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The rise in Type 2 Diabetes cases has fueled research in robust diagnostic systems. Machine learning integration enhances these systems by analyzing diverse datasets and addressing associated complications like obesity, poor habits, and hypertension. Early detection is crucial, given the severe health implications. ML, paired with natural language processing, aids in prognosis, diagnosis, and prevention plans. Using the PIDD dataset (768 samples, 16 attributes), this research focuses on predicting diabetes with an expanded characteristic set. Pre-processing involves normalization, balancing…mehr

Produktbeschreibung
The rise in Type 2 Diabetes cases has fueled research in robust diagnostic systems. Machine learning integration enhances these systems by analyzing diverse datasets and addressing associated complications like obesity, poor habits, and hypertension. Early detection is crucial, given the severe health implications. ML, paired with natural language processing, aids in prognosis, diagnosis, and prevention plans. Using the PIDD dataset (768 samples, 16 attributes), this research focuses on predicting diabetes with an expanded characteristic set. Pre-processing involves normalization, balancing with SMOTE, and completeness checks to improve model accuracy. Overall, this study emphasizes ML's pivotal role in advancing Type 2 Diabetes understanding and predictive capabilities through meticulous methodologies and dataset selection.
Autorenporträt
Dr M.S.Roobini, B.E-CSE, M.E-SE et Ph.D. en informatique et ingénierie.Ms.C.A.Daphine Desona Clemency, B.Tech-IT, M.E-CSE et poursuit un doctorat en apprentissage automatique et apprentissage profond.Mme Aishwarya D, B.E-CSE, M.E-CSE et poursuit un doctorat. en informatique et ingénierie.Les auteurs sont affiliés au Sathyabama Institute of Science and Technology.