光学引擎

DMD微投影显示的LED光学引擎设计

Design of LED optical engine for micro-projection display of DMD

LCD投影系统光学引擎的计算机仿真分析

Computer simulation of optical engine for LCD projector

单片LCoS光学引擎中彩色LED照明系统设计

The Color LED Illumination System Design of LCoS Light Engine of only One Chip

LED光源的配光设计是DLP光学引擎乃至整个微型投影领域的核心技术。

Optical design for LED source is the core technology of DLP optical engine and micro-projector .

LCoS背投光学引擎中变焦投影物镜设计

Design of zoom projection lens for the light engine of LCoS rear-projection TV

研究了色度学原理并结合光学引擎的结构，构建了LCD光学引擎色度光度品质评价体系以及数学分析模型。

Based on the chroma theory , an estimating system of the qualities of the chroma and luminosity of the LCD optical engine and the mathematic model are established .

同时完成了LCoS及DMD的光学引擎方案设计，掌握了光学引擎设计的理论基础及关键技术问题的解决方法。

During the accomplishment of optical engine design of LCoS and DMD , its theory and key technologies were mastered .

根据数学模型用C++语言编制了用来辅助LCD光学引擎设计的LCD投影系统光学引擎色度光度分析与仿真优化软件。

According to the mathematic model , the software to analyze the qualities of the chroma and luminosity and optimize the LCD optical engine is developed with the C + + language .

LCoS光学引擎作为整个背投的一个重要组成部分，其照明系统显著地影响着LCoS背投的性能。

LCoS light engine is an important component of the whole rear projection . The illumination system affects performance of LCoS rear projection remarkably .

光学引擎是投影电视的核心部件之一。

Projection TV light engine is one of the core components .

投影显示系统光学引擎研究

Investigation on Optical Engine Applied to Projection Display System

实验结果表明：该软件可提高光学引擎的设计效率。

The experiment result shows that the software can improve the design efficiency of optical engines .

利用经过改造的液晶背投影光学引擎系统设计了硬件实验系统，给出了实验结果。

The experimental system was designed based on the improved optic engine of liquid crystal rear-projector and the experimental results were included .

最终实现了光学引擎的计算机仿真设计、建模及评价，并给出了三种光学引擎方案的整体建模和性能分析，提出了投影显示整体建模仿真的研究思路。

Emulation , modeling and evaluation of optical engine were realized and three types of it were given out including whole system modeling and capability .

设计出变焦投影物镜，能满足相同光学引擎、相同屏幕位置下不同屏幕尺寸的需要。

A zoom projection lens is designed to meet the requirements of different sizes of big rear-projection screen with the same light engine and screen location .

投影显示系统的光学引擎，是系统的主要组成部分，并且直接影响到系统的最终性能，因此实现光学引擎的光学总体设计是这一系统的关键。

The optical engine of projection display system-main part of the whole system will have heavy effects on final performances . So it is key to design the optical engine .

本论文着重分析了三片式液晶光学引擎系统，在色度学理论的基础上，结合光学引擎系统，提出了一套分析设计该系统的分色合色部分的方法。

In this thesis , three-pan light engine system is discussed . On the base of chroma theory , a method for analysising and designing color separating and combining system is provided .

固态体积式真三维立体显示是将三维目标体信息通过高速投影光学引擎依据显示信息表面各点深度不同分别投影到对应深度的显示体上。

Solid volumetric true3D display projects a sequence of slices of a real object on a sequence of LC shutters locating at different depth , according to different depth information of the object .

根据投影系统光学引擎的结构特点，结合色度学原理，利用光路追踪法编制了光学引擎的色度、光度仿真分析软件。

Based on the structure characteristics of the optical engine and the principle of chromatometry , the chroma and luminosity simulation analysis software for optical engine design is developed by tracing the light beam .

以色度学的基本理论为基础，结合数字光处理光学引擎的工作原理，探讨了单片式数字光处理光学引擎的彩色显示原理和色温调节原理。

The principles of the color display and the color temperature adjusting for the single-panel DLP optical engine were discussed , combined with the fundamental theory of the colourometry and the character of the DLP optical engine .