Automated feature extraction and identification of colon carcinoma.

Abstract

OBJECTIVE To assess an automated algorithm, developed for the classification of normal and cancerous colonic mucosa, using geometric analysis of features and texture analysis. STUDY DESIGN Twenty-one images were analyzed, 10 from normal and 11 from cancerous mucosa. The classification was based on a regularity index dependent on shape, object orientation for establishing parallelism and five texture features derived using the co-occurrence image analysis method. RESULTS Geometric analysis yielded an overall classification accuracy of 80%. The corresponding sensitivity and specificity were 94% and 64%, respectively. Using texture analysis, the overall classification accuracy was 90%, with a sensitivity and specificity of 82% and 100%, respectively. CONCLUSION This initial study demonstrated that geometric and texture analysis techniques show promise for automated analysis of colon cancer.

Cite this paper

@article{Esgiar1998AutomatedFE, title={Automated feature extraction and identification of colon carcinoma.}, author={Abdelrahim Nasser Esgiar and Raouf N . G . Naguib and Max Bennett and Andrea K Murray}, journal={Analytical and quantitative cytology and histology}, year={1998}, volume={20 4}, pages={297-301} }