Imaging through scattering media

Abstract

Image processing is an important and progressing field as there are many applications namely: Medical imaging, Remote sensing, Robotics, Geology and etc. Despite its diverse applications, there are still many improvements made to advance in this field due to some of the recurring problems it possesses. The problem of enhancing image quality is still existent due to the scattering media present in our daily lives. This project will focus on utilizing the knowledge of Point Spread Function to achieve image reconstruction through deconvolution methods namely the Wiener Filter and the Richardson-Lucy Deconvolution. Results can be observed and the difference between the deconvolution methods are evident as imaging through scattering media does not pose a problem in reconstructing the image through these methods.