A modified HEVC decoder for low power decoding

Erwan Nogues, E. Raffin, M. Pelcat, D. Ménard
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引用次数: 11

Abstract

The increasing prominence of video oriented services, such as video conferencing, streaming or sharing, over other Internet services has made video decoding a must-have feature for any consumer device. As a complex signal processing task, video decoding puts a high pressure on battery-driven devices since battery autonomy becomes a key performance indicator for a device. In a near future, HEVC video compression standard is to replace H.264 as the dominating standard since it doubles video compression rates for the same subjective image quality, widening the scope of video applications. In this paper, a modified HEVC decoder is proposed within the context of MPEG Green Metadata. This decoder fosters energy-efficient implementations on embedded systems. Experiments show that without changing the incoming bitstream, a software implementation of the modified decoder can save up to 28% of energy while introducing limited distortion.
一种改进的HEVC解码器,用于低功耗解码
与其他互联网服务相比,面向视频的服务(如视频会议、流媒体或共享)日益突出,使得视频解码成为任何消费设备的必备功能。视频解码是一项复杂的信号处理任务,对电池驱动的设备压力很大,因为电池的自主性是设备的关键性能指标。在不久的将来,HEVC视频压缩标准将取代H.264成为主导标准,因为它在相同的主观图像质量下将视频压缩率提高一倍,拓宽了视频的应用范围。在MPEG绿色元数据的背景下,提出了一种改进的HEVC解码器。这种解码器促进了嵌入式系统的节能实现。实验表明,在不改变输入比特流的情况下,改进后的解码器的软件实现可以节省高达28%的能量,同时引入有限的失真。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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