FPGA as controller initialize video decode chip SAA7111A through I2C bus.
FPGA作为控制器，经I2C总线对视频解码芯片SAA7111 A进行初始化。
To system needs, video decode program is designed by simulation of MCU's IO to I2C time sequence.
利用单片机IO口模拟I2C时序，实现了视频解码芯片控制；
In the part of video decode, chip SAA7111A is adopted to decode the video image signal, enhancing the speed of image display.
在视频解码部分采用硬件芯片SAA7111 A对视频图像信号进行解码，提高图像显示的速度。
Video decode module used the method of identification the digital video data stream to acquire the image data and then stored them in the frame memory.
视频解码模块采用对视频流数据识别的方法获得图像数据，然后送入帧存储器。
This feature, launched in Flash 10.1, allows the plugin to use the graphics processing unit (GPU) on some computers to decode video.
这项功能是在Flash 10.1中推出的，允许插件通过图形处理单元(GPU)对视频进行解码。
But Google will be forced to retain H.264 and Flash video streams to support Apple products and legacy devices that don't have the power to decode HD video streams.
但是，Google也会被迫保留h . 264和Flash格式的视频，这是为了支持苹果公司的设备和历史遗留下来的不支持HD视频的设备。
For example filters can read files get video from a video capture device decode various stream formats and pass data to the graphics or sound card.
例如，筛选器可以读取文件，从视频捕获设备获取视频，解码各种流格式，以及将数据传递到图形卡或声卡。
Note that if you do not have MPlayer installed correctly, or you are missing codecs required to decode your selected video streams, this step of the process will fail.
注意，如果您MPlayer安装不正确或缺少您解码选定视频流所需的解码器，此步骤将不会成功。
Experimental results show that the complexity of our proposed algorithm is much less than that of the cascaded decode-encoder scheme, while the quality of video almost keeps the same.
试验结果表明：该算法在获得与级联解码器-下采样-编码器几乎一致的视频质量情况下，大大地降低了计算复杂度。
This system had functions with video compression, decode, network transmission, image store, image index playback, long-range control of vidicon, PTZ control and voice frequency alarm.
该系统具有视频压缩、解码、网络传输、图像储存、图像索引回放、摄像机远程控制、云台控制和音频报警等功能。
Motion picture's compress code and decompress decode in real time is the key part of highspeed wireless video transmission system.
运动图像实时压缩编码和解压缩解码是高速无线视频传输系统的核心部分。
A problem solved by the invention is to encode and decode video signals using less or no motion vector data side information.
本发明所解决的问题是使用很少的、或者不使用运动向量数据辅助信息，来对视频信号进行编码和解码。
To achieve long battery life when playing video, mobile devices must decode the video in hardware; decoding it in software USES too much power.
为了能够在播放视频时达到高电池续航时间，移动设备必须使用硬件解码视频，因为软件解码需要耗费太多的电能。
When extracting the watermark, decode the containing video to get the quantized DCT coefficients, get the watermark by using LSB, and RS decoded to get the same sequence as the embedded bit sequence.
提取时对含有水印的视频进行解码，得到量化后的DCT系数，进行LSB提取，RS解码后得到与嵌入序列完全相同的比特序列。
The entire system is composed of computer, PC bus interface card, decode instrument, video switches matrix, audio switches matrix, pan, lens and alarm control etc.
整个系统由微机、PC总线适配卡、解码器、视频切换矩阵、音频切换矩阵、云台镜头和报警控制等部分组成。
In the era of CRT, the largest difference between digital TV and analog TV is digital TV has digital TV decode chip, MPEG-2 decode chip and video DAC.
CRT时代，数字电视与模拟电视最大的区别是数字电视多数字电视解调芯片、MPEG - 2解码芯片和视频DAC。
In the era of flat panel TV, the difference between digital TV and analog TV is digital TV has digital TV decode chip, MPEG-2 decode chip, so video DAC is not needed.
平板电视时代，数字电视和模拟电视的差别在于数字电视多数字电视解调芯片、MPEG - 2解码芯片，视频DAC不需要了。
Based upon the conditions described above, we have designed a video codec system using DSP which can encode and decode H. 263 or MPEG-2 video stream.
基于以上情况，我们开发了一套基于DSP实现的视频编解码器，它能按照H . 263协议或MPEG- 2协议进行编解码。
Current methods for identifying the video need decode the frame and have high complexity which is not suitable for real-time detection in places of mass data like gateway and multi-media server.
现有的基于视频内容的离线检测方法需要解码数据包，且匹配算法复杂度高，不适于数据量庞大的流媒体服务器或网关做实时检测。
The media player calls DSP-side program through DMAI interface to decode audio and video data, and then control the corresponding hardware to play the decoded video or audio data.
播放器通过DMAI接口调用DSP端的程序解码音视频数据，然后控制相应的硬件实现播放解码后的数据。
Using super decode-king to obtain multimedia audio-video frequency material from VCD and some files is an effective method to make up the shortage of audio-video material.
利用《超级解霸》，从物美价廉的VCD影碟或其它影文件上抓取影视材料，来丰富多媒体影视素材源，是一种行之有效的弥补影像视素材有限的方法。
Using super decode-king to obtain multimedia audio-video frequency material from VCD and some files is an effective method to make up the shortage of audio-video material.
利用《超级解霸》，从物美价廉的VCD影碟或其它影文件上抓取影视材料，来丰富多媒体影视素材源，是一种行之有效的弥补影像视素材有限的方法。
应用推荐