阐述了多媒体应用中的关键技术——数字图像压缩技术，及有关压缩的国际标准和芯片。
The digital image compression technology, the key technology in the multimedia applications, the international standards and chips about compression are illustrated in this paper.
叙述了一种用于移动通信的无线电多媒体DSP芯片的实现。
This paper presents the implementation of a wireless multimedia DSP chip for mobile communication.
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.
设计选用PCI多媒体接口芯片SAA7146A，方便的实现了与视频编码器、视频解码器和音频编解码器的连接。
It USES the PCI interface chip SAA7146A special for media processing produced by Philips, and connects simply with video encoder, video decoder, audio encoder and decoder.
摘要：提出了一种基于DSP芯片的嵌入式多媒体通信终端的设计方案，并重点阐述了终端的硬件设计及软件设计。
Absrtact: It put forward a design scheme of the embedded multimedia communication terminal based on the DSP chips, and expatiated the terminal's hardware design and software design.
介绍了一种采用ARM (at91 RM 9200)与SH (SH7316)双芯片组成的多媒体手机设计方案，可以极大地提高现有手机的多媒体功能。
A multimedia-mobile design platform using ARM (AT91RM9200) and SH (SH7316) dual chips are introduced which can upgrade the multimedia functions of mobile phones greatly.
本发明提供了一种多媒体播放的快速芯片验证方法和装置，所述方法包括：从存储器中读取待测试的文件；
The invention provides a method and device for rapidly verifying a chip by multimedia player. The method comprises the following steps: reading a file to be tested from a memory;
介绍以太网控制器芯片rtl 8019as的结构和应用于多媒体网络中控的编程技术。
This paper introduces RTL8019AS Ethernet controller's structure and programmed technology that used in network central control system.
正是由于多媒体系统芯片结构的复杂以及采用了先进的半导体制造工艺，给芯片的实现和验证带来了困难。
The implementation and verification of media SoC are difficult because of its complicated architecture and advanced fabricated technology.
正是由于多媒体系统芯片结构的复杂以及采用了先进的半导体制造工艺，给芯片的实现和验证带来了困难。
The implementation and verification of media SoC are difficult because of its complicated architecture and advanced fabricated technology.
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