论文着重论述了该视频采集压缩系统的总体设计及具体实现。
This paper mainly study overall project and actual design process about the system that captures and compresses video.
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 network real-time video system is generally divided into 4big modules: capturing subsystem, compressed coding subsystem, trans- mission and controlling subsystem and output subsystem.
该系统包括对视频、音频信号的采集、压缩、传输和回放以及网络数据传输模块。
The system covers not only collection, compression, transfer and replay of video and audio signals, but also the transmission module of network data.
提出了一种基于DSP的井下电视(DHV)视频采集系统及数据压缩方法，适合较高温度下的工作环境。
This paper develops a DSP - based Downhole Video (DHV) acquisition system and the approach to compress the data, which is suitable in high temperature conditions.
通过工控机替代传统的PLC，将音视频的采集、压缩以及设备控制集成在一起，设计实现了一种计算机监控系统，主要用于水利闸泵站监控。
Instead of PLC, industrial personal computer (IPC) is used for audio and video sampling, compress and equipment controlling. This system is mainly used for monitor and control in water conservancy.
摘要：设计了一种可进行实时视频采集、压缩和传输的视频采集处理系统。
Abstract: To collect data in high speed and be simple in the structure, a Video Acquisition and Processing system with real-time compressing and transmission is presented.
根据该设计方案，本论文完成了该系统的开发工作，实现了视频信号的采集、压缩、实时传输、解压回放以及存储等功能。
According to the design project, the paper finished the development work and the function of capture, encoding, real-time transmission, decoding and storage.
正是从这一角度出发，本文研究了基于视频流的数据多通道传输方法，并在此基础上设计一个视频采集、压缩与传输系统。
Considering this point, this dissertation studied the data multi-channel transmitting method based on the video stream, and designed a video capturing, compressing and transmitting system.
正是从这一角度出发，本文研究了基于视频流的数据多通道传输方法，并在此基础上设计一个视频采集、压缩与传输系统。
Considering this point, this dissertation studied the data multi-channel transmitting method based on the video stream, and designed a video capturing, compressing and transmitting system.
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