Human fall detection based on event pattern matching with ultrasonic array sensors

Yuan-Tsung Chang, T. Shih
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引用次数: 8

Abstract

We proposed an algorithm for fall detection based on event pattern matching with ultrasonic array sensors signal. In several references cited later using ultrasonic sensors to detect human fall. But shows miss detection of event pattern matching algorithm. Our contributions are the algorithm and improvement of the human fall detection results. We predict that the major bottleneck would be the implementation of ultrasonic array sensors. The type of falling events was determined through the implemented SVM model. The CEP and Event Pattern Matching are then applied to verify the falling event to ensure no false positive result taken place. The results demonstrate that a better performance can be achieved based on the designed algorithm. The quality of images also plays an important role of accuracy.
基于事件模式匹配的超声阵列传感器人体跌倒检测
提出了一种基于事件模式匹配超声阵列传感器信号的跌倒检测算法。在后来引用的几个参考文献中,使用超声波传感器来检测人类的跌倒。给出了事件模式匹配的缺失检测算法。我们的贡献是对人体跌倒检测结果的算法和改进。我们预测,主要的瓶颈将是超声阵列传感器的实现。通过实现的SVM模型确定坠落事件的类型。然后应用CEP和事件模式匹配来验证下降事件,以确保不会发生假阳性结果。实验结果表明,基于所设计的算法可以获得更好的性能。图像的质量对精度也起着重要的作用。
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