Fast Prediction of Cortical Dementia Based on Original Brain MRI images Using Convolutional Neural Network

M. Amini, H. Sajedi, Tayeb Mahmoodi, S. Mirzaei
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引用次数: 2

Abstract

Fast and automatic identification of different types of Cortical Dementia, specially Alzheimer’s disease, based on Brain MRI images, is a crucial technology which can help physicians in early and effective treatment. Although preprocessing of MRI images could improve the accuracy of machine learning techniques for classification of the normal and abnormal cases, this could slow down the process of automatic identification and tarnish the applicability of these methods in clinics and laboratories. In this paper we examine classification of a small sample of the original brain MRI images, using a 2D Convolutional Neural Network (CNN). The data consists of 172 healthy individuals as the control group (HC) and only 89 patients with different grades of Dementia (DP) which was collected in National Brain Mapping Center of Iran. The model could achieve an accuracy of 97.47% on the test set and 93.88% based on a 5-fold cross-validation.
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基于原始脑MRI图像的卷积神经网络快速预测皮质性痴呆
基于脑MRI图像快速自动识别不同类型的皮质性痴呆,特别是阿尔茨海默病,是帮助医生早期有效治疗的关键技术。尽管对MRI图像进行预处理可以提高机器学习技术对正常和异常病例进行分类的准确性,但这可能会减慢自动识别的过程,并损害这些方法在诊所和实验室中的适用性。在本文中,我们使用二维卷积神经网络(CNN)研究了原始大脑MRI图像的小样本分类。数据包括172名健康个体作为对照组(HC)和89名不同程度的痴呆(DP)患者,这些患者来自伊朗国家脑制图中心。该模型在测试集上的准确率为97.47%,在5倍交叉验证的基础上,准确率为93.88%。
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