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Evaluation of Functional Abilities in 0–6 Year Olds: An Analysis with the eEarlyCare Computer Application

机译:0至6岁儿童的功能能力评估:使用eEarlyCare计算机应用程序的分析

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摘要

The application of Industry 4.0 to the field of Health Sciences facilitates precise diagnosis and therapy determination. In particular, its effectiveness has been proven in the development of personalized therapeutic intervention programs. The objectives of this study were (1) to develop a computer application that allows the recording of the observational assessment of users aged 0–6 years old with impairment in functional areas and (2) to assess the effectiveness of computer application. We worked with a sample of 22 users with different degrees of cognitive disability at ages 0–6. The eEarlyCare computer application was developed with the aim of allowing the recording of the results of an evaluation of functional abilities and the interpretation of the results by a comparison with "normal development". In addition, the Machine Learning techniques of supervised and unsupervised learning were applied. The most relevant functional areas were predicted. Furthermore, three clusters of functional development were found. These did not always correspond to the disability degree. These data were visualized with distance map techniques. The use of computer applications together with Machine Learning techniques was shown to facilitate accurate diagnosis and therapeutic intervention. Future studies will address research in other user cohorts and expand the functionality of their application to personalized therapeutic programs.
机译:工业4.0在卫生科学领域的应用有助于精确的诊断和治疗确定。特别是,其有效性已在个性化治疗干预计划的开发中得到证明。这项研究的目的是(1)开发一种计算机应用程序,以记录对0-6岁功能区域有障碍的用户的观察评估;以及(2)评估计算机应用程序的有效性。我们与22名年龄在0至6岁的认知障碍程度不同的用户进行了合作。开发eEarlyCare计算机应用程序的目的是允许记录功能能力评估的结果,并通过与“正常开发”的比较来解释结果。此外,还应用了有监督和无监督学习的机器学习技术。预测了最相关的功能区域。此外,发现了三个功能开发集群。这些并不总是与残疾程度相对应。这些数据通过距离图技术可视化。结果表明,将计算机应用程序与机器学习技术一起使用可促进准确的诊断和治疗干预。未来的研究将针对其他用户群进行研究,并将其应用程序的功能扩展到个性化治疗程序。

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