Analyzing Dermoscopy Images using Soft-Computing Tools

Abstract

Recently, a significant quantity of image examination events are proposed and implemented to examine the RGB scaled dermoscopy images. In this work, soft-computing assisted image inspection scheme is applied to extract the suspicious fragment from the Skin Melanoma (SM) images. SM is the pervasive cancers in humans which lead to casualty when it is ignored. The proposed work implements a hybrid image examination tool to extort the SM fragment from both the conventional as well as noise stained images. The noise stained images are considered to test the robustness of the soft-computing tool. This study implements the Kapur's Thresholding (KT) to pre-process the picture and Chan-Vese segmentation to extract the suspicious section. The complete work is implemented on the benchmark dermoscopy datasets and the superiority of the proposed method is confirmed by calculating the essential similarity constraints with a qualified assessment linking the extracted section and the ground truth. The investigational outcome of this study validates that, proposed tool helps to achieve an average similarity measure of >92% for the normal image and >88% for noise stained image.