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A fast mode decision algorithm applied to Coarse-Grain quality Scalable Video Coding

机译:一种应用于粗粒质量可扩展视频编码的快速模式决策算法

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摘要

A fast mode decision algorithm is proposed for a Coarse-Grain Scalable (CGS) video encoder based on the encoding characteristics of quality Scalable Video Coding (SVC). First, candidate modes and coding orders are predicted, based on inter-layer and spatial correlations. Three early termination methods are then proposed based on CGS encoding structure. Finally, all candidate modes are checked sequentially, according to their predicted order with three early termination conditions, to improve the coding speed. Experimental results have demonstrated that the proposed algorithm could reduce the encoding time by an average of 84.39%, with negligible coding efficiency losses.
机译:基于质量可伸缩视频编码(SVC)的编码特性,提出了一种粗粒度可伸缩(CGS)视频编码器的快速模式决策算法。首先,基于层间和空间相关性,预测候选模式和编码顺序。然后基于CGS编码结构提出了三种早期终止方法。最后,根据所有候选模式的预测顺序以及三个提前终止条件,依次检查所有候选模式,以提高编码速度。实验结果表明,该算法平均可减少84.39%的编码时间,编码效率损失可忽略不计。

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