An Attention Training Method Based on Precise Strength Control, Haptic Feedback and Difficulty Adaptation

Abstract

The invention discloses an attention training method based on precise force control, tactile feedback and difficulty self-adaptation, adopts customized training equipment, and completes multiple tasks in the form of trainer input—system processing—vibration feedback trainer ( test) training process. This method combines human physiological characteristics, requires the subjects to fully integrate into the training environment, rather than passive acceptance, and the operation method is simple, so it effectively improves the training effect and efficiency of attention. At the same time, it has the function of adaptive adjustment of difficulty and storage of training data, which is not only suitable for people with attention disorders, but also suitable for ordinary people or special people who need fine operation.

Description

technical field [0001] The invention relates to the technical field of neural regulation, in particular to a novel neural regulation method based on tactile force feedback. Background technique [0002] The ability to concentrate profoundly affects our lives. Our learning ability, social ability, and even emotions are all affected by attention. Existing training methods for improving attention are all based on visual and auditory training methods. For example, listening to specific music or applying specific frequency light stimulation to the trainer, through long-term stimulation, can affect the trainer's EEG signal, thereby achieving the effect of improving attention. Another type is to let trainers complete some training tasks (tests) based on vision and hearing. In the process of completing tasks (tests), they need to concentrate, so as to improve people's ability to self-control attention. [0003] Existing training methods based on vision and hearing are mainly aimed...

AI Technical Summary

Problems solved by technology

In the current neuromodulation methods, there is no training method that utilizes human’s natural force-tactile ability (including force-tactile signal perception ability and movement / force control ability), and the mechanism of human-hand-brain interaction is idle.