Xidian University

Maosen Huang

Huan Li

Jun Zhou

Xiuping Jia

Dong Zhao

Bingjian Wang

Yue Yu

Hanlin Qin

Jiangluqi Song

Bo Yao

Huixin Zhou

Lixin Guo

Runda Qian

Kuanhong Cheng

Juan Du

Shangzhen Song

An interframe registration and adaptive step size-based non-uniformity correction method for an infrared image, comprising: first calculating a normalized cross-power spectrum of n-th and (n&#x2212;1)-th original infrared images with the non-uniformity, and then calculating a horizontal relative displacement and a vertical relative displacement of the n-th and (n&#x2212;1)-th original infrared images with the non-uniformity; calculating a space variance and a time variance of each pixel of the n-th original infrared image with the non-uniformity, using the obtained space variance and time variance to calculate an adaptive iterative step size of each pixel of the n-th original infrared image with the non-uniformity, and using the iterative step size to update a gain correction coefficient and a bias correction coefficient; finally, performing non-uniformity correction on the pixel in an overlapping area of the n-th and (n&#x2212;1)-th original infrared images with the non-uniformity.

Interframe registration and adaptive step size-based non-uniformity correction method for infrared image

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Xi'an, China

Maosen Huang