基于双目立体视觉的军用头盔转动角度的测量

Measurement of Rotary Angle of Military Helmet Based on Binocular Stereo Vision Computer Engineering and Applications

随着虚拟现实技术的不断改进,头盔瞄准技术越来越多地应用在军事模拟训练以及实际作战中。论文基于机器视觉的原理,采用双目立体视觉的测量方法,通过对军用头盔的系统结构和工作机理的分析,搭建了立体视觉系统来测量军用头盔的转动角度。针对测量方法,利用OpenCV计算机视觉库,使用Visual Studio 2013作为软件开发环境进行软件编程,通过软件验证、测量该方法是否可以精确定位头盔位置,并且对测量数据进行分析讨论。

With the continuous improvement of virtual reality technology,helmet targeting technology is increasingly used in military simulation training and actual combat.Based on the principle of machine vision,this paper adopts the binocular stereo vision measurement method.Through the analysis of the system structure and working mechanism of the military helmet,a stereo vision system is set up to measure the rotation angle of the military helmet.For the measurement method,OpenCV computer vision library is used,Visual Studio 2013 is used as a software development environment for software programming,it is verified and measured whether the method can accurately locate the position of the helmet through software,and the measurement data is analyze and discussed.