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Design and Implementation of H.264/SVC Decoder Forecast Module on ASIC

机译:基于ASIC的H.264 / SVC解码器预测模块的设计与实现

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An ASIC front-end design of intra and inter prediction module based on H.264/SVC standard is proposed in this paper. State machine is used in intra prediction module for timing control. A branch reusable unit ADDR3221 is constructed and optimized to implement the intra prediction in RTL-level. In inter prediction module, the three-level MUX is used to realize the level control from the frame-level to block-level. According to the different segmentation of luma and chroma, the computation of the motion vector and interpolation is realized. Simulation and optimization are performed on the EDA tool of Synopsys platform. Experimental results show that the design of the H.264/SVC forecast module fulfills functional integrity, and the power and the area meet the requirement of design constraint.
机译:本文提出了一种基于H.264 / SVC标准的帧内和帧间预测模块的ASIC前端设计。状态机在帧内预测模块中用于时序控制。构建并优化了分支可重用单元ADDR3221,以实现RTL级的帧内预测。在帧间预测模块中,使用三级MUX来实现从帧级到块级的级控制。根据亮度和色度的不同分割,实现了运动矢量的计算和插值。在Synopsys平台的EDA工具上进行仿真和优化。实验结果表明,H.264 / SVC预测模块的设计具有功能完整性,功率和面积均满足设计约束要求。

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