WANG Pei-yong1, HU Bo2, WANG Jun-jie1, et al. Simulation shooting training system based on miniature CMOS sensor[J]. 2013, 32(9): 101-103. DOI: 10.13873/j.1000-97872013.09.011.
基于微型CMOS传感器模拟射击训练系统
摘要
所研制的是一种适宜于国家射击队清华班使用的模拟射击训练系统
采用微型互补金属—氧化物—半导体(CMOS)高速摄像头来接收目标靶上4只红外LED发出的红外光线
以确定瞄准点在目标靶上的实际位置
并且能实时记录瞄准和射击过程。CMOS高速摄像头体积小
质量轻
能够科学模拟射击训练过程;设计了友好的人机交互界面
解决了训练过程中数据可视化的问题。实验结果表明:CMOS系统性能稳定
达到了设计要求。
Abstract
The developed training system for simulation shooting is suitable for Chinese national shooting team.A miniature CMOS high speed camera receives infrared rays from four IR LED
the target is adopted to locate real position of shooting target on the board
and record aim and shooting process.This CMOS camera is small in size
and light in weight
and can scientifically simulate shooting training process.A friendly human-machine interface is designed
which solves the problem of visualization during the period of shooting practice.The experimental result indicates the system has excellent stability and reaches the requirement of design.