摘要
文章从供电、消防安全、环境动力监控、网络视频监控、数据质量监控等方面综述了无人值守雷达稳定运行所需要综合考虑的一整套远程监控系统设计方案,通过远程视频监控,采用Microsoft Visual C#语言开发通信传输程序,定时对数据进行分析,多方式获得雷达设备故障信息和数据传输异常信息,实现偏远雷达台站无人或少人值守。该系统可以在提高雷达可用性、保障设备安全和数据质量、减少故障响应时间、降低维护保障经费等方面提供参考,同时,也为将要布设雷达的台站提供借鉴。
This paper summarizes the design of remote monitoring and control system which need to be considered comprehensively in the aspects of power supply,fire safety,environment power monitoring,network video monitoring and data quality monitoring.Through remote video surveillance,it develops communication and transmission procedures by using Microsoft Visual C # language,analyzes data regularly and acquires radar equipment fault information and data transmission information in many ways,which can be used to realize remote radar stations with no one or few people on duty.The system has important practical significance for improving the availability of radar,ensuring the safety of equipment and data quality,reducing the response time of the fault and lowering the maintenance and protection funding.At the same time,it also provides a reference for the station where the radar will be deployed.
作者
陈利芳
张初江
杨小明
Chen Lifang;Zhang Chujiang;Yang Xiaoming(Fuzhou Meteorological Bureau,Fuzhou 344000;Linchuan Meteorological Bureau of Fuzhou,Fuzhou 344000)
出处
《气象水文海洋仪器》
2018年第3期61-64,共4页
Meteorological,Hydrological and Marine Instruments
基金
由江西省气象科技重点项目"新一代天气雷达(CINRAD/SA)远程智能控制系统设计"(项目编号:赣气科验字[2017]第5号)资助
关键词
无人值守雷达
远程监控
视频监控
unmanned radar;remote monitoring;video surveillance