Adaptive optical lenses based on the electrowetting principle are being rapidly implemented
in many applications, such as microscopy, remote sensing, displays, and optical …

The dynamic response property of liquid crystal (LC) devices mainly depends on the
selection of LC materials and driving method of the devices. In this work, we explored the …

Temperature monitoring plays an increasingly important role in research and industrial
applications. Based on the influence of liquid crystal material thermal sensitivity on the …

A single-frame overdriving scheme was employed to improve the temporal response of the
active matrix addressing liquid-crystal spatial light modulator used in an open-loop adaptive …

Fast, identical response speeds over a full operating range are critical for electrowetting-
driven devices such as liquid lenses, microswitches, and reflective displays. In this study …

The conventional dynamic capacitance compensation (DCC) method applied to the 3D LCD
display has difficulty having the low crosstalk level encouraged for optimal 3D image …

This paper reports transient response characteristics of active-matrix organic light emitting
diode (AMOLED) displays for mobile applications. This work reports that the rising …

This paper proposes a new method to determine the overdrive (OD) values using a
behavioral circuit model. Based on the accurate prediction of overdriven transitions in the …

We propose a precise circuit model to estimate transient optical responses of an active-
matrix liquid crystal display (AMLCD). Liquid crystal (LC) molecules in the pixel is …

We propose a new three-dimensional (3-D) crosstalk minimization method for the active
shutter glasses-type 3-D liquid crystal displays (LCD) television (TV). The crosstalk was …