光学测风经纬仪模拟训练系统设计

Design of Optical Wind-Finding Theodolite Simulation Training System

针对光学测风经纬仪实装训练过程中训练效果差、考核手段匮乏,器材、物资消耗大等问题,设计了光学测风经纬仪模拟训练系统;采用单片机、传感器和串口通信等技术设计了中央控制模块、光电转换电路等硬件系统,采用模块化和视景仿真等技术设计了硬件控制软件、系统管理软件和视景仿真软件等软件系统,实现了光学测风经纬仪调平、测风气球跟踪等操作的全仿真模拟和成绩评判,对提高光学测风经纬仪的训练质量和效率具有重要的现实意义。

Aiming at the issues that optical wind-finding theodolite＇ s training effect is poor and lack of as： sessment tools, and great equipment, material consumption and other issues, we designed the optical wind- finding theodolite simulation training system. Using single chip microcomputer, sensor and communication technology, we designed the central control module, a photoelectric conversion circuit and other hardware system. Using modular and visual simulation technology, we designed the control software, system man- agement software, the visual simulation software and other software system. And we realized the optical wind-finding theodolite leveling and balloon tracking operation＇ s the full simulation and performance evaluation. It has important practical significance for improving optical wind-finding theodolite of the training quality and efficiency.