基于深度神经网络的青少年和成人ASD分类

A. Mohanty, Priyadarsan Parida, K. C. Patra
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引用次数: 0

摘要

自闭症谱系障碍(ASD)是一种影响个体行为和沟通能力的神经系统疾病。它阻碍了个体的识别能力。因此,对ASD患者的首要责任是尽早发现,尽量减少其影响。ASD的临床诊断过程冗长且昂贵。因此,在此过程中,ASD数据集被存储在Kaggle和UCI机器学习(ML)存储库等经过认证的站点中,以进行临床研究。来自所有类别的个人数据,包括成人、青少年、儿童和幼儿,由基于移动的ASDTest应用程序收集,并带有某些筛选问题。该方法采用Landmark Isomap对青少年和成人数据集进行降维,改进深度神经网络分类预测(iDNNPC)架构对ASD分类进行检测。性能参数的评价证实了i-DNNPC分类器模型的完成。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
ASD Classification in Adolescent and Adult Utilizing Deep Neural Network
Autism Spectrum Disorder (ASD) is one of the neurological illnesses affecting the behaviour and communicative skills of an individual. It hampers the recognition capability of an individual. Hence it is the primary responsibility towards the affected individuals with ASD for early detection to minimize its effect. ASD clinical diagnosis procedure is lengthy and expensive. So, against the procedure, ASD datasets are stored in authenticated sites like Kaggle and UCI Machine Learning (ML) repository to carry out clinical research. The data from all the category of individuals including adult, adolescent, child and toddler got collected by a mobile based ASDTest app with certain screening questions. The proposed method covered the category of adolescent and adult datasets with implementation of Landmark Isomap for dimension reduction and then improved Deep Neural Network prediction with classification (iDNNPC) architecture for detecting ASD class. The evaluation of performance parameters confirmed the accomplishment of i-DNNPC classifier model.
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