Iris Diagnosis – A Quantitative Non-Invasive Tool for
Diabetes Detection
Journal:
GRENZE International Journal of Computer Theory and Engineering
Authors:
Mithun B S, R Sneha, Vinay Raj K, Basavaraj Hiremath, B. Ragavendrasamy
Volume:
3
Issue:
4
Grenze ID:
01.GIJCTE.3.4.78
Pages:
526-532
Abstract
Iris Diagnosis is a novel approach to assess various pathological conditions based
on the Iris patterns. Iris Image analysis is a non-invasive technique for determining the
health condition of an individual. Correct and timely diagnosis is critical, yet is the absolute
requirement of medical science. In general, current approaches fail to diagnose various
diseases correctly. An attempt is being made in the current research to explore the
possibility of diagnosing diabetes from the representations of the Iris. Initially the images of
eye are captured using Iridoscope and a database is created with their clinical history.
Various algorithms are developed to assess the quality of the Iris image, and then
segmentation and feature extraction techniques such as GLCM and DCT are applied.
Feature extraction plays a vital role in assessment of the individual to be diabetic or not. In
order to assess the presently proposed approach, 30 patient data were acquired for which
the present approach was able to detect diabetic or not with an accuracy of 83%.