Porting new versatile video coding transforms to a heterogeneous GPU-based technology: work-in-progress

M. F. Vázquez, Anup Saha, Rafael Medina Morillas, Miguel Chavarrías Lapastora, Fernando Pescador del Oso
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引用次数: 1

Abstract

The sustained increase in the video digital features and traffic requirements across the networks is demanding more efficiency from both, video coding standards and platforms. In this context, a first version of the future de facto standard, Versatile Video Coding (VVC), is partially migrated to a GPU-based architecture integrated into a heterogeneous platform. Results show an improvement of 11 times for the new Adaptive Multiple Transform (AMT) transforms.
将新的通用视频编码转换为基于异构gpu的技术:工作正在进行中
随着网络上视频数字特性和流量需求的持续增长,对视频编码标准和平台的效率提出了更高的要求。在这种情况下,未来事实标准的第一个版本,通用视频编码(VVC),部分迁移到集成到异构平台的基于gpu的架构。结果表明,新的自适应多重变换(AMT)变换的性能提高了11倍。
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