Among many kinds of parts for Liquid Crystal Display (LCD), a Back Light Unit (BLU) that changes the path of the light from light source to screen is the most important part to improve optical performances such as uniformity and average value of brightness. Up to recently, design process of BLU has been carried out by depending on the experience of design engineer. Using this approach, however, is proven that it is hard to effectively deal with difficulties in a process of the LCD development such as frequent design modifications, various design requirements, and short-term development. To cope with this situation, we applied a Process Integration and Design Optimization (PIDO) based design environment. PIDO is a software package to integra...
In order to best design the liquid crystal displays (LCDs), one needs to optimize in accordance with...
In this study, a procedure for optimization of an LED lens module design based on 3 LED light source...
Abstract—A methodology, based on two-dimensional super-Gaussian light spread functions (LSFs), was s...
The original publication is available at www.springerlink.com.The design of BLU for LCD devices, who...
The design of BLU for LCD devices, whose goal is to achieve uniform illumination and high luminance...
New computer system for modeling and optimization of liquid crystal devices and other optical elemen...
Liquid Crystal Displays are commonly used in automotive dashboards. The back lighting necessary for ...
The application of the LCD modeling and optimization system (MOUSE-LCD) for the design and developme...
[[abstract]]This study proposes an innovative design method for functional optical film microstructu...
In order to meet the advent of the high-definition liquid crystal display (LCD) era, in addition to ...
In order to make the color of image display more realistic, optimize the use of energy, and improve ...
Modeling and optimization of liquid crystal displays (LCD) and Photonics devices will be considered....
[[abstract]]n this research, a new developed optimization method for light guide plate design is pro...
In this paper, light-emitting-diode (LED) backlight driving circuits and dimming method for medium-s...
[[abstract]]—In backlight modules, the light guide plate (LGP) is a key component for performance an...
In order to best design the liquid crystal displays (LCDs), one needs to optimize in accordance with...
In this study, a procedure for optimization of an LED lens module design based on 3 LED light source...
Abstract—A methodology, based on two-dimensional super-Gaussian light spread functions (LSFs), was s...
The original publication is available at www.springerlink.com.The design of BLU for LCD devices, who...
The design of BLU for LCD devices, whose goal is to achieve uniform illumination and high luminance...
New computer system for modeling and optimization of liquid crystal devices and other optical elemen...
Liquid Crystal Displays are commonly used in automotive dashboards. The back lighting necessary for ...
The application of the LCD modeling and optimization system (MOUSE-LCD) for the design and developme...
[[abstract]]This study proposes an innovative design method for functional optical film microstructu...
In order to meet the advent of the high-definition liquid crystal display (LCD) era, in addition to ...
In order to make the color of image display more realistic, optimize the use of energy, and improve ...
Modeling and optimization of liquid crystal displays (LCD) and Photonics devices will be considered....
[[abstract]]n this research, a new developed optimization method for light guide plate design is pro...
In this paper, light-emitting-diode (LED) backlight driving circuits and dimming method for medium-s...
[[abstract]]—In backlight modules, the light guide plate (LGP) is a key component for performance an...
In order to best design the liquid crystal displays (LCDs), one needs to optimize in accordance with...
In this study, a procedure for optimization of an LED lens module design based on 3 LED light source...
Abstract—A methodology, based on two-dimensional super-Gaussian light spread functions (LSFs), was s...