Efficient Frame Rate Control Algorithm and Its Implementation

Haibin Shen, Junfeng Fan
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引用次数: 4

Abstract

The frame rate control (FRC) is designed for displaying color level on STN panels. According to a pixel's color level, it controls its ON/OFF state in different frames. In this paper, we proposed a spatial expanded FRC (SEFRC) algorithm, which expanded the traditional FRC algorithm on single pixel to the whole panel, and therefore efficiently inhibited the flicker noise. This FRC algorithm had been integrated into a LCD controller, which had been taped out by SMIC. The result shows that SEFRC has good hardware characteristics with only negligible silicon cost
高效帧率控制算法及其实现
帧率控制(FRC)是为在STN面板上显示色彩水平而设计的。根据像素的颜色级别,它在不同的帧中控制其开/关状态。本文提出了一种空间扩展FRC (SEFRC)算法,将传统的单像素FRC算法扩展到整个面板,从而有效地抑制了闪烁噪声。该FRC算法被集成到LCD控制器中,该控制器由中芯国际拷出。结果表明,SEFRC具有良好的硬件性能,硅成本可以忽略不计
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