Comeal Endothelium cell segmentation and count using K-means and watershed algorithms

KV Kiran Kumar, G. Srinivasa
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引用次数: 4

Abstract

Corneal endothelial cell segmentation and count is used to diagnose the cornea and validate the health of the eye. Loss of cells, due to damage of endothelial cells leads to dis-functioning of cornea and loss of vision. Unsupervised k-means algorithm, along with the watershed algorithm are used for segmentation of the individual cell areas and hence determine the cell count. Further, cornea related Polymegathism and Pleomorphism are calculated based on the individual cell areas and cell centroids. Algorithms provides a cell count accuracy of 96.87%, with Polymegathism and Pleomorphism.
使用K-means和分水岭算法分割和计数角膜内皮细胞
角膜内皮细胞分割和计数用于角膜的诊断和验证眼睛的健康。由于内皮细胞受损导致的细胞损失导致角膜功能障碍和视力丧失。使用无监督k-means算法和分水岭算法对单个细胞区域进行分割,从而确定细胞计数。此外,根据单个细胞面积和细胞质心计算角膜相关的多巨性和多形性。该算法提供了96.87%的细胞计数精度,具有多巨态和多形性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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