Key result
DiagnoMe mobile app uses machine learning to predict cardiovascular disease, Parkinson's, and pneumonia.
Why the study?
Environmental conditions and lifestyle habits contribute to chronic diseases requiring lifelong treatment, emphasizing the need for early identification for prevention and accurate diagnosis.
The study introduces a mobile application concept utilizing various deep learning models for the early identification and prediction of multiple chronic diseases.
Answers are grounded in this paper and cite their sources.
Should not yet change practice; leaves open the utility of ML-based mobile apps for multi-disease prediction.
This research introduces a novel approach to chronic disease prediction and identification u sing advanced machine-learning techniques. It addresses the challenges posed by environmental conditions and lifestyle habits contributing to chronic diseases, emphasizing the importance of early disease identification f or prevention a nd accurate diagnosis. Common chronic diseases like Parkinson's Disease, Cardiovascular Disease, Pneumonia, and Skin Diseases are discussed as requiring lifelong treatments. The study's four key components include an RNN-based model for predicting Parkinson's disease, a comparative study of prediction methods for cardiovascular diseases, a Neural Network-based technique for automated skin disease detection, and an explanation of Automated Chest X-ray Diagnosis through Advanced Deep Learning. These components collectively offer a comprehensive and innovative approach to chronic disease diagnosis, with the goal of developing a mobile application based on highly accurate deep learning models to improve healthcare outcomes.
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Perera et al. (2023) studied Chronic diseases (Parkinson's Disease, Cardiovascular Disease, Pneumonia, Skin Diseases). DiagnoMe mobile application was evaluated. The DiagnoMe mobile application utilizes advanced machine-learning and deep learning models to predict and identify chronic diseases including Parkinson's, cardiovascular disease, and pneumonia.
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