Multi-Person Key Points Detection for Abnormal Human Behavior Analysis Using The ConvLSTM-AE Method

Sofia Ariyani, Eko Mulyanto Yuniarno, Mauridhi Hery Purnomo
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Abstract

The detection of abnormal human behavior is an interesting issue to consider in computer vision. The problem of detecting abnormal activities carried out in this study is a problem formulated in the process of monitoring human activities. In understanding the nature of human activities, a system is needed that is applied to data training which is specifically proposed based on ConvLSTM-AE for the detection of moving objects in motion-based events. Detection of anomalies and localization that arise due to camera jitter and movement of objects in the area. With the unusual motion of the video frame, connected component analysis is exploited to provide bounding boxing to find out whether human movements whose activities are based on human poses will be classified as normal or abnormal in a set of activity data. The learning and training process so that the proposed model can capture different duration of time and more optimal processes.
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基于ConvLSTM-AE方法的人异常行为分析的多人关键点检测
在计算机视觉中,异常行为的检测是一个有趣的问题。本文研究的异常活动检测问题是在监测人类活动过程中形成的问题。为了理解人类活动的本质,需要一个应用于数据训练的系统,该系统是专门提出的基于ConvLSTM-AE的基于运动事件的运动物体检测系统。由于摄像机抖动和区域内物体运动而产生的异常检测和定位。针对视频帧的异常运动,利用连通分量分析提供边界装箱,在一组活动数据中判断基于人体姿态的人体运动是否属于正常或异常。学习和训练过程使所提出的模型能够捕获不同持续时间和更优的过程。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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