Attention training method, device, apparatus and system

Abstract

The invention discloses attention training method, device, apparatus and system. Blood-oxygen data of attention-associated brain regions during the periods of a trainee responding to training tasks are acquired precisely through a near infrared spectral detection apparatus; electroencephalogram data of the brain of the trainee are acquired in real time through an electroencephalogram acquisition apparatus; feedback parameters of the trainee are determined through electroencephalogram data feedback having good time-domain resolution in combination with blood-oxygen data feedback having good space-domain resolution; therefore, feedback content determined based on the feedback parameters is displayed to the trainee. Therefore, the trainee can understand the attention training effect based onthe real-time electroencephalogram feedback content and staged blood-oxygen feedback content so as to guide him or her for specific adjustment; the steps above can be repeated after self-adjustment soas to understand the training progress of the brain regions, so that training guidance and training effect improvement are achieved.

Description

technical field [0001] The invention relates to the technical field of neurofeedback, in particular to an attention training method, device, equipment and system. Background technique [0002] Attention is the ability of mental activity to direct a specific stimulus that meets the needs of the current activity while ignoring or suppressing irrelevant stimuli. It is the basis of memory and the basis of all conscious activities. A lack of sustained attention that leads to a decline in behavior over time is a common symptom of neurological and psychiatric disorders. Neurofeedback refers to teaching trainees to automatically adjust specific brain regions through real-time audio / visual feedback of brain activation through trial and error to achieve the purpose of training trainees' attention. However, neurofeedback training in the prior art is often based on trainees’ brainwave signals for attention feedback training, and provides feedback content based on brainwave data for us...

AI Technical Summary

Problems solved by technology

However, neurofeedback training in the prior art is often based on trainees’ brainwave signals for attention feedback training, and provides feedback content based on brainwave data for users to self-regulate. However, the existing EEG equipment has low spatial resolution, The brain area related to attention cannot be accurately located, and the brain wave data is single. The feedback content of attention-related training using only EEG equipment cannot target specific brain areas related to attention, resulting in poor training effect and unable to achieve expected training effect

Images