A Statistical Approach for Intensity Loss Compensation of Confocal Microscopy Images

In this paper a probabilistic technique for compensation of intensity loss in the confocal microscopy images is presented. Confocal microscopy images are modeled as a mixture of two Gaussians, one representing the background and another corresponding to the foreground. Images are segmented into foreground and background by applying Expectation Maximization (EM) algorithm to the mixture. Final intensity compensation is carried out by scaling and shifting the original intensities with help of parameters estimated for the foreground. Since foreground is separated to calculate the compensation parameters, the method is effective even when image structure changes from frame to frame. As Intensity Decay Function (IDF) is not used, complexity associated with estimation of IDF parameters is eliminated. Also, images can be compensated out of order as only information from the reference image is required for compensation of any image. These properties make our method an ideal tool for intensity...

• Type: Conference
• Year: 2007
• Where: ICIP
• Authors: Sowmya Gopinath, Ninad Thakoor, Jean Gao, Kate Luby-Phelps
• Keywords: Confocal Microscopy Images, Final Intensity Compensation, ICIP 2007, IDF Parameters, Image Processing, Intensity Decay Function, Intensity Loss