Computing Model for Alzheimer Prediction Using Support Vector Machine Classifier
R. Kishore Kanna, U. Mutheeswaran, V. Subha Ramya, R. Gomalavalli, L. K. Hema, A. Ambikapathy
Abstract
The first stage of Alzheimer's disease is known as Mild Cognitive Impairment. Identification of MCI subjects who are at high risk of developing frame over time is crucial for successful therapy. In order to track the progress of numerous Alzheimer's forecasts over time, automated modelling was used in this work. Three separate longitudinal data systems are used to train models. Then, for each experimental investigation, these models are used to assess biomarker data. Finally, MCI patients at risk of acquiring in the future are identified using a typical support vector machine categorization. Both cognitive points and magnetic resonance image-based measurements are used to thoroughly assess the proposed models' prediction ability. Our suggested strategy produced the maximum AUC 88.93% (Accuracy = 84.29%) and 88.13% (Accuracy = 83.26%) in the five different split verification settings, respectively, 1 year and 2 years prior to conversion prediction of MCI data. Important findings of this research include: Clinical changes in magnetic resonance image- based therapies may be predicted more accurately than cognitive points in two ways: Multiple predictive models are more accurate in predicting change than single biomarker models and Neuropsychology programme by themselves may provide superior long-term change prediction. Enhancing the accuracy of Alzheimer occurrences prediction using SVM Classifier Modelling will be the ultimate goal of this research.