A streaming media server that stores audio, video, and image data.
一个流媒体服务器存储音频、视频和图像数据。
The inclusion of a streaming media server facilitates the use of video in presentations.
流媒体服务器的加入促进了形象呈现中视频的使用。
Companies such as Apple, Boxee and Roku have offered streaming media players for web video enthusiasts.
包括苹果、Boxee和Roku等公司已经向那些网络视频的狂热爱好者提供了流媒体播放器。
The software distributed with the package is a Windows-only server that combines netboot and streaming media services.
随产品打包发布的软件是一个仅适用于 Windows 的服务器，它结合了网络引导和流媒体服务。
Batching is a simple but efficient scheduling mechanism for streaming media.
批处理是一种简单有效的流媒体调度机制。
Mobile streaming media system is a complex system.
移动流媒体系统是一个比较复杂的系统。
In this paper we design an embedded P2P streaming media system.
论文设计并实现了一个嵌入式的P 2 P流媒体系统。
The appearance of streaming media technology solves these problems.
流媒体的出现，解决了人们所遇到的这些问题。
This paper presented a network attached caching scheme for streaming media.
基于附网存储技术提出了一种用于流媒体的附网缓存方案。
The synchronization of video and audio is very important to streaming media system.
流媒体系统中视音频同步是非常重要的。
Resource schedule is a key technique and an important research field of streaming media system.
在流媒体技术中，资源调度问题是流媒体系统的关键技术和重要研究方向。
Wireless streaming media combines the wireless network technology and streaming media technology.
无线流媒体是无线网络技术和流媒体技术的结合。
This paper mainly discussed the streaming media technology and its transmission way: IP multicast.
本文着重介绍了流媒技术及其底层传输技术——IP多播。
Design of cache system for streaming media based on MOC strategy, discuss the key technology deeply.
基于MOC策略的流媒体代理缓存系统的设计，并对其实现的关键技术进行了深入探讨。
Recently, real-time streaming media data's transmission technology has become hot spot in network field.
近年来，流媒体数据的实时传输技术已成为计算机网络技术领域的研究热点。
Currently, the streaming media based on wireless network is a research focus, and it is also a difficulty.
当前，基于无线网络的流媒体是无线网络应用的一个研究热点，同时也是难点。
It will have more important significance to study, exploit and hold this cardinal streaming media techniques.
研究、开发和掌握这些流媒体核心技术将具有十分重要的意义。
With the Internet rapid development, the applications of streaming media technology are more and more popular.
随着互联网的飞速发展，流媒体技术的应用越来越普及。
Too expensive and difficult to dispose are two deficiencies in traditional streaming media broadcast technology.
传统的流媒体直播技术普遍存在着成本高，网络部署难等诸多问题。
This paper proposes a streaming media transmission system which is able to select transmission path dynamically.
提出了一种具备动态路径选择功能的流媒体传输系统。
This paper introduces what is streaming media and it's superiority, also emphasizes the protocol of streaming media.
该文介绍了流媒体的概念及其优势，重点介绍了流媒体传输协议。
The streaming media, such as video, audio, is a time based media that is transmitted in network by streaming technology.
流媒体是指在网络中使用流式传输技术的连续时基媒体，如：音频、视频。
Thus, applying the P2P model in streaming media system to address the bottleneck problem becomes a current research hotspot.
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。
The implementation of streaming media transport and cache management technologies is very vital for constructing streaming media cache.
流媒体传输技术和缓存管理技术的实现对于构建流媒体缓存至关重要。
Then, the paper describes some related technologies, mainly about streaming media technology and testing technology to streaming media.
然后，论文介绍了系统相关技术，主要有流媒体技术和针对流媒体业务的测试技术。
Based on existing streaming media proxy caching technologies, a proxy caching strategy of prefix caching and suffix merging is proposed.
在研究了现有的流媒体代理缓存技术的基础上，提出了一种前缀缓存后缀合并的代理缓存策略。
The streaming media is the media to use the streaming transmission technology, for example, Audio, Video and other multimedia documents.
流媒体就是使用流式传输技术的媒体，如：音频、视频或其它多媒体文件。
Although streaming media technology is widely used, its multimedia stream playback quality is low because of data transmission delay and jitter.
流媒体技术应用越来越广泛，但数据传输中的延迟、抖动，影响了媒体流播放质量。
The content includes analyzing the file format, process of receiving streaming media data, synchronization of video and audio playing and so on.
内容包括本地媒体文件解析、多媒体数据网络接收过程、音视频同步播放等流程。
The content includes analyzing the file format, process of receiving streaming media data, synchronization of video and audio playing and so on.
内容包括本地媒体文件解析、多媒体数据网络接收过程、音视频同步播放等流程。
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