Journals on Medical Microbiology - BJSTR Journal

Abstract

Patients with long term dry eye (DE) could suffer cornea damage. To date, there is no universal diagnostic test to detect eye dryness. Recently, an automated diagnostic method of DE using #thermographic images provided a good binary classification between normal and DE subjects. The present work focuses on the automatic diagnosis of DE patients using #tear ferning (TF) images. The TF images for 100 subjects were used to classify their degree of dryness automatically (without #human interaction) using a five-point grading scale. First, from each TF image a vector characteristic (VC) was computed to represent each patient during the automatic classification. Then, it was compared to the VC references representing the five points grading scale. Next, each subject's TF image was assigned to the closest reference. The classification of each patient's degree of dryness using the vector characteristic is based on a decision tree approach using "See5”: tools for data mining that generates decision trees for classification purpose. The fully automatic classification (diagnosis) provides a promising result compared to the manual classification by two experts. It was found that 81% of the automatic classification perfectly matched the manual ones. 12% of the automatic grades were misclassified to the next grade (i.e. one grade difference between the automatic and #manual grading). Only 7% were completely misclassified. Future work on the VC and the algorithm of classification using #synthetic TF images could further improve the automatic classification of dry eye patients.

For more articles on BJSTR Journal please click on https://biomedres.us/

For more Medical Microbiology Articles on BJSTR

https://biomedres.us/fulltexts/BJSTR.MS.ID.001702.php

A Computer Aided Automatic Classification of# EyeDryness using Tear Ferning Characteristics by Ali S Saad in BJSTR