Tumble detection method based on deep learning and network compression
A technology of deep learning and detection methods, applied in the fields of health monitoring, machine vision recognition, and fall behavior detection, which can solve the problems of high cost and the need for manual setting of thresholds, so as to improve speed and accuracy, and have both flexibility and practicability. , the effect of overcoming limitations
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[0059] This application consists of two parts: a posture detection network and a fall recognition network. The former is a convolutional network and the latter is a recurrent network. Use the human body posture model to obtain the position information of the midpoint (that is, the body center) between the center of the head and the two hips of the human body from the image sequence, calculate the displacement of the body center of the two images before and after, and form a displacement sequence. Send this set of displacement sequences into the recurrent neural network for fall recognition. In order to expand to multi-angle recognition, the recognition probabilities output by cameras in multiple positions are sent to the multi-person voting system for voting discrimination. In order to improve the recognition speed, according to the redundancy of the features output by the convolution kernel, the human body pose estimation network that takes the longest time is clipped.
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