1.
The article introduces the current application of raster scan radar display technology, and discusses the latest display technology.
本文介绍了近年来雷达光栅扫描显示技术的应用,并对当今出现的最新技术进行了探讨。
2.
Software Design of High Performance Raster Scan Radar Display Systems
高性能光栅扫描雷达显示系统的软件设计
3.
A Design for High Performance Raster Scan Radar Display System
一种高性能光栅扫描机制雷达显示系统设计
4.
Research on the Radar Raster Scan Coordinate Conversion Processing Technology
雷达光栅扫描坐标变换处理技术的研究
5.
The raster scan display technology is a developing tendency of radar display technology.
光栅显示技术是雷达显示技术的发展方向。
6.
The Design and Implementation of a High-Speed Raster Scan Displaying System Based on CPCI Bus;
基于CPCI总线的高速雷达光栅扫描显示系统的设计和实现
7.
A high-performance radar raster display system
基于DVI技术的高性能光栅雷达显示系统
8.
Study of Liquid Crystal Phased Scanning Technology on the Imaging Lidar
用于激光成像雷达中的液晶相位扫描技术研究
9.
Design of SDRAM Controller Used in RADAR Raster-Displaying Terminal;
雷达光栅显示中SDRAM控制器的设计
10.
Reaserch on Dammann Grating Array Illumination Performance of Non-Scanning Imaging Ladar
非扫描成像激光雷达达曼光栅阵列照明性能研究
11.
Research on the Techniques of Color Mixing and Modulation of the Luminous Intensity of Large Screen Laser Display System;
大屏幕激光扫描显示系统混色与光强调制技术研究
12.
Development of Radar Terminal Type-A Display System Based on ELD with Dual Scan;
基于双扫描ELD的雷达终端A式显示系统研制
13.
Graphemic Scan Dynamic Display Interfacing of 7-Seg LED Nixietube;
七段LED数码管字形扫描动态显示技术
14.
Research on Rotational Motion Swept-Volume Technique in True 3D Volumetric Display;
真三维立体显示中旋转体扫描显示技术研究
15.
The different information is implemented to clear and steadily display by using of time-shared display with line by line scanning and interlaced scanning in a raster picture.
一幅光栅图形中的逐行扫描与隔行扫描分时完成并使不同信息获得清晰稳定的显示效果。
16.
Fiber Gratings and Opto-Electronic Integrated Circuit in Phased Array Antenna;
相控阵雷达中的光纤光栅与集成光学技术
17.
Research on Translational Motion of Swept-Volume Technique in True 3D Volumetric Display Technique;
真三维立体显示技术中平移体扫描显示技术研究
18.
Near-field Scanning Optical Technologies and High Density Optical Data Storage;
近场扫描光学显微技术与高密度光存储