1) Multiple Description Video Method
视频多描述编码
1.
H.263-based Multiple Description Video Method;
一种基于H.263的视频多描述编码方法
2) multiple description video coding
多描述视频编码
1.
The robustness and quality of video transmissions by a multiple description video coding algorithm based on the H.
264的多描述视频编码方案以及整帧丢失时的误码掩盖方案。
2.
This paper researches on several methods of multiple description video coding which are widely used in practical application.
本文对几种常用的多描述视频编码进行了研究,结合视频压缩编码标准H。
3) multiple description coding
多描述编码
1.
Design and implementation of P2P streaming media client based on multiple description coding;
基于多描述编码的P2P流媒体终端的设计和实现
2.
The study status and prospective of multiple description coding;
多描述编码的研究现状及其展望
3.
The Performance Comparison of Multiple Description Coding and Single Description Coding Combined with FEC;
多描述编码与单描述编码加FEC的性能比较
4) multiple description coding(MDC)
多描述编码
1.
It combines the advantages of scalable coding and multiple description coding(MDC),and can provide relatively high transmission reliability and rate adaptation.
该编码器结合了多描述编码(MDC)和分层编码的优点,能够提供稳定的传输质量和速率的自适应。
2.
Multiple Description Coding(MDC)is a new method to solve the problem of image communication fading over erasure channels such as Internet and wireless networks,where packet loss and errors are inevitable.
在互联网和无线通信环境下,图像通信常因数据包传输出错或丢生而导致质量的严重下降,多描述编码是解决这个问题的一种新途径。
5) MDC
多描述编码
1.
To cope with problems such as bandwidth fluctuation and random packet loss in Internet video communication, this paper proposes a new Multiple Path Transport (MPT) scheme for Fine Granular Scalability (FGS) video, which combines the advantages of both FGS and Multiple Description Coding (MDC).
针对Internet视频通信中面临的网络带宽波动和随机丢包问题,结合精细可分级编码(FGS)、多描述编码(MDC)等容错编码方法的优点,提出了一种FGS视频流的多路径鲁棒传输方案。
2.
Multiple description coding (MDC) generates different encoded versions for a given block of source samples.
多描述编码(Multiple description coding,MDC)是一种有效的、不用重传方式来补偿网络丢包的编码方法。
6) multi-description video
多描述视频
1.
The simulation experiments show that using NSNSGA-Ⅱalgorithm to choose the paths for dealing with multi-description video is better than using SPTH and NSGA-Ⅱ.
仿真实验证明,在移动Ad Hoc网络中,使用NSNSGA-Ⅱ进行链路选择后处理多描述视频,比使用最短路径启发算法(SPTH)算法和NSGA-Ⅱ算法后处理视频,无论在提高峰值信噪比(PSNR)、降低丢包率(Drop Rate)和平均失真(Average Distortion)方面都有明显改善,证明了所提出的算法在进行多目标优化是有效的。
补充资料：多媒体视频视频信号转换器
一般是指复合端口、Y/C端口、YUV、DV、SDI、S-Video端子、VGA的信号进行互转，主要是模拟与数字信号的互转，DV与YUV分量信号的互转，VGA电脑信号与视频信号的互转等等。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条