摘要
提出了一种基于声学法的弹着点精确定位数学模型·利用声传感器接收炸弹爆炸的声音信号,得出声波传播的相对时间数据,考虑环境噪声、温湿度、风速风向对爆炸声波的影响,使用该模型,快速计算出弹着点的精确位置,将结果送到阵地指挥部,为修改射击诸元提供校验参数,便于各级指挥员对整个实弹射击训练过程进行科学、准确地评估·通过实弹射击测试弹着点数据的验证,表明该模型正确有效·能提高部队军事训练的效率,大大节省国防开支·
An acoustics-based mathematic model is developed to detect exactly the points of impact of bombs/shells. Receiving detonation sound wave signal by acoustics sensors to get the relative time data of sonic transmission and taking account of the effects of background noise, temperature, humidity and wind speed/direction on detonation sound wave. The model can be used to calculate the exact position of a point of impact rapidly. Then, the result is sent to the command control post automatically as reference for calibration to modify firing data. The whole service practice firing shooting can thus be evaluated scientifically and precisely. As proved by actual spotting verification, the model is regarded as exact and effective in improving the efficiency of military drill, with expenses reduced greatly.
出处
《东北大学学报（自然科学版）》
EI
CAS
CSCD
北大核心
2005年第5期429-432,共4页
Journal of Northeastern University(Natural Science)
基金
教育部博士点基金资助项目(20030145017)
关键词
声学定位
传感器
弹着点
校验
射击诸元
acoustic spotting
sensor
point of impact
calibration
firing data
