Glaucoma Image Classification Using Entropy Feature and Maximum Likelihood Classifier

Abstract

In general, the nerve that links the eye to the brain is affected because of high eye pressure. The most common kind of glaucoma sometimes has no other symptoms than a gradual loss of vision. In this study, the Glaucoma Image Classification (GIC) is made by using different entropy features and Maximum Likelihood Classifier (MLC). Initially, the input fundus images are decomposed by using rankles transform, then the entropy features like sample entropy, Shannon entropy and approximate entropy are used to extract features. Finally, MLC is applied for classification. The GIC scheme’s function produces the classification accuracy of 96 % by using Shannon entropy feature and MLC.

Smart Weed Detection: An Real-Time Weed Detection for Onion Plantation

“…In a single study, single neural network generates bounding boxes and class of probabilities, bringing its performance to a completely new level. Because the entire process is a single pipeline, it may be further optimized [16].…”