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Cross-correlation and image alignment for multi-band IR sensors

机译:多频带红外传感器的互相关和图像对齐

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We present the development of a cross-correlation algorithm for correlating objects in the long wave, mid wave and short wave Infrared sensor arrays. The goal is to align the images in the multi-sensor suite by correlating multiple key features in the images. Due to the wavelength differences, the object appears very differently in the sensor images even the sensors focus on the same object. In order to perform accurate correlation of the same object in the multi-band images, we perform image processing on the images so that the features of the object become similar to each other. Fourier domain band pass filters are used to enhance the images. Mexican Hat and Gaussian Derivative Wavelets are used to further enhance the features of the object. A Python based QT graphical user interface has been implemented to carry out the process. We show reliable results of the cross-correlation of the objects in multiple band videos.
机译:我们提出了一种用于在长波,中波和短波红外传感器阵列中关联对象的互相关算法的开发。目标是通过关联图像中的多个关键特征来对齐多传感器套件中的图像。由于波长的差异,即使传感器聚焦在同一物体上,物体在传感器图像中的显示也大不相同。为了在多波段图像中执行相同对象的精确关联,我们对图像执行图像处理,以使对象的特征变得彼此相似。傅立叶域带通滤波器用于增强图像。墨西哥帽和高斯导数小波用于进一步增强对象的特征。已经实现了基于Python的QT图形用户界面来执行该过程。我们显示了多波段视频中对象互相关的可靠结果。

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