Motion monitoring system

Abstract

The invention discloses a motion monitoring system. The motion monitoring system comprises electrophysiological calculation equipment, a motion acquisition device, an electrophysiological data communication device and an electrophysiological recording device, wherein the electrophysiological calculation equipment comprises a central control device, and the motion acquisition device acquires 3D motion data of a to-be-monitored object and sends the 3D motion data to the central control device; the central control device generates a start instruction and an end instruction according to a triggerby a user, analyzes the 3D motion data, obtains motion state data, and records target motion state data between the start instruction and the end instruction; the electrophysiological data communication device sends generation time of the start instruction and the end instruction and the target motion state data to the electrophysiological recording device; and the electrophysiological recording device marks the received generation time in the electrophysiological data generated in neuron activities of the to-be-monitored object, and determines and records the electrophysiological data matchedwith the target motion state data. The scheme improves the matching degree of animal behaviors and neuron discharge activities in accuracy and time.

Description

technical field [0001] Embodiments of the present invention relate to the technical field of motion monitoring, and in particular, to a motion monitoring system. Background technique [0002] The behavior of animals is evolved through the mutual interaction between animals and the environment. When animals move in the environment, they constantly receive information input from the environment. The information is integrated and processed in the central nervous system, and combined with their own state, they issue appropriate behaviors. Instructions to control animals to make a series of actions, such as controlling animal feeding, predation and drinking behaviors. [0003] The neuron activity of the animal cooperates with the behavior state of the animal. In order to decode the neuron activity signal of the animal and understand the behavior state of the animal, it is usually necessary to match the behavior of the animal with the neuron activity, and decode the neuron with th...

AI Technical Summary

Problems solved by technology

[0004] However, this method is only suitable for the behavior monitoring of some larger animals. For the monitoring of small animals such as rats and mice, there is a certain delay in the recording of animal motion through video and the behavior reflected in the video is limited.

However, the accuracy of neuron firing activity is very high, and the neuron firing activity is usually at the millisecond level. Therefore, the existing motion monitoring methods cannot keep the animal behavior data consistent with the neuron firing activity in terms of accuracy and time.

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