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基于H.264/AVC的自适应帧级位分配优化算法

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In order to obtain accurate frame-level target bit allocation and improve encoding quality, this paper presented an adaptive frame-level optimal scheme of bit allocation. This algorithm made full use of texture complexity between frames compensating the inadequacy of average bit allocation scheme in JVT-G012 rate control algorithm. Extensive experimental results show that the proposed algorithm under the circmstances of high-movement or scene change, can significantly enhance the quality of video encoding and achieve the goal of optimizing bit allocation.

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In order to obtain accurate frame-level target bit allocation and improve encoding quality, this paper presented an adaptive frame-level optimal scheme of bit allocation. This algorithm made full use of texture complexity between frames compensating the inadequacy of average bit allocation scheme in JVT-G012 rate control algorithm. Extensive experimental results show that the proposed algorithm under the circmstances of high-movement or scene change, can significantly enhance the quality of video encoding and achieve the goal of optimizing bit allocation.

Keywords

Computer scienceEncoding (memory)Frame (networking)Bit (key)Scheme (mathematics)Bit rateAlgorithmReal-time computing

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