TMDSP是一个可编程多媒体处理器。
用户还可以利用软件独有的多媒体处理技术，录制自己的mp3和MV。
Users can also record their own mp3 and MV, as the software has special multimedia processing techniques.
最后指出同超文本技术结合和多媒体处理是今后的研究课题。
Finally, it indicates that the combination with hyper-text technology and the processing by the multimedia will be the research focus in the future.
声学处理和回声控制拾音和重放是多媒体处理的一个重要领域。
Acoustic processing and echo control Sound pickup and playback is an important area of multimedia processing.
如何在提升多媒体处理能力基础上尽可能降低功耗和制造成本？
How to reduce power consumption and producing cost based on upgrading multi-media processors performances?
采用面向多媒体处理的改进总线结构，实现了硬件平台的可配置和可重用性。
Using improved bus structure method for multimedia processing, reconfigurable and reusable hardware platform was realized.
此外64位软件，特别是游戏软件和图形/多媒体处理软件的性能比32位软件普遍更高。
Also, 64-bit versions of software, especially games and graphics/multimedia programs, will offer much better overall performance.
这种特殊的结构极大地提高了多媒体处理中常见的不对齐数据和块数据的存取效率。
This special architecture greatly promotes execution efficiency of boundary-crossed and block data access operations often found in multimedia processing.
这主要是由多媒体处理的数据访问的灵活性和SIMD技术对算法的规整性的高度依赖性所导致。
This is mainly because the flexibility of the data access in multimedia processing and the high dependence of the SIMD technology upon the algorithm regularity.
本文将详细介绍PA7100LC微处理器的结构设计及其特征，并讨论它对多媒体处理的支持。
In this paper, PA7100LC's architecture design and its features are introduced in detail, and the supports for multimedia processing are also discussed.
基于SIMD技术的媒体处理器在多媒体处理领域凭借着其良好的可编程性和高性能而备受关注。
SIMD media processors have been widely known and used in the area of multimedia processing because of their good programmability and high performance.
文章最后讨论了H . 261视频编码器在多媒体处理芯片TM 1300上的实现与优化问题。
At last, the problem of realization and optimization of H. 261 video codec on TM1300 is discussed.
具有了多媒体处理标准和多媒体DSP处理器之后并不能完成多媒体通讯，最重要的一部分就是代码的编写。
With the multimedia standard and multimedia DSP processor, multimedia communication has not been accomplished, the most important part is coding.
同时程序分析研究发现：对于多媒体处理等许多领域，循环是程序的核心，几乎占据90%以上的程序运行时间。
Reserchers working at program analysis find that loop is kernel of applications such as multimedia, and almost occupies 90 percents of whole program running time.
为了用于实现多媒体数据处理，针对音视频的DSP处理器结构经过了特别优化设计，且提供了丰富的多媒体处理指令集。
The hardware structure of DSP processor core is especially designed for multimedia data processing, and plentiful multimedia data processing instructions are available.
多媒体的出现使计算机摆脱了其只是处理数字和文字的机器的传统角色。
The emergence of multimedia computers out of its deal with figures and characters of machinery in the traditional role.
它们只能处理很少的数据，而一些存储密集的功能，如动画和多媒体，也难以实现。
They could process only so much data, and memory-intensive features, like animation and multi-media, were difficult to program.
多媒体或图像处理应用如GIMP或GIMP插件是这类常被简单称作“硬件加速”优化的最佳候选。
Multimedia or image processing applications like GIMP or GIMP plugins are perfect candidates for this optimisation that is often just called "hardware acceleration".
桌面版面向个人电脑使用者，可以进行文字处理、网页浏览、多媒体播放和玩游戏。
The desktop version is intended for those who want a personal computer for word processing, browsing the internet, multimedia playback, and playing games.
电脑的能力达到实时处理电视和声音数据流的水平，这时多媒体就诞生了。
PC power has reached a level close to that needed for procession television and sound data streams in real time, multimedia was born.
它同时包括了OpenOffice，一款可以处理微软Word文档的开源办公套件，及一些多媒体程序。
It also runs OpenOffice, an open-source office suite that can handle Microsoft Word documents, and some multimedia applications.
Python已经演进并成为许多处理网络、多媒体、数据库和系统程序设计应用程序的开发人员的语言选择。
Python has evolved and become the language of choice for many developers working on network, multi-media, database, and system programming applications.
电视还必须支持最新一代HDMI 1.4(高清晰多媒体接口)，它能传送所需的大量数据以处理和显示三维图像。
The TV also needs to support HDMI 1.4, the latest generation of HDMI, which will transmit the massive amount of data necessary to process and display 3-d images.
考虑到还有很多屏幕实际使用空间可用，同步多媒体可以通过软件—某些元素串行，某些元素并行—来处理所有这些需求。
Synchronized multimedia can handle all of this through software-some elements sequentially and others in parallel-given that lots of screen real estate is available.
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。
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.
本文对在多媒体信息系统环境中信息特性上的拓广、处理形式上的变化等进行了讨论。
The extension of information characteristics, the changes of the form of information processing are discussed in the environment of multimedia information system.
多媒体通常指图形、动画、光存储、图像处理和声音的合成，它不一种单一的技术、产品和市场。
Multimedia, which typically refers to a synthesis of graphics, animation, optical storage, image processing, and sound, is not a single technology, product, or market.
随着多媒体信息处理和通信技术的飞速发展，虚拟视频会议系统越来越成为可能。
With the rapid growth on multimedia signal processing and communication, virtual video conferencing is becoming possible.
许多通常的多媒体信号处理，如剪切、滤波、感知编码等，引起了水印信号衰落状的偏倚。
Many common multimedia signal processing, including cropping, filtering, and perceptual coding, make watermark signal fading-like modification.
许多通常的多媒体信号处理，如剪切、滤波、感知编码等，引起了水印信号衰落状的偏倚。
Many common multimedia signal processing, including cropping, filtering, and perceptual coding, make watermark signal fading-like modification.
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