DLP technology provides all-digital projection display, offering superior picture quality in terms of resolution brightness contrast and color fidelity.
DLP技术提供了全数字投影显示，在清晰度、亮度、对比度和色彩还原方面能提供高质量的图像。
Second, the thesis proposes the evaluation method of the color uniformity of LCD projection display based on uniform color Space.
本文的第二部分提出了利用均匀颜色空间对液晶投影显示的颜色均匀性进行评价。
The key parameters of projection display, including resolution, contrast, projection optics, optical throughput, color, light source and screen and their optimum method were described.
描述了投影显示关键参数（分辨率、对比度、投影光学、系统的光通量、彩色化、灯及屏幕）及优化方法。
With high resolution and large use power, the CRT produced with the said substrate has wide application in color projection TV, advertisement display and other fields.
用透明多晶基片制作的阴极射线管分辨率高，使用功率大，在彩色投影电视，广告显示等领域有广泛的应用。
A novel radiometric compensation algorithm is proposed to correct the color distortions of the projection display on patterned surface.
提出了一种用于校正带图案表面投影显示颜色失真的辐射度补偿新算法。
Multi-screen projection display systems, including the key technical points of the geometric correction, color correction technology and the edge of fusion technology.
多屏投影显示系统的关键技术点包括几何校正技术、色彩校正技术以及边缘融合技术。
The influence of color splitting system for liquid crystal projection display on color purity and color uniformity of an image is analyzed with color standards of 1931CIE and 1976CIE.
用1931CIE和1976CIE分析了液晶投影显示分色系统对图像色纯度和色均匀性的影响。
On the design basis of two orthogonal direction output, polarization interference filter, this paper focus on the color separation and combination module used for the LCOS projection display.
在介绍任意形状双通道偏振正交输出双折射晶体的偏振干涉滤光片基础上，讨论了LCOS液晶投影仪分色与合色系统基本结构，设计了分合色为一体的新型光引擎。
Laser projection display has advantages over traditional projection technologies, such as extended color gamut, greater colors saturation and low power consumption.
由于具有色域覆盖率大、色饱和度高和低功耗等特点，激光显示技术被认为是最具有发展前景的显示技术之一。
Laser projection display has advantages over traditional projection technologies, such as extended color gamut, greater colors saturation and low power consumption.
由于具有色域覆盖率大、色饱和度高和低功耗等特点，激光显示技术被认为是最具有发展前景的显示技术之一。
应用推荐