The realization of audio and video subsystem in videophone based on PC is introduced in this paper.
本文介绍了基于PC的可视电话音频视频子系统的实现。
Finally, an example of the sender of audio and video subsystem of a PDA platform illustrated the practicability and effectiveness of the approach.
通过一个PDA手机平台音频和视频发方系统的实际例子证明了本方法的实用性和有效性。
The subsystem of distributing and delivering program from the video server in the province center to the video server in the counties or states according to the schedule.
节目分送子系统的目标是根据节目排程自动把省中心视频服务器节目及相应的资料下载到地市州视频服务器中。
According to the functions and performance guideline of the target design system, we propose the hierarchical design structure of video processing subsystem and host subsystem.
根据对目标系统功能和性能指标的分析，确定了视频处理子系统和主机系统的分层设计结构。
Based on the research of video surveillance system's history actuality and trend, thesis complete the research and design of gather subsystem of multimedia digital video surveillance.
基于对视频监控系统的历史、现状和发展趋势的研究，本论文完成了多媒体数字视频监控采集子系统的研究与设计。
The network real-time video system is generally divided into 4big modules: capturing subsystem, compressed coding subsystem, trans- mission and controlling subsystem and output subsystem.
网络实时视频系统一般分为4大模块：采集子系统、编码压缩子系统、传输控制子系统和输出子系统。
The I/O performance of the storage subsystem of video servers determines the total performance of a video server.
视频服务器存储子系统的I/O性能决定了视频服务器的总体性能。
The system includes internal communication subsystem, light prompt subsystem, urged the drovers system, video surveillance system, the operation is simple, be clear at a glance.
该系统包括内部通信子系统、灯光提示子系统、催场子系统、视频监控子系统，操作简单、一目了然。
We stress on video transmission as well as the study and design of self-adaptive transmitted control strategy and particular design of each subsystem.
论文重点讨论了视频传输及其自适应传输控制策略算法研究设计以及该系统的各个子系统的结构及软件上的详细设计。
Among them transmission and controlling subsystem is the key technology of real-time video streams.
其中传输控制子系统是实时视频流的一项关键核心技术。
The first solution is that the video display subsystem is implemented based on YHFT-D4B and FPGA.
第一种方案是基于“银河飞腾”—D4B和FPGA实现的视频显示子系统。
This paper detailedly introduced a solution of image pre-processing system in video detection system and implemented a FPGA subsystem which had the function of video capture and image pre-processing.
本文详细介绍了一种视频检测中图像预处理系统的设计方案，实现了具有前端视频采集、图像预处理功能的FPGA子系统。
At last, the video monitor subsystem on the basis of video capture card has been dissertated and write program the software of subsystem. video monitor.
最后，对基于视频采集卡的视频监控子系统的实现过程进行了论述及对视频监控子系统的应用软件进行了编程。
In the SDI signal processing subsystem, the design of FPGA-based audio and video data demultiplexing of IP module, realized with the IP module replacement ASIC.
在SDI信号处理部分中，设计了一种基于FPGA的音视频数据解复用的IP模块，实现了IP模块替代asic。
Chapter 2 introduced the features of the hardware platform - OMAP1510's DSP subsystem and it's related integrated development environment - CCS and analyzed these features' impact on the video codec.
第二章对视频编解码器软件的硬件平台——OMAP1510的DSP子系统及其集成开发环境CCS的功能特点进行了介绍，并分析了硬件平台和开发环境对视频编解码器性能实现的影响。
Chapter 2 introduced the features of the hardware platform - OMAP1510's DSP subsystem and it's related integrated development environment - CCS and analyzed these features' impact on the video codec.
第二章对视频编解码器软件的硬件平台——OMAP1510的DSP子系统及其集成开发环境CCS的功能特点进行了介绍，并分析了硬件平台和开发环境对视频编解码器性能实现的影响。
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