The diagnosis of eye diseases, especially those related to diabetes, has long posed enormous challenges for ophthalmologists in developing countries. In Africa, the main difficulty stems from the limited number of tec...
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ISBN:
(纸本)9783031821554;9783031821561
The diagnosis of eye diseases, especially those related to diabetes, has long posed enormous challenges for ophthalmologists in developing countries. In Africa, the main difficulty stems from the limited number of technologies and/or equipment available. Nowadays, with the advancement of technology and the proliferation of artificial intelligence models, the detection and analysis of eye diseases are becoming increasingly easier. It is clear that existing prediction systems can diagnose eye disorders such as glaucoma, cataracts, diabetic retinopathy, etc., but sometimes with very low accuracy. Manual diagnosis of fundus images by ophthalmologists also constitutes a slow, expensive, tedious task and may even be prone to errors. However, despite this, it is worth noting that some doctors still continue to practice this method. This paper highlights the crucial role of artificial intelligence systems, particularly those based on machine learning or deep learning, in the early detection of diabetes-related eye disorders in Africa. In a continent where the prevalence of diabetes is increasing, but resources are limited, these technologies offer significant potential to improve access to ocular healthcare and reduce the workload of healthcare professionals. This also underscores the importance of promoting research in the field of artificial intelligence in ophthalmology, especially in the African context.
The proceedings contain 57 papers. The special focus in this conference is on Innovations in Computational intelligence and Computer Vision. The topics include: Attention Deficit Hyperactivity Disorder Prediction Usin...
ISBN:
(纸本)9789819926015
The proceedings contain 57 papers. The special focus in this conference is on Innovations in Computational intelligence and Computer Vision. The topics include: Attention Deficit Hyperactivity Disorder Prediction Using Resting-State Networks;Neuroinformatics Deep Learning Synthesizer Based on Impulse Control Disorder Using LSTM Cells;Wasserstein GANs-Enabled Spectral Normalization on Credit Card Fraud Detection;Classification of Bipolar Disorder Using Deep Learning Models on fMRI Data;Predicting Schizophrenia from fMRI Using Deep Learning;patrolling Robot with Facial Detection;a Graph-Based Relook Beyond Metadata for Music Recommendation;an Interpretability Assisted Empirical Study of Affective Traits in Visual Content of Disinformation;multi-scale Fusion-Based Object Detection Network for Advance Driver Assistance Systems;secured Face recognition System Based on Blockchain with machine Learning;Vectorization of Python Programs Using Recursive LSTM Autoencoders;phenology Detection for Croplands Using Sentinel-2 and Computer Vision Techniques;deep Learning-Based Safety Assurance of Construction Workers: Real-Time Safety Kit Detection;Automatic Detection and Classification of Melanoma Using the Combination of CNN and SVM;CyINSAT: Cyclone Dataset from Indian National Satellite for Forecasting;classification of Ocular Diseases: A Vision Transformer-Based Approach;Analyzing Performance of Masked R-CNN Under the Influence of Distortions;COVID-19 Detection in Chest X-Ray Images Using Non-iterative Deterministic Learning Classifier;multimodal Classification via Visual and Lingual Feature Layer Fusion;a Review on Rural Women’s Entrepreneurship Using machine Learning Models;classifying Paintings/Artworks Using Deep Learning Techniques;handling Class Imbalance Problem Using Feature Selection Techniques: A Review;an Intelligent Human Pose Recommendation System Using Feature Fusion Technique;ensemble machine Learning Algorithms for Predicting Cardiovascular Disease;AI-Based Open
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