首页> 外文会议>Annual International Conference of the IEEE Engineering in Medicine and Biology Society >Comparison of Multi-class Machine Learning Methods for the Identification of Factors Most Predictive of Prognosis in Neurobehavioral assessment of Pediatric Severe Disorder of Consciousness through LOCFAS scale*
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Comparison of Multi-class Machine Learning Methods for the Identification of Factors Most Predictive of Prognosis in Neurobehavioral assessment of Pediatric Severe Disorder of Consciousness through LOCFAS scale*

机译:通过LOCFAS量表比较多类机器学习方法以确定最可预测预后的小儿意识障碍神经行为的神经行为*

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Severe Disorders of Consciousness (DoC) are generally caused by brain trauma, anoxia or stroke, and result in conditions ranging from coma to the confused-agitated state. Prognostic decision is difficult to achieve during the first year after injury, especially in the pediatric cases. Nevertheless, prognosis crucially informs rehabilitation decision and family expectations. We compared four multi-class machine learning classification approaches for the prognostic decision in pediatric DoC. We identified domains of a neurobehavioral assessment tool, Level of Cognitive Functioning Assessment Scale, mostly contributing to decision in a cohort of 124 cases. We showed the possibility to generalize to new admitted pediatric cases, thus paving the way for real employment of machine learning classifiers as an assistive tool to prognostic decision in clinics.
机译:严重的意识障碍(DoC)通常是由脑外伤,缺氧或中风引起的,并导致从昏迷到困惑不安状态的各种状况。受伤后第一年很难做出预后决定,尤其是在儿科病例中。然而,预后至关重要地决定了康复决策和家庭期望。我们比较了四种多类机器学习分类方法在儿科DoC中的预后决策。我们确定了神经行为评估工具的领域,即认知功能评估量表,主要是在124例病例中为决策做出了贡献。我们展示了将其推广到新入院的儿科病例的可能性,从而为机器学习分类器的实际使用铺平了道路,将其作为临床预后决策的辅助工具。

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