Method and system for monitoring action response condition

Abstract

The invention relates to the technical field of the computer and discloses a method and a system for monitoring a motion action condition. The method comprises the steps of: outputting a reference signal at a preset frequency; acquiring a trigger signal trigged by the action of the user according to the frequency of the reference signal in real time; respectively comparing the frequency of each trigger signal with that of the reference signal; and determining the action response condition of the user according to the frequency compared result of the trigger signal and the reference signal. The system comprises a reference signal output unit, a trigger unit acquiring unit, a frequency discriminating unit, an analyzing unit and the like. According to the method and the system, the frequency of the trigger signal corresponding to each action is compared with the frequency of the reference signal, the action response condition of the user, which is judged according to the frequency compared result, conforms to the reality better, and conforms to a principle of the motor nerve coordination theory better.

Description

technical field [0001] The invention relates to the field of computer technology, in particular to a method and system for monitoring motion response conditions. Background technique [0002] Neuromotor coordination is the autonomous coordination function of the human central nervous system, peripheral nervous system, autonomic nerves, and motor system. Studies have shown that different degrees of damage to the nerve center function caused by diseases, developmental disorders, trauma, neurosurgery, etc., such as cognitive dysfunction, will affect the patient's neuromotor coordination function. The neuromotor synergy will affect the subject's cognitive ability, learning ability, such as concentration, speed of thinking, reading and writing abilities. [0003] In the past 10 years, the theory of neural synergy and neural plasticity has been widely recognized. Finding an effective way to intervene in the central system properly, we can understand the subject's neuromotor funct...

AI Technical Summary

Problems solved by technology

[0007] 1. The system cannot accurately monitor the execution process of the user's actions, such as knowing the initial moment of the execution of the user's actions, etc.;

[0008] 2. During the application of the above system, if the measured object misses a required moment at a certain moment, such as delaying the completion of an action by 5 seconds, the latter action must be accelerated for 5 seconds to complete to keep up with the rhythm of the guidance signal, and If it moves according to the predetermined rhythm, it cannot complete the next action at the moment required by the guidance signal, and it is judged that the neuromotor function is poor or unbalanced, and the above-mentioned acceleration will cause the neuromotor function of the tested object to further deteriorate. The imbalance leads to the conclusion that the system needs to be coordinated and completed through uncoordinated action execution. Therefore, the detection accuracy of the system in the prior art is not high, and even violates the basic theory of nerve movement coordination: make the measured object follow the Regular rhythm to complete the action

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