HRV battle training monitoring method based on biological sign and track positioning system

Abstract

The invention provides an HRV battle training monitoring method based on a biological sign and track positioning system, and the method comprises the following steps: (1), calculating the time when auser arrives at a trained place, and recording the time as t1; step (2), recording the time when the user arrives at the trained place as t2, step (3), recording the start time of a single training subject of the user at the trained place, starting recording, and recording the start time as t3; (4) recording the end time of a single training subject of the user at the training location, and recording the end time as t4; and calculating the actual consumed time of single training of the user in the training place according to the difference between t4 and t3, recording the actual consumed timeas Sigma t1, and marking the training record as a normal training record if Sigma t1 is lower than the expected set time. The method can greatly improve the accuracy of the physical sign data of the trainee, and can provide a powerful basic support for monitoring the training process, guaranteeing the training safety and improving the training efficiency.

Description

technical field [0001] The invention relates to the technical fields of trajectory positioning, biometric feature recognition and big data, in particular to a HRV combat training monitoring method based on biological signs and trajectory positioning system. Background technique [0002] Various existing medical products including many wearable detection devices (such as wristbands) do not meet the above requirements: cannot be worn for more than 24 hours; cannot collect data accurately; can only collect data in a controlled environment; Extra wear, easy to forget; traditional conductive rubber will cause skin discomfort; bracelet watches can only test ECG in a limited environment; data accuracy is not enough to calculate HRV data, such as mental stress and physical fatigue values; lack of training monitoring system , periodically collect, monitor and optimize the relevant information of all relevant personnel in a planned manner, and systematically guarantee the life, health...

AI Technical Summary

Problems solved by technology

[0002] Various existing medical products including many wearable detection devices (such as wristbands) do not meet the above requirements: cannot be worn for more than 24 hours; cannot collect data accurately; can only collect data in a controlled environment; Extra wear, easy to forget; traditional conductive rubber will cause skin discomfort; bracelet watches c

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