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Infrared image simulation of ground maneuver target and scene

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【作者】 穆成坡彭明松高翔张睿恒董清先

【Author】 MU Cheng-po;PENG Ming-song;GAO Xiang;ZHANG Rui-heng;DONG Qing-xian;School of Mechatronical Engineering,Beijing Institute of Technology;

【机构】 School of Mechatronical Engineering,Beijing Institute of Technology

【摘要】 Infrared scene simulation has extensive applications in military and civil fields. Based on a certain experimental environment,object-oriented graphics rendering engine( OGRE) is utilized to simulate a real three-dimensional infrared complex scene. First,the target radiation of each part is calculated based on our experimental data. Then through the analysis of the radiation characteristics of targets and related material,an infrared texture library is established and the 3ds Max software is applied to establish an infrared radiation model.Finally,a real complex infrared scene is created by using the OGRE engine image rendering technology and graphic processing unit( GPU) programmable pipeline technology. The results show that the simulation images are very similar to real images and are good supplements to real data.

【Abstract】 Infrared scene simulation has extensive applications in military and civil fields. Based on a certain experimental environment,object-oriented graphics rendering engine( OGRE) is utilized to simulate a real three-dimensional infrared complex scene. First,the target radiation of each part is calculated based on our experimental data. Then through the analysis of the radiation characteristics of targets and related material,an infrared texture library is established and the 3ds Max software is applied to establish an infrared radiation model.Finally,a real complex infrared scene is created by using the OGRE engine image rendering technology and graphic processing unit( GPU) programmable pipeline technology. The results show that the simulation images are very similar to real images and are good supplements to real data.

【基金】 Supported by the National Twelfth Five-Year Project(40405050303)
  • 【文献出处】 Journal of Beijing Institute of Technology ,北京理工大学学报(英文版) , 编辑部邮箱 ,2016年02期
  • 【分类号】TP391.41
  • 【被引频次】6
  • 【下载频次】76
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