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Posture recognition of nuclear power plant operators by supervised learning

机译:通过监督学习对核电厂运营商的姿势识别

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This paper proposes a postures recognition method of nuclear power plant operators by a supervised learning approach. Operator's silhouettes in the images are detected by combinations of several image processing techniques such as a background subtraction, noise reductions and others. Their postures are recognized by a machine learning technique. Their operations are summarized and visualized with human body computer graphics. The posture recognition is a challenging task because an operator usually takes various postures during power plant operations. To recognize the detected silhouettes, the method uses the four postures that have been classified by the cognitive scientists engaged in human factors research of nuclear power plant operations. In evaluation experiments with over twenty thousand images, the silhouettes are classified to the four postures successfully and the operations are summarized by the classified postures.
机译:本文提出了一种基于监督学习方法的核电站运营者姿态识别方法。通过几种图像处理技术(例如背景减法,降噪等)的组合来检测图像中的操作员轮廓。它们的姿势可以通过机器学习技术来识别。他们的操作可以通过人体计算机图形进行总结和可视化。姿势识别是一项具有挑战性的任务,因为操作员通常在电厂运行期间采取各种姿势。为了识别检测到的轮廓,该方法使用了从事核动力厂运营人为因素研究的认知科学家所分类的四个姿势。在超过两万张图像的评估实验中,将轮廓成功地分类为四个姿势,并通过分类的姿势总结了操作。

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