HEVC backward compatible scalability: A low encoding complexity distributed video coding based approach
作者：
Highlights：
• Proposes a novel HEVC backward compatible scalable extension solution, named DSVC, which exploits the distributed video coding principle at the enhancement layers (ELs).
• Proposes several advanced coding tools which are integrated in a quality scalable DSVC framework, notably a novel side information creation process, a correlation modeling solution and a novel EL coding mode selection method.
• Illustrates the advancements of DSVC framework in respect to the relevant alternative simulcast and scalable coding solutions while offering a lower encoding complexity.
摘要
•Proposes a novel HEVC backward compatible scalable extension solution, named DSVC, which exploits the distributed video coding principle at the enhancement layers (ELs).•Proposes several advanced coding tools which are integrated in a quality scalable DSVC framework, notably a novel side information creation process, a correlation modeling solution and a novel EL coding mode selection method.•Illustrates the advancements of DSVC framework in respect to the relevant alternative simulcast and scalable coding solutions while offering a lower encoding complexity.
论文关键词：Scalable video coding,Distributed video coding,HEVC standard,Quality scalability,Side information creation,Correlation modeling
论文评审过程：Received 30 September 2014, Revised 16 December 2014, Accepted 9 February 2015, Available online 27 February 2015.
论文官网地址：https://doi.org/10.1016/j.image.2015.02.003
