一些混合视频编码标准都是基于运动补偿预测的。
Some hybrid video coding standards are based on motion compensated prediction.
视频信号在基于运动补偿预测的混合编码后，在不可靠信道中传输时会遇到严重的误码传播问题。
When hybrid coded video with motion compensated prediction (MCP) is transmitted over unreliable channels there exists the annoying problem of error propagation.
在编码模式期间，接收数据块流并为每个宏块产生(12)至少一个运动矢量和至少一个运动补偿预测值。
During an encoding mode, a stream of data blocks is received and at least one motion vector and one motion compensation prediction value for each macro-block are generated.
因此本文的重点就是基于视频分析对运动预测和运动补偿进行优化。
So, the emphasis of this paper is optimization of motion predication based video analysis.
运动补偿时间预测已知用于视频信号压缩中的冗余降低。
Motion compensated temporal prediction is well-known for redundancy reduction in video signal compression.
预测通常与边界数据有关，例如用于运动补偿的运动矢量。
Prediction usually involves side data, such as a signal telling the decoder a motion vector to use for said motion compensation.
在视频压缩的过程中，实现了帧内编码与帧间编码两种编码方式，运用了预测编码、运动估计、运动补偿等技术。
During the video encoding process, there are two coding types, which are Intra-frame and Inter-frame, using the methods of motion prediction, estimation and compensation.
此外，所述上预测性编码器和下预测性编码器可有利地包括B帧和多重预测运动补偿。
Further, the top and bottom predictive coders can advantageously include B-frames and multiple prediction motion compensation.
此外，所述上预测性编码器和下预测性编码器可有利地包括B帧和多重预测运动补偿。
Further, the top and bottom predictive coders can advantageously include B-frames and multiple prediction motion compensation.
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