Sports cartoon interaction system based on magnetic resonance signal control

Abstract

The invention provides a movable cartoon interaction system based on magnetic resonance signal control, which utilizes the functional magnetic resonance technology to adjust the functions of a brain motor area by imaging the sports training mode so as to realize the purpose of improving sports skill learning ability or rehabilitation dyskinesia. The system provided by the invention comprises an information acquisition module, a data analysis module, a management module and a cartoon synthesis module, wherein the information acquisition module is used for obtaining functional magnetic resonance data information and scanning parameter information under the sports imaging task; the data analysis module is used for carrying out real time analysis to the data information and parameter information and extracting the sport status information by data noise reduction and statistical modeling analysis; the cartoon synthesis module is used for controlling the switching time and the display position of the running movement pictures according to the sports status information; the running cartoon is synthesized on line and is displayed to trainers; and the activity status of the brain motor area is interactively reflected; and the management module is used for managing the training progress and the information of the trainers and the like.

Description

technical field [0001] The invention relates to a motion animation interactive system based on magnetic resonance signal control. The system utilizes the functional magnetic resonance signal of the motor area of ​​the brain to interactively control the motion animation to achieve the purpose of improving motor skill learning ability or rehabilitation of motor dysfunction. Background technique [0002] In the field of motor skill learning and motor function rehabilitation, the improvement of motor ability can be obtained through long-term real exercise training and imaginary exercise training, among which imaginary exercise training is especially suitable for patients with impaired exercise ability. Studies have shown that motor imagery training can effectively improve motor performance. However, there are still contradictions in the relationship between training time and training effectiveness, and sometimes even spending a lot of time has poor results, and there are no reas...

AI Technical Summary

Problems solved by technology

However, there are still many shortcomings in this kind of training: 1) The training time is long; 2) During the training period, the activity evolution process of the brain motor area cannot be evaluated; 3) It cannot provide trainees with timely training effects for self-adjustment

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