本文主要研究内容
作者王振武（2019）在《透玻透膜偏振成像方法研究》一文中研究指出：透玻透膜成像技术在民用卡口登记、交通监控肇事人员、公安追踪逃犯和军事反恐行动等领域有广泛的应用需求,但是因为贴膜玻璃的影响,普通监控设备无法实现透视监控。为实现对贴膜玻璃的透视监控,本文首先根据光线的传输过程建立了透玻透膜偏振成像模型,提出一种利用正交偏振信息的透玻透膜偏振成像方法,然后根据反射光的成像过程,提出一种基于分离反射的透玻透膜成像方法。分别开展模拟实验和室外实测实验,实验结果表明,所提方法能对透玻透膜成像质量有明显改善,具有一定的应用前景。本文的主要研究内容如下:(1)研究薄膜反射光和折射光的偏振特性,分析薄膜的光谱特性。研究光线在薄膜介质分界面处反射和折射时偏振特性的变化规律,测量薄膜的透过率光谱曲线分析薄膜的光谱特性,并分析普通相机难以透视贴膜玻璃的原因。(2)建立透玻透膜偏振成像模型,提出一种利用正交偏振信息的透玻透膜成像方法。根据光线的传输过程建立了透玻透膜偏振成像模型,结合光学调制传递函数特点表征出玻璃和薄膜的传输特性,实现对玻璃和薄膜透射率的估计,并根据目标光和环境光偏振信息的差异,利用目标光和环境光的正交偏振分量实现透玻透膜图像的信息重构。(3)建立透玻透膜反射成像模型,提出一种基于分离反射的透玻透膜偏振成像方法。根据光线在双表面介质处反射和折射的物理过程,建立基于物理层次的反射光成像模型,然后利用反射层和透射层场景信息的互斥性,通过求解出使背景层和反射层互信息最小的入射角度值,进而分离出反射层并保留背景层信息,实现基于分离反射光的透玻透膜成像。(4)针对透玻透膜成像需求,开展室内和室外实验,对两种方法所得的实验结果进行分析,并将两种方法所得结果进行对比。实验结果表明所提算法能有效重构出目标信息,提升了图像中目标的对比度,有效改善了透玻透膜成像质量。
Abstract
tou bo tou mo cheng xiang ji shu zai min yong ka kou deng ji 、jiao tong jian kong zhao shi ren yuan 、gong an zhui zong tao fan he jun shi fan kong hang dong deng ling yu you an fan de ying yong xu qiu ,dan shi yin wei tie mo bo li de ying xiang ,pu tong jian kong she bei mo fa shi xian tou shi jian kong 。wei shi xian dui tie mo bo li de tou shi jian kong ,ben wen shou xian gen ju guang xian de chuan shu guo cheng jian li le tou bo tou mo pian zhen cheng xiang mo xing ,di chu yi chong li yong zheng jiao pian zhen xin xi de tou bo tou mo pian zhen cheng xiang fang fa ,ran hou gen ju fan she guang de cheng xiang guo cheng ,di chu yi chong ji yu fen li fan she de tou bo tou mo cheng xiang fang fa 。fen bie kai zhan mo ni shi yan he shi wai shi ce shi yan ,shi yan jie guo biao ming ,suo di fang fa neng dui tou bo tou mo cheng xiang zhi liang you ming xian gai shan ,ju you yi ding de ying yong qian jing 。ben wen de zhu yao yan jiu nei rong ru xia :(1)yan jiu bao mo fan she guang he she she guang de pian zhen te xing ,fen xi bao mo de guang pu te xing 。yan jiu guang xian zai bao mo jie zhi fen jie mian chu fan she he she she shi pian zhen te xing de bian hua gui lv ,ce liang bao mo de tou guo lv guang pu qu xian fen xi bao mo de guang pu te xing ,bing fen xi pu tong xiang ji nan yi tou shi tie mo bo li de yuan yin 。(2)jian li tou bo tou mo pian zhen cheng xiang mo xing ,di chu yi chong li yong zheng jiao pian zhen xin xi de tou bo tou mo cheng xiang fang fa 。gen ju guang xian de chuan shu guo cheng jian li le tou bo tou mo pian zhen cheng xiang mo xing ,jie ge guang xue diao zhi chuan di han shu te dian biao zheng chu bo li he bao mo de chuan shu te xing ,shi xian dui bo li he bao mo tou she lv de gu ji ,bing gen ju mu biao guang he huan jing guang pian zhen xin xi de cha yi ,li yong mu biao guang he huan jing guang de zheng jiao pian zhen fen liang shi xian tou bo tou mo tu xiang de xin xi chong gou 。(3)jian li tou bo tou mo fan she cheng xiang mo xing ,di chu yi chong ji yu fen li fan she de tou bo tou mo pian zhen cheng xiang fang fa 。gen ju guang xian zai shuang biao mian jie zhi chu fan she he she she de wu li guo cheng ,jian li ji yu wu li ceng ci de fan she guang cheng xiang mo xing ,ran hou li yong fan she ceng he tou she ceng chang jing xin xi de hu chi xing ,tong guo qiu jie chu shi bei jing ceng he fan she ceng hu xin xi zui xiao de ru she jiao du zhi ,jin er fen li chu fan she ceng bing bao liu bei jing ceng xin xi ,shi xian ji yu fen li fan she guang de tou bo tou mo cheng xiang 。(4)zhen dui tou bo tou mo cheng xiang xu qiu ,kai zhan shi nei he shi wai shi yan ,dui liang chong fang fa suo de de shi yan jie guo jin hang fen xi ,bing jiang liang chong fang fa suo de jie guo jin hang dui bi 。shi yan jie guo biao ming suo di suan fa neng you xiao chong gou chu mu biao xin xi ,di sheng le tu xiang zhong mu biao de dui bi du ,you xiao gai shan le tou bo tou mo cheng xiang zhi liang 。
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论文作者分别是来自合肥工业大学的王振武，发表于刊物合肥工业大学2019-09-23论文，是一篇关于透玻透膜偏振成像模型论文,偏振成像论文,图像重构论文,偏振信息论文,分离反射论文,合肥工业大学2019-09-23论文的文章。本文可供学术参考使用，各位学者可以免费参考阅读下载，文章观点不代表本站观点，资料来自合肥工业大学2019-09-23论文网站，若本站收录的文献无意侵犯了您的著作版权，请联系我们删除。
标签：透玻透膜偏振成像模型论文; 偏振成像论文; 图像重构论文; 偏振信息论文; 分离反射论文; 合肥工业大学2019-09-23论文;