红外技术2017，Vol.39Issue(9)：807-813,7.
基于SIP-DSWP系统的透明玻璃面倾角分区标定偏振测量方法
Partition Calibration Polarization Measurement Method of the Transparent Glass Surface Angle Based on SIP-DSWP System
摘要
Abstract
Because of the vignette effect of the edge field viewing, deflection exists in the reconstruction of polarization information using polarization imaging system. Therefore, in this paper, we proposed an imaging system correction method. The method was realized by filed viewing effect correction using the partition instrument matrix. The non-contact testing experiment of the glass-plate angle was conducted by calibrating the 3×3 partition instrument matrix of the SIP-DSWP synchronous polarization imaging system. The result of the experiment shows that the imaging edge field viewing effect and its noise are likely to affect the reconstruction of polarization imaging and polarization information. Compared to the instrument matrix, the partition instrument matrix can reconstruct the polarization information of the target view more accurately, increasing the test accuracy of the transparent glass-plate angle and subsequently establishing an academic foundation for the study of polarization imaging and quantitative testing application.关键词
同时偏振成像系统/斯托克斯矢量/偏振信息/分区仪器矩阵Key words
polarization imaging system at the same time/the stokes vector/polarization information/partitioning instrument matrix分类
数理科学引用本文复制引用
温仁杰,鲁啸天,金伟其,刘敬,王霞,郭宏..基于SIP-DSWP系统的透明玻璃面倾角分区标定偏振测量方法[J].红外技术,2017,39(9):807-813,7.基金项目
国家自然科学基金面上项目(61575023),总装预研基金. （61575023）
