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Fast inter-prediction mode decision algorithm for H.264 video encoder

机译:H.264视频编码器的快速帧间预测模式决策算法

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摘要

The latest video compression standard, H.264 (also known as MPEG-4 Part 10/AVC for Advanced Video Coding), has proven to be superior to earlier standards in terms of compression ratio, quality, bit rates and error resilience. All this is achieved at the expense of increased encoder complexity. The algorithm used in this paper is a computationally efficient mode prediction and selection approach which has the following features: (a) both the spatial and temporal information is used to achieve early termination using adaptive thresholds, (b) inclusion of a modulator capable of trading off computational efficiency and accuracy and (c) a homogenous region detection procedure for 8x8 blocks based on adaptive thresholds. Results obtained using QCIF and CIF format video sequences based on JM17.2 reference software using H.264baseline profile are shown to prove the computational efficiency of the proposed algorithm.
机译:最新的视频压缩标准H.264(也称为高级视频编码的MPEG-4 Part 10 / AVC)在压缩率,质量,比特率和错误恢复能力方面均优于早期标准。所有这些都是以增加编码器复杂性为代价的。本文中使用的算法是一种计算效率高的模式预测和选择方法,具有以下特征:(a)使用自适应阈值同时使用空间和时间信息来实现提前终止;(b)包含能够进行交易的调制器(c)基于自适应阈值的8x8块的同质区域检测过程。结果表明,使用基于H.264基线配置文件的基于JM17.2参考软件的QCIF和CIF格式视频序列获得的结果证明了该算法的计算效率。

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