Engagement in Human-Machine Interaction is the process by which entities participating in the interaction establish, maintain, and end their perceived connection. It is essential to monitor the engagement state of patients in various AI-based healthcare paradigms. This includes medical conditions that alter social behavior such as Autism Spectrum Disorder (ASD) or Attention-Deficit/Hyperactivity Disorder (ADHD). Engagement is a multifaceted construct which is composed of behavioral, emotional, and mental components. Previous research has neglected the multi-faceted nature of engagement. In this paper, a system is presented to distinguish these facets using contextual and relational features. This can facilitate further fine-grained analysis. Several machine learning classifiers including traditional and deep learning models are compared for this task. A highest accuracy of 74.57% with an F-Score and mean absolute error of 0.74 and 0.23 respectively was obtained on a balanced dataset of 22242 instances with neural network-based classification.
翻译:参与人类-海洋互动是参与互动的实体建立、保持和结束其感知联系的过程,监测患者参与各种基于AI的保健模式的情况至关重要,其中包括改变社会行为的医学条件,如自闭症谱谱症(ASD)或注意力-缺陷/健康障碍(ADHD)等。参与是由行为、情感和精神组成部分组成的多方面结构。先前的研究忽视了参与的多面性。本文介绍了利用背景和关系特征来区分这些方面的方法。这可以促进进一步的细微分析。对包括传统和深层学习模式在内的若干机器学习分类师进行了这项工作的比较。在22242例基于神经网络分类的均衡数据集中,获得了最高精度74.57%的精度,其中F-分数为0.74和0.23的绝对误差分别为0.74和0.23。