介绍转镜扫描激光显示系统工作原理、主要器件和关键技术。
The operation principle of tilting mirror scan laser display system, the principal device and critical technology are introduced.
研制了一套由激光器，图形输入仪，控制计算机，驱动器，光学工作台及大屏幕等六个部分构成的激光显示系统。
A laser display system consisting of laser, graph input unit, drivers, optical stage and large screen is developed.
另一头，在纽约，将需要一个使用我们的激光系统的3d显示器。所有这一切都是完全自动的，并且由计算机操控。
At the other end, in New York, there would be the 3d display using our laser system. Everything is fully automated and controlled by computer.
另一头，在纽约，将需要一个使用我们的激光系统的3d显示器。
At the other end, in New York, there would be the 3d display using our laser system.
由于系统误差和其他影响，很难找到现有CRT制式和激光显示可以实际应用的关系式。
Since the effect of system errors, it is hard to find exactitude formula to express relation between the CRT display to laser display .
另外还介绍该系统的组成结构、激光显示的原理。
In additon, the structure of the system, the theory of laser display are introduced.
文中介绍了基于双cpu控制的激光打标机系统的结构组成、地址编排、软件设计以及LCD液晶屏的汉字显示技术。
The control system of laser mark instrument based on double CPU is introduced, including the architectural structure, address arrangement, soft design, and the technology for display Chinese on LCD.
系统用双口ram和CPLD采集激光雷达距离数据，经过伪彩色编码后距离图像显示在彩色液晶上。
This system applies a DUALRAM and CPLD to the range data acquisition of laser radar, and then by pseudo coding, the range image is displayed on a color LCD.
本文研究和开发了二维激光切割数控系统的静态和动态图形显示功能。
The paper researches and develops the static, dynamic graph display of two dimensions laser cutting CNC system.
因此，激光颜色系统的建立是激光显示技术当中一个不可或缺的环节。
So it is an indispensable tache to set up the laser display system for laser display technique.
系统利用智能模糊控制技术，可有效实现激光二极管光功率的实时控制和显示，可以获得稳定、准确可调的光功率输出。
The system can well control and display the optical power of laser diode in real time to provide steady and adjustable output of optical power by using intelligent fuzzy control technique.
由于背景干涉条纹的影响，在激光视频显示系统中，通常获得的激光视频图像不仅对比度降低，而且像质较差。
In the laser video display system, video image with low contrast and inferior image quality are usually happened due to the effects of the background interference fringes.
激光测径计算机监测系统以激光测径仪为核心，由激光测径仪、工业控制计算机、大屏幕显示屏等几部分组成。
The computer monitoring system for leaser diameter measurement consists of a laser gauge, an industrial PC and a large screen display panel.
为了发挥激光显示的色域大、可显示颜色多的优点就要重新建立一套适合激光显示的颜色转换系统。
So it is an urging problem for laser TV. For taking good advantage of laser TV such as big color gamut mapping and displaying more colors, we will set up a system to fit for the laser TV color system.
本论文设计并实现了机载激光测量系统，具有可移动性、非接触性和实时动态采集并3d显示的特点。
A laser measuring system is designed and implemented in this paper, which is moveable, none-touched and used for real-time data acquisition and 3d mapping.
本文研究和开发了二维激光切割数控系统的静态和动态图形显示功能。
The paper researches and develops the static, dynamic graph display of two dimensions lasercutting CNC system.
基于人眼对系统扫描人眼分辨斑过程的平均效应，建立了激光扫描显示系统中散斑的形成理论。
The theory of speckle formation in laser scanning display system is established based on the averaging effect of eye response as laser beam scanning through an eye resolution spot.
最后，设计并研发整个仪器，系统包括半导体激光器、测量传感器、放大电路模块、单片机系统、LCD显示模块和供电模块。
At last, the whole instrument is designed and realized, that includes the LD, PSD, the measure sensor, magnified circuit, single chip, LCD screen and power module.
为提高激光雷达系统探测的实时性，合理开发数据处理显示系统显得尤为必要。
To improve the real-time performance, it is necessary to develop data processing and display system.
该光学系统可以用于通常的激光显示器中，以及小特征的激光显示器中。
The optical system may be used in laser displays in general, and in small feature laser displays.
已有的激光图形显示系统太单调，图形显示不灵活，不能体现激光应有的显示功能。
Existing laser graphics display system was too monotonous, the graphics were not flexible, and it could not be reflected in the laser display function.
从ats - 1激光雷达多通道采集系统特征出发，基于多线程技术，设计激光雷达实时处理显示系统。
According to the characteristic of acquisition system of ATS-1 lidar, this paper designs a real-time processing and display system of lidar based on the multithread technique.
改进后的激光图形显示系统的试验结果表明，多通道激光图形显示系统提高了图形质量，使显示更便利，内容更丰富。
The experiments on the improved laser graphical display system demonstrated that this multi-channel laser graphics display system is easier to use and the image quality and content are improved.
改进后的激光图形显示系统的试验结果表明，多通道激光图形显示系统提高了图形质量，使显示更便利，内容更丰富。
The experiments on the improved laser graphical display system demonstrated that this multi-channel laser graphics display system is easier to use and the image quality and content are improved.
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