Creating a customized MPEG-4 player.
创建定制MPEG - 4播放器。
Preparing MPEG-4 content for delivery.
准备发布的MPEG - 4内容。
MPEG-4 content beyond video and audio.
MPEG - 4内容不仅仅是视频和音频。
Using a Web server to deliver the MPEG-4 content has the following advantages.
使用Web服务器发布MPEG - 4内容具有以下优势。
MPEG-4 content played back from storage media doesn't require any special preparation.
从存储介质回放的MPEG - 4内容不需要任何特殊准备。
An information hiding algorithm based on MPEG-4 texture coding was proposed.
提出了一种基于MPEG - 4纹理编码方案的信息隐藏算法。
Inverse Discrete Cosine Transform takes the most of time in MPEG-4 video decoding.
离散余弦逆变换是MPEG - 4视频纹理解码中运算时间开销最大的部分。
It can produce background information, which makes it support MPEG-4 Sprite coding.
它能够生成背景信息，支持MPEG - 4的精灵编码。
Scalable coding and shape coding are two pivotal techniques in MPEG-4 video coding.
可扩展编码和形状编码技术是MPEG - 4视频编码部分的两个关键技术。
Firstly, the thesis introduces the MPEG-4 standard, video encoding and decoding theory.
文章首先分析介绍了MPEG - 4标准和视频编解码的基本知识。
The algorithm can be easily incorporated into the MPEG-4 object-based coding framework.
算法可方便地并入到MPEG- 4基于对象的编码框架中。
You'll also find a surf.mp4 MPEG-4 video file, so you can start playing movies right away.
您还会找到surf.mp4文件，这是一个MPEG-4视频文件，这样就可以立刻开始播放电影了。
Two new algorithms including the repetitive padding and the texture padding were introduced in MPEG-4.
为了支持这种特性，MPEG-4标准引入了两种新的算法：重复填充和纹理填充。
But MPEG-4 content played back over a network needs preparation that depends on the method of transmission.
但是，根据传输的方法不同，需要为通过网络回放的MPEG - 4内容进行不同的准备。
The performance of video object segmentation algorithm has the direct effect on quality of MPEG-4 products.
视频对象分割算法的性能好坏将直接影响MPEG-4编码产品的质量。
You can use the XMTBatch tool from the IBM Toolkit for MPEG-4 as a development environment for XMT programs.
您可以用IBM MPEG - 4工具包中的工具XMTBatch作为XMT程序的开发环境。
Support for proprietary formats such as QuickTime and patent-encumbered formats such as MPEG-4 will be optional.
还可以可选地支持QuickTime等专有格式和MPEG - 4等受专利限制的格式。
If you use a Web server to serve the MPEG-4 content, you should first convert the content to an interleaved format.
如果通过Web服务器提供MPEG - 4内容服务，那么首先要把内容转变成交替存储格式。
In view of mimicking the face expressions and motions, a new method of face animation based on MPEG-4 is introduced.
在模拟人脸表情和动作方面，本文给出了一种新的基于MPEG - 4人脸动画的方法。
This paper addresses an adaptive rate control scheme for MPEG-4 video based on an end-to-end architecture over Internet.
介绍了因特网上一种端到端的MPEG - 4视频网络传输结构的自适应码率控制方案。
The MPEG-4 files should be in the IBM interleaved format (see Web server based delivery over HTTP, later in this article).
MPEG-4文件的格式应当是IBM交替存储格式（请参阅本文后面的通过HTTP基于Web服务器的发布）。
The structure of the 4th edition of MPEG-4 video verification model and the main coding tools and algorithms are described.
文中描述了第四版MPEG-4视频验证模型的结构及其提供的主要编码工具和算法。
At the same time, the receiver can get the preferable quality of playing MPEG-4 files in the appointed range of time delay.
同时，接收端可以在指定的时延范围内，获得较好的MPEG - 4流播放质量。
The configuration of MPEG-4 audio encoder is introduced in this paper. Severalimportant main encoders are described in detail.
文中介绍了MPEG - 4音频编码器的构成，并详细说明了其中几种主要编码器的基本原理。
The experimental results for the MPEG-4 test sequences demonstrate the good segmentation performance of the proposed approach.
对MPEG - 4测试序列的实验结果表明，本方法具有良好的分割性能。
This paper discussed the implementation of MPEG-4 in the consumer electronics product on the basis of PMP developed by our company.
本文以我公司开发的PMP产品为例，探讨了MPEG-4视频解压缩技术在电子产品的应用。
Even though MPEG is typically associated with video and audio compression, the MPEG-4 standard encompasses many more elements (streams).
虽然MPEG通常与视频和音频压缩联系在一起，但是MPEG - 4标准还包含许多其他元素(流)。
The toolkit supports an IBM-specific interleave format, based on the MPEG-4 standard M4Mux interleaving, that works well over HTTP delivery.
MPEG - 4工具包支持IBM特定的交替存储格式，基于MPEG - 4标准的M4Mux交替存储方式很适合通过HTTP的发布。
This paper has introduced the scalable coding of MPEG-4, and focuses on the space scalable coding which is discussed and studied by many people.
本文主要介绍了MPEG - 4的分层编码，重点放在目前大家讨论和研究比较多一些的空域分层编码上。
The programmer can design a stream media system based on MPEG-4 conveniently and effectively by calling the interface supported by the platform.
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。
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