As consumers pursue higher display quality, Mini-LED backlight technology has become the
focus of research in the current display field. With its size advantage (100–200 μm), it can …

In this paper, we present a framework for modeling color liquid crystal displays (LCDs)
having local light-emitting diode (LED) backlight with dimming capability. The proposed …

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 …

The local backlight dimming technology has recently been presented for liquid crystal
displays in order to reduce the power consumption of backlight and improve the quality of …

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) …

In conventional liquid crystal display (LCDs), the backlight is set to maximum luminance
regardless of the image which causes power waste and light leakage in the dark scenes. To …

In order to enhance viewing experiences, a number of backlight local dimming (BLD)
algorithms have been developed to improve the image contrast ratio and provide power …

In this paper, we propose an advanced backlight dimming technique that preserves the
quality of color and details in images even when the backlight luminance of liquid crystal …

A local dimming algorithm is proposed to reduce the power consumption of LCD TVs using
edge-type LED backlight. The proposed local dimming algorithm is implemented by matrix …

In this paper, a novel hardware-oriented adaptive local dimming backlight control algorithm
is proposed for very large-scale integration implementation. The proposed algorithm …