光柱显示技术探讨

本文叙述自动化仪表用光柱显示技术的工作原理及器件结构，重点论述直流等离子体光柱，发光二极管光柱，真空荧光及液晶光柱器件的结构和驱动电路，还展望光柱显示的发展趋势。     

精密数显转台研制

光电传感和精密刻划技术 ,是开发精密数显转台的主要技术基础。本文详细介绍基本原理、结构要求、功能特点、工艺试验和精度测试等。样机系列表明 ,其精度和性能基本达到和部分指标超过 (国家 )部颁一级精度的标准。     

单液晶光阀彩色大屏幕投影显示

设计一电路,将彩色图象信息编码到黑白CRT的亮度之中,并将其写入液晶光阀,用白光读出,当编码合适时,读出的象颜色可与原图像一致。本文讨论了这一技术原理并进行了单液晶光阀彩色大屏幕投影的实验验证。     

采集数据曲线快速流动显示算法研究

该文分析了采集数据以图形方式在PC机标准适配器下快速流动显示问题，提出了逐点地址跟踪快速算法。     

频率/待测量变换的GAL、ERROM设计方法

本文提出了以通用阵列逻辑器件 GAL 和只读存贮器 EPROM 为核心器件的频率/待测量变换的设计方法。配以数字式传感器及用最小二乘法编制的曲线自动分段拟合程序生成的 EPROM 中的数据,可用于力、温度、光强等非电量的测量显示和控制。这种装置与采用微处理器的电路相比,有相同的测量精度,电路简单,而且保密性好.     

在西文DOS下汉字的一种快速显示技术

作为存储测试系统配套的信息处理软件,有一个直观的汉字界面显的非常必要,本文介绍一种在西文DOS下快速显示汉字的处理技术:由信息处理软件原程序中的汉字信息通过访问硬盘汉字库生成,由所需显示汉字点阵构成具有专用格式的专用汉字库,通过软件编程可实现对汉字库的快速访问与快速显示。从而,即节省磁盘空间,又能使信息处理软件与汉字显示很好地溶为一体。     

动态过程监视的最佳显示方式研究

文中讨论了人机界面的视学工效问题，通过实验评价了用于动态过程监视与控制的三种ＣＲＴ显示方式的工效，并由此得出人类视学系统反应对图形方式更优于对数字方式，图形与数字的复合方式。     

Pore‐free mold‐pattern‐transfer method for barrier ribs of HD PDPs

Abstract— Among various barrier‐rib manufacturing processes, the mold‐pattern‐transfer method has potential to reduce processing cost as well as the manufacture of high‐resolution pixels. In this study, the effects of major processing variables of the mold‐pattern‐transfer process on the formation of air‐trapped pores within barrier ribs were examined. The results indicated that with an optimum combination of the processing variables, barrier ribs without trapped defects can be produced, demonstrating the possibility of reducing the number of processing steps and costs of barrier ribs.     

Volumetric three‐dimensional up‐conversion display medium

Abstract— Several rare‐earth‐doped fluoride crystals that are excited to emit visible light by sequential two‐photon absorption have been investigated as display‐medium candidates for static volumetric three‐dimensional displays. Dispersion of powders of these materials in a refractive‐index‐matched polymer is reported because such a medium may result in a scalable display. The scattering problem in such a medium is greatly reduced by index‐matching the polymer to the crystalline particles. An index‐matching condition that optimizes the performance is identified.     

Radiosity with Well Distributed Ray Sets

In this paper we present a new radiosity algorithm, based on the notion of a well distributed ray set (WDRS). A WDRS is a set of rays, connecting mutually visible points and patches, that forms an approximate representation of the radiosity operator and the radiosity distribution. We propose an algorithm that constructs an optimal WDRS for a given accuracy and mesh. The construction is based on discrete importance sampling as in previously proposed stochastic radiosity algorithms, and on quasi Monte Carlo sampling. Quasi Monte Carlo sampling leads to faster convergence rates and the fact that the sampling is deterministic makes it possible to represent the well distributed ray set very efficiently in computer memory. Like previously proposed stochastic radiosity algorithms, the new algorithm is well suited for computing the radiance distribution in very complex diffuse scenes, when it is not feasible to explicitly compute and store form factors as in classical radiosity algorithms. Experiments show that the new algorithm is often more efficient than previously proposed Monte Carlo radiosity algorithms by half an order of magnitude and more.