An algorithm for SVC bitstream allocation by a smart adaptor
Jung-Yang Kao
Abstract
Jung-Yang Kao
Abstract
In this paper we use the SVC standard to design an automatic decision-making mechanism that will determine the most appropriate allocation of a multi-layer video bitstream and generate a bitstream extraction signal in accordance with the state of the bitstream parameters. It can also use an extractor to perform bitstream extraction and allocation, and employs non-uniform cutting instead of the SVC standard’s uniform cutting, which yields better video bitstream quality. The mechanism can consequently be applied to future online video streaming in order to achieve a high quality, low bit rate effect.
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In this paper we use the SVC standard to design an automatic decision-making mechanism that will determine the most appropriate allocation of a multi-layer video bitstream and generate a bitstream extraction signal in accordance with the state of the bitstream parameters. It can also use an extractor to perform bitstream extraction and allocation, and employs non-uniform cutting instead of the SVC standard’s uniform cutting, which yields better video bitstream quality. The mechanism can consequently be applied to future online video streaming in order to achieve a high quality, low bit rate effect.
Key concepts: Bitstream, Computer science, Scalable Video Coding, Real-time computing, Algorithm, Computer hardware, Decoding methods, Motion compensation