摘要
为解决部队实弹训练中的训练效率低、安全保障差、组织指挥难、成绩作弊易等难题,对自动显隐靶结构进行了研究并应用振动传感器对靶板振动信号进行了采集,应用Kalman滤波对采集信号进行了处理,基于得到的可应用于弹着点目标识别的振动信息建立了弹着点目标的自动识别系统,应用海伦公式对弹着点位置进行了数值求解,数据分析结果表明弹着点定位算法具有一定精度,实现了目标遥控化、报靶自动化,最终实现了靶区无人化,提高了部队实弹训练手段的信息化水平。
The auto-show target structure is studied and the objects recognition system of points of impact is built to solve the problems such as low efficiency, bad safe keeping, hard to organizing and command and easy to cheat. The target vibration signal is collected applying vibration sensors and the signal is disposed by Kalman filter. The auto-show target system is built up based on the vibration signal. The target position is calculated by Helen formula. The numerical calculation result shows the orientation arithmetic has a certain precision, which realizes the target telecontrol, report automation and unmanned shooting range and increase the information level of army firing practice method.
出处
《电子测量技术》
2013年第7期14-17,共4页
Electronic Measurement Technology
关键词
实弹训练
自动显隐靶
振动
目标识别
firing practice
auto-show target
vibration
objects recognition
