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Computer Assisted System for Predicting Human Behavior using Time Delay Neural Networks

机译:使用时延神经网络预测人类行为的计算机辅助系统

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The usage of wearable sensors in biomedical applications has led to generation of large stream of physiological sensor data that are time-stamped, continuous and rapid. These physiological data contains hidden knowledge that can be used for building a real-time decision making system for predicting and analyzing human behavior and health conditions. The objective of this work is to develop an effective classification framework that can help the physician in monitoring and analyzing human behavior. The proposed framework highlights the importance of using time delay neural network (TDNN) in constructing a classification model for physiological sensor data. The performance of the proposed framework is experimented and evaluated with the physiological sensor data acquired for human behavior analysis based on multimodal body sensing.
机译:可穿戴式传感器在生物医学应用中的使用已导致生成大量带有时间戳,连续且快速的生理传感器数据流。这些生理数据包含隐藏的知识,这些知识可用于构建用于预测和分析人类行为和健康状况的实时决策系统。这项工作的目的是建立一个有效的分类框架,以帮助医生监视和分析人类行为。提出的框架强调了使用时延神经网络(TDNN)在构建生理传感器数据分类模型中的重要性。所提出的框架的性能是通过基于用于多模式人体感应的人类行为分析所获取的生理传感器数据进行实验和评估的。

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