Wearable real-time action guidance system and method

Abstract

The invention discloses a wearable real-time action guidance system and method. The system adopts a distributed artificial intelligence architecture, consists of hardware (a sensor), a mobile phone APP (local and real-time) and a cloud server (global and afterwards), combines local intelligent real-time feedback and global intelligent continuous update learning together, and pushes computing powerfrom cloud to the hardware and a mobile phone. The wearable real-time action guidance system provided by the invention has the beneficial effects that the wearable real-time action guidance system provided by the invention can realize omnibearing real-time acquisition of various kinds of information in the movement process, intelligent processing of movement information and targeted real-time action guidance, greatly reduces data delay, and gets rid of dependence on cloud and a network.

Description

technical field [0001] The invention relates to an action guidance system and method, in particular to a wearable real-time action guidance system and method, and belongs to the technical field of computers. Background technique [0002] As people pay more attention to health, sports have gradually become a way of life for more and more people. However, if sports enthusiasts exercise blindly without a scientific, reasonable and complete training guidance plan, it is easy to cause serious damage to the body. damage. Therefore, how to reasonably and scientifically evaluate the correctness of sports actions, improve the accuracy and scientificity of athletes' training, and provide targeted training guidance programs has become a key issue that urgently needs research and development. [0003] In exercise and training, the correct movement is very important, and the wrong movement will often become a health killer. Not only will it not achieve the effect of exercise, but it wil...

AI Technical Summary

Problems solved by technology

[0020] (1) Using multiple sensors, one set of the whole body works together, occupies a fixed space, is not portable, cannot be used daily, and is expensive;

[0021] (2) There is only motion capture and recording of motion, mainly data collection, no real-time motion analysis, and no real-time feedback on the user's posture and motion;

[0022] (3) When using WIFI, the power consumption is high, and a large battery and a transmitting base station need to be carried on the back, which affects sports and is not suitable for outdoor use;

[0023] (4) Use a magnetometer to calculate the angle, and the anti-interference performance is very poor. A slightly larger metal will cause the hands and legs to float, and various displacement differences will appear after a long time of use;

[0024] (5) Must work with PC

[0025] The US ZEPP company has launched a motion capture system using a single sensor, which collects single-point data, for example: connecting the sensor to the end of the bat to record the bat speed, bat face, rhythm, Backward swing distance, etc., or connect the sensor to the tennis racket to record the movement data of the tennis racket before and after the athlete swings the racket, but this kind of motion capture system can only be applied on the device, and cannot accurately capture and track the human body itself exercise

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