AN INNOVATIVE APPROACH TO DETECT PARKINSON’S DISEASEUSING MACHINE LEARNING ALGORITHM

Authors

  • U.Udayakumar, J.Jebamalar Tamilselvi Author

Abstract

Parkinson's Disease (PD) is the second most normal age-related neurological problem that prompts a scope of engine and mental side effects. A PD determination is troublesome since its side effects are very similar to those of different problems, like ordinary maturing and fundamental quake. At the point when individuals arrive at 50, apparent side effects, for example, challenges strolling and conveying start to arise. Even though there is no solution for PD, certain drug examine frees some from the side effects. Patients can keep up with their ways of life by controlling the intricacies brought about by the sickness. Right now, it is fundamental to recognize this infection and keep it from advancing. The analysis of the illness has been the subject of much examination. In our venture, we mean to identify PD utilizing various sorts of AI (ML), models, for example, Strategic Relapse, Support Vector Machine (SVM), Random Forest (RF), Decision Tree (DT), K-Nearest Neighbor (KNN) and XGBoost. Every calculation's asset, shortcomings, and materialness in PD discovery are broke down in light of execution measurements like exactness, responsiveness, particularity, and computational productivity. Also, the audit features the meaning of component choice and extraction procedures in working on the exactness of PD discovery models. Include designing strategies customized to separate significant elements from different biomedical information, like hereditary markers, clinical evaluations, and neuroimaging filters, are talked about. The trial consequences of this examination infer that the proposed technique can be utilized to dependably anticipate PD and can be effectively integrated into medical services for finding purposes.

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Published

2024-11-06

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Articles

How to Cite

AN INNOVATIVE APPROACH TO DETECT PARKINSON’S DISEASEUSING MACHINE LEARNING ALGORITHM. (2024). Machine Intelligence Research, 18(2), 328-339. http://machineintelligenceresearchs.com/index.php/mir/article/view/169