摘要
为提高人工增雨火箭作业自动化程度,应用GIS、GPS、GPRS技术,以雷达为主要指挥手段、集雷达图像分析、作业预警、作业指挥、火箭状态、数据传递、火箭管理等项功能为一体,建立远程控制人工影响天气火箭自动化作业系统。该系统将指挥中心形成的作业指令无线传递给作业火箭,实现了远程控制火箭的自动旋转和发射,较好地解决了火箭操作烦琐、参数设计不科学、作业记录不完整、指令传输慢等问题。
In order to enhance automatization of rocket operation in weather modification, a long-range controlled automated rocket operation system of weather modification was constructed based on GIS, GPS and GPRS technology. The system takes radar as its main command means and integrates radar image analysis, early warning, operation command, rocket state, data communication and rocket management together. This system transfers operation instructions formed from command centre to the operating rocket site by wireless communication, and realizes automatic azimuth and elevation circumvolution and automatic launch of the long-range controlled rockets. Meanwhile some problems are well solved, such as complicated rocket operation, unscientific parameters design, incomplete operation record, slow instructions transmission and so on. The application of this system provides authentic and reliable data for operation effect test. It fills up the blank of ground automated operation instrument in the field of weather modification in China.
出处
《气象》
CSCD
北大核心
2008年第1期107-113,共7页
Meteorological Monthly
基金
2007年中国气象局气象新技术推广项目“CMATG2007M33”
山东省气象局科研项目“2006sdqxz09”
山东省科技厅科技攻关计划项目“三级人工影响天气作业指挥系统研究”资助
关键词
火箭
人工影响天气
自动化
远程
rocket weather modification automation long-range
