ASD Screening for Toddlers via Physical Interpretation through Advanced AI

Dinushe Jayasekera, Hasini Alwis, H.M.N.S. Dissanayaka, Rashmika Mudalinayake, Vijani S. Piyawardana, K. Pulasinghe
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Abstract

Autism Spectrum Disorders (ASD) are generally causing challenges for significant communication, social interaction, and behavioral patterns to elderly people and children. Providing early treatments can make a huge advancement in the lives of children. Meanwhile, there is a limited number of systems to screen and identify ASD children. This research project is about developing a set of tools bonding together to one system called "AI - Bot Simon" to screen kids with ASD by filling the gap. In the system development process mainly, Audio, Facial expressions, Gestures, and the Gates of a targeted group of children are considered for screening. Since the target group is 6 months to 4 years, they are in early language development age. On the technical side of view Machine Learning (ML) and Deep Learning (DL) with Neural Networks (NN) are used for advanced screening and monitoring for automation of the process. In the last step of the development, all the outputs or information gathered from each tool or model, processed, analyzed, and provided to the users of the system by an Artificial Intelligence (AI) bot implemented with a web application and a mobile application whether children are suffering from ASD or not.
通过先进的人工智能进行肢体翻译的幼儿自闭症筛查
自闭症谱系障碍(ASD)通常对老年人和儿童的重要沟通、社会互动和行为模式造成挑战。提供早期治疗可以大大改善儿童的生活。与此同时,筛选和识别ASD儿童的系统数量有限。这个研究项目是关于开发一套工具,结合到一个名为“AI - Bot Simon”的系统中,通过填补空白来筛查自闭症儿童。在系统开发过程中,主要考虑目标儿童群体的音频、面部表情、手势和gate进行筛选。由于目标群体为6个月至4岁,他们处于语言发展的早期阶段。在视图的技术方面,机器学习(ML)和深度学习(DL)与神经网络(NN)被用于高级筛选和监控过程的自动化。在开发的最后一步,从每个工具或模型收集的所有输出或信息,经过处理、分析,并由人工智能(AI)机器人通过web应用程序和移动应用程序实现,提供给系统的用户,无论儿童是否患有ASD。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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