Rate at which video data is transmitted to the output device.
视频数据传输到输出设备的速率。
The input bit rate and the output frame rate of video decoder is fix, so a Rate Buffer is needed to balance this rate difference.
而经解码后显示的侦速率是恒定的，这就要求在解码端有一个缓冲器来实现输入码率与输出码率间的过渡。
Rate control techniques must then be employed to regulate and control the output bit rates of video sources in the network to achieve the best trade-off between quality and bandwidth utilization.
这就需要采用码率控制技术来调整并控制视频源的输出比特率，以获得在质量和带宽利用间的最佳均衡。
The experiment results demonstrate that the proposed scheme can improve perspective of the stereo video as well as control the stability of output rate effectively.
实验仿真结果显示，本文的算法在有效的控制输出码率稳定的同时，有效的提高的立体视频的立体感。
Due to the limited bandwidth of communication channel, it is necessary to control the bit rate output of video coding.
由于通信信道带宽有限，有必要对视频编码的输出码率进行控制。
As a kernel process of a video communication system, the rate control algorithm mainly used to control the output quality and content complexity.
码率控制是视频通信系统中的关键环节之一，主要用于调控编码视频的输出质量和内容复杂度。
Experiment results show, the two proposed visual models can help to reduce the encoder output bit rate efficiently while guaranteeing the quality of decoded video.
实验表明，视觉压缩模型的引入有效降低了编码端码率，而主观重构质量同标准解码器的输出一致。
By Studying the high frame rate self-scanning photodiode area array (SSPA) with parallel video output, the main factors which affect the frame rate and response of SSPA are analysed.
通过对多路并行输出的高帧速自扫描光电二极管面阵(SSPA)的研究，分析了影响面阵帧速和响应度的主要因素。
By Studying the high frame rate self-scanning photodiode area array (SSPA) with parallel video output, the main factors which affect the frame rate and response of SSPA are analysed.
通过对多路并行输出的高帧速自扫描光电二极管面阵(SSPA)的研究，分析了影响面阵帧速和响应度的主要因素。
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