We analyze the performance of high dynamic range liquid crystal displays (LCDs) using a
two-dimensional local dimming mini-LED backlight. The halo effect of such a HDR display …

We systematically analyze the ambient contrast ratio (ACR) of liquid crystal displays (LCDs)
and organic light-emitting diode (OLED) displays for smartphones, TVs, and public displays …

The advent of the digital era dramatically enriches the information obtained by people
through vision and urges people to put forward higher requirements for image display …

We develop an optical model including the glare effect in the human vision system to
analyze the halo effect of high-dynamic-range (HDR) mini-LED backlit liquid crystal displays …

A new backlight dimming algorithm is proposed to reduce power consumption of backlight
and improve image quality in LCD applications. The proposed algorithm is consisted of two …

Histogram equalization is a well-known and effective technique for improving the contrast of
images. However, the traditional histogram equalization (HE) method usually results in …

This paper presents a power-constrained contrast enhancement algorithm for organic light-
emitting diode display based on multiscale retinex (MSR). In general, MSR, which is the key …

This paper presents an efficient optimized backlight local dimming method that minimizes
power consumption under a given allowable distortion for liquid crystal displays with edge-lit …

Due to the problems of power-hungry displays and limited battery life in electronic devices,
the concept of “green computing,” which entails a reduction in power consumption, is …

The local dimming mini-LED backlight has become one of the most important technologies
for liquid crystal display (LCD), facilitating the improvement on high dynamic range (HDR) …