CAJ | 학술논문

设计实现了基于LabVIEW的高性能激光主动探测控制与处理系统，对系统设计基本原理、基本构成和系统架构进行了分析说明，论述了基于LabVIEW多线程和模块设计的激光主动探测控制与处理系统架构具有功能完整、运行高效、扩展性强、稳定性好、人机交互性好等优点。最后利用该系统进行了激光主动探测实验，结果表明：该系统可以实时获取并处理实验数据并进行可视化显示，满足激光主动探测应用需求，为激光主动探测技术应用提供了一种新手段。
설계실현료기우LabVIEW적고성능격광주동탐측공제여처리계통，대계통설계기본원리、기본구성화계통가구진행료분석설명，논술료기우LabVIEW다선정화모괴설계적격광주동탐측공제여처리계통가구구유공능완정、운행고효、확전성강、은정성호、인궤교호성호등우점。최후이용해계통진행료격광주동탐측실험，결과표명：해계통가이실시획취병처리실험수거병진행가시화현시，만족격광주동탐측응용수구，위격광주동탐측기술응용제공료일충신수단。
A high efficienc y laser active detection controlling and processing system based on LabVIEW was designed. The principle of system design was presented, as well as the basic construction and diagram of the system. The advantages of muti-thread and modulated designed method of LabVIEW such as function integrity, friendly user interface, strong extensibility, high efficiency and stability were discussed. Experiments were done using the system. The results show that using this system, the data could be acquired, processed and displayed visible in time, which could meet the need of laser active detection. The system designed provides a new way for laser active detection technology.