Yi-Chin Fang

TL;DR: This research proposes a new integral optical design for an automotive headlight system with an advanced light-emitting diode and digital micromirror device (DMD) for high and low beam capabilities.

TL;DR: It is concluded that the Taguchi method and RMCO approach is successful in optimizing the RI and MTF values of the fold 2.5x zoom lens system and yields better and more balanced performance, which is very difficult for the traditional least damping square method to achieve.

TL;DR: Two different types of Gauss lens design, which effectively eliminate primary chromatic aberration, are presented using an efficient genetic algorithm (GA) and involving theories of geometrical optics in order to select the best optical glass combination.

TL;DR: A newly developed digital zoom layout and optimization with a modified genetic algorism (GA) method, in order to meet the demands of a certain specification, achieves a successful optical design and the optimization of the digital zoom optics with liquid optics.

TL;DR: An optimization method for designing a prism-pattern LCD light guide plate (LGP) using a neural-network optical model and a real-valued genetic algorithm to achieve excellent luminance uniformity in the exiting light is proposed.