ZigBee和LabVIEW的空空导弹环境状态监测系统设计

新一代空空导弹内部集成了大量的精密元件,为确保导弹铁路运输、日常储存和战时环境下的质量状态,需要实时监测导弹所受的环境信息。以某型空空导弹为研究对象,采用各型传感器装置,同时构建ZigBee无线通信网络,通过网络协调器收集所有采集点的信号信息,将相关信息传入LabVIEW开发平台中进行分析处理,以此设计符合测试需求的空空导弹环境状态监测系统。经过几次具体实践,验证了系统良好的可靠性和可行性,对于提升航空弹药管理工作信息化水平具有重要意义。

Design of Environment States Monitoring System of a Certain Air-to-air Missile Based on ZigBee and LabVIEW

Modern aviation ammunition internally consists of precision components. To ensure the safety of aviation ammunition in railway transportation,daily storage and the quality status of wartime environment,it really needs a real-time monitoring of environment conditions in aviation ammunition. Using a series of sensors,constructing the ZigBee wireless communication network,through the coordinator to collect information of signal in all the network,with the help of the LabVIEW development platform that can analyze and process signal,it designs the monitoring system that can meet the demand of air-to-air missile environment states monitoring. After some practices,high reliability and feasibility of the system is proved,and it has great significant in improving information level of aviation ammunition management work.