接下来，重点研究了视频采集的开发流程。
整个系统由视频采集、编码，网络传输三个部分组成。
This system comprises video image sampling, encoding, network transmission.
视频采集，编辑，转换和刻录都是由这个强大的工具支持。
Video Capture, edit, Convert and Burn are all supported by this powerful tool.
具体来说，你可以编写一个应用程序，从设备采集音频和视频。
Specifically you can write an app that captures audio and video from the device.
通过研制视频实时采集系统，来实现远程教学的目的。
Through the researching of the system of capturing video signal, we can achieve our purpose.
介绍视频图象印相机中所采用的高速图象数据采集系统。
A high speed image data acquisition system used in the video graphic copier is introduced.
实现了数字视频图像的采集、压缩及网络传输。
Digital video capture, data compression and network transmission were realized.
由于采用了双缓存机制，实现了视频的实时采集与显示。
And it was achieved to capture and display the video using the double-buffers mechanism.
实验结果表明，该系统可获得更快的视频帧采集及显示速度。
The experimental results show that higher video frame capture and display speed is obtained.
本文对视频信号采集系统进行了硬件设计和软件开发。
Hardware design and software development the video sample system are shown in the thesis.
协助采集视频信号数据源。
该系统主要实现了视频的采集、处理、存储、播放和传输。
This system can capture video, handle video, save video, play video and transfer video.
该系统主要实现了视频的采集、处理、存储、播放和传输。
This system can capture video, handle video, save video, play video and transfer video.
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