基于“中国下一代互联网大规模路由和组播技术的研究与试验”项目，对应用层组播流媒体系统中的核心——流媒体处理技术进行了研究与实现。
This thesis makes research and implementation on the key technology in the ALM video living system—streaming media processing which is based on the project of CNGI(China Next Generation Internet).
本文基于“中国下一代互联网大规模路由和组播技术的研究与试验”项目，对应用层组播流媒体系统中的核心——流媒体处理技术进行了研究与实现。
This thesis makes research and implementation on the key technology in the ALM video living system—streaming media processing which is based on the project of CNGI(China Next Generation Internet).
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