Dementia Prediction Using OASIS Data for Alzheimer’s Research

Rahul B. Diwate, Ridhya Ghosh, Ritu Jha, Ishu Sagar, Saket Kumar Singh
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Abstract

The role of data science and machine learning in the medical field has increased manifold in recent years. However there lies a vast scope in conditions like dementia. Complex machine learning models are in place to analyze brain images but these fail to perform on numeric biological and social data of the patients. This work analyses the longitudinal brain data of patients collected by OASIS for Alzheimer research. A graphical analysis is performed on the data and several conclusions regarding dementia have been drawn. Multilayer Perceptron and Decision Tree both provided an accuracy of 0.839 and a recall of 0.836 and 0.800 respectively thereby providing the most efficient model for dementia prediction. Machine learning models can help predict dementia using social and biological data of patients to a fairly accurate degree without the requirement of brain MRI images.
使用OASIS数据预测阿尔茨海默病研究
近年来,数据科学和机器学习在医学领域的作用越来越大。然而,在痴呆症等疾病中存在着巨大的范围。复杂的机器学习模型可以用来分析大脑图像,但这些模型无法处理患者的数字、生物和社会数据。本工作分析了OASIS收集的用于阿尔茨海默病研究的患者的纵向脑数据。对数据进行了图形分析,并得出了一些关于痴呆症的结论。多层感知器和决策树的准确率分别为0.839,召回率分别为0.836和0.800,从而为痴呆预测提供了最有效的模型。机器学习模型可以在不需要大脑MRI图像的情况下,利用患者的社会和生物数据,相当准确地预测痴呆症。
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