Fast Mode Decision with Flexible Macroblock Ordering in SVC
Recent developments viable high quality videos at the cost of significantly increased in the computational complexities for multi-layer video encoding. Especially for wireless devices with limited processing capability such as smartphones that resulted hard to visualize high-quality content. These advances lead challenges towards low latency applications such as video conferences and streaming where retransmission approach for missing content is not feasible. So, there is critical demand for research to have an efficient coding technique to achieve the high quality video along with low complexity and error resilience features. Proposed scheme exploits the local characteristics of encoded videos to reduce computation complexity with flexible macroblock ordering tool as an error resilience scheme. Performance of proposed scheme reveals that algorithm can achieves 31% on average in terms of reducing the computing complexity, compared to the conventional approach with the same bit rate distortion.
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