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JOURNALS // Artificial Intelligence and Decision Making // Archive

Artificial Intelligence and Decision Making, 2018 Issue 4, Pages 43–52 (Mi iipr226)

This article is cited in 1 paper

Evolutionary computation and soft computing

Neural network analysis of diffusion-tensor MRI data to determine the dominant pathology of the brain

V. N. Gridin, V. A. Perepelov, V. I. Solodovnikov

Center of Information Technologies in Design, Russian Academy of Sciences, Odintsovo, Moscow region

Abstract: In this paper, neural network analysis of diffusion-tensor magnetic resonance imaging is performed to identify the most informative brain structures for determining the dominant pathology in cases of suspected cerebral microangiopathy or Alzheimer's disease. The data obtained for 19 regions of the brain are studied. They are pre-processed and visualized using Kohonen self-organizing maps. A number of applicant areas for the classifier construction are highlighted. Additional verification to confirm the result obtained is carried out using a multilayer perceptron.

Keywords: diffusion-tensor magnetic resonance imaging; DT-MRI; Alzheimer's disease; cerebral microangiopathy; neural network; Kohonen self-organizing maps; multilayer perceptron.

DOI: 10.14357/20718594180404



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