动态背景下基于OpenGL的红外目标跟踪仿真系统  

Infrared target tracking simulation system in dynamic background based open GL

作　　者：李艺辰 曲劲松 毛征[1] 王邵奔 袁翠红 Li Yichen;Qu Jinsong;Mao Zheng;Wang Shaoben;Yuan Cuihong(Beijing University of Technology, Beijing 100124, China;China Ordnance Equipment Research Academy, Beijing 102209, China)

机构地区：[1]北京工业大学,北京100124 [2]中国兵器装备研究院,北京102209

出　　处：《国外电子测量技术》2018年第8期118-122,共5页Foreign Electronic Measurement Technology

摘　　要：武器系统的军用仿真平台在当今科技发达的时代与时俱进,其主要功能分为：为了节约实验开发成本,在实物做出来之前验证其可行性进行事前仿真;在没有实物的基础上对理论进行再优化,完善系统模型。本系统基于VS2013平台进行高炮仿真系统中的3D视景仿真与目标跟踪,包括基于OpenGL的3D场景搭建和基于OpenCV的图像处理。红外目标采用3DsMAX生成,生成目标包括武装直升机、F22以及巡航导弹。仿真结果分为两个窗口分别显示处理前后的帧图像。通过帧实验结果可以看出,此视景仿真系统可以较好的模拟出武器仿真系统的视景窗口。仿真系统运行流畅,目标模型可以改变飞行姿态。左侧窗口可以对红外目标进行目标捕获与追踪,这达到了实验的预期目的。The military simulation platform for weapon systems is advancing with the times in today′s technologically advanced era.Its main functions are divided into the following two points：One is the prior simulation.In order to save experimental development costs,the feasibility of the system is verified before the physical objection is made.The second point is to re-optimize the theory on the basis of no physical object,and to perfect the system model.The system based on the VS2013 platform for simulation of the artillery simulation system in 3 Dscene and target tracking.Among them,including the OpenGL-based 3 Dscene structures and OpenCV-based image processing.The infrared targets are generated using 3 DsMAX,generating targets including armed helicopters,F22 and cruise missiles.Simulation results are divided into two windows show the frame image before and after processing.It can be seen from the frame experiment results that the visual simulation system can simulate the visual window of the weapon simulation system.The simulation system runs smoothly and the target model can change the flight attitude.The left window allows target capture and tracking of infrared targets,which achieves the intended purpose of the experiment.

关 键 词：OPENGL OPENCV 目标跟踪 图像处理 红外仿真 

分 类 号：TP391[自动化与计算机技术—计算机应用技术]