内容感知目标图像处理,以减少OLED面板的功耗

Prafulla Kumar Choubey, A. K. Singh, Raghu B. Bankapur, SB VaisakhP.C., B. ManojPrabhu
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引用次数: 11

摘要

FHD, QHD和UHD类的高像素密度面板,能够精确渲染和平滑图像的显示质量。但驱动如此高分辨率的面板需要面板和渲染(GPU)方面的高功率。特别是在智能手机中,内容通常是UI,它不需要像2k和4k这样的分辨率,除非它是图像/多媒体。本文提出了一种显示内容和人类视觉灵敏度感知技术,通过关闭显示特定区域的选择性子像素来降低oled面板的功耗。该技术利用了oled面板的功耗与每个像素的颜色和强度直接相关的事实,并且通过像素/亚像素级别的智能控制可以节省大量功率。通过首次PoC实现获得的结果显示,根据实施的积极程度,可节省高达28%的电力。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Content aware targeted image manipulation to reduce power consumption in OLED panels
FHD, QHD and UHD class of high pixel density panel enables precise rendering and smoothens the display quality of images. But driving such high resolution panel requires high power both on panel and rendering (GPU) side. In smartphones especially, where content is usually UI, it doesn't demand resolutions like 2k and 4k, unless it's graphics/multimedia. This paper proposes a display content and human visual acuity aware technique to reduce oled panel power consumption by turning off selective subpixels in specific regions of display. This technique uses the fact that power consumption in oled panels has direct relationship with color and intensity of each pixel and considerable power can be saved with intelligent control at pixel/subpixel level. Results obtained through first PoC implementation showed power saving up to 28% depending on aggressiveness of implementation.
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