A training method, device, equipment and system for emotion regulation

Abstract

The present disclosure relates to a training method, equipment, device, equipment and system for emotion regulation. The training method includes: presenting the first negative content by a processor, and the negative content has a negative stimulating effect on the emotions of the trainee; , prompting the trainee to down-regulate his negative emotions on the first negative content; obtaining the first blood oxygen data collected by the near-infrared spectrum detection device on the trainee's brain area related to emotion regulation during the period of down-regulation of the trainee's mood; The processor determines a first neurofeedback parameter based on the first blood oxygen data; the processor determines and presents a first feedback index based on the first neurofeedback parameter. The emotion regulation training method provided by the embodiments of the present disclosure can determine and present the first feedback index pair based on the first blood oxygen data collected from the trainee’s brain area related to emotion regulation during the period of the trainee’s emotional down-regulation. Trainees' emotional regulation ability is trained, which has high reliability and can improve the training effect.

Description

technical field [0001] The present disclosure generally relates to signal processing. More specifically, the present disclosure relates to a training method, device, equipment and system for emotion regulation. Background technique [0002] Emotion regulation is an important function for humans to adapt to the environment. Good emotion regulation ability enables us to adapt to negative and positive events. Defects in emotion regulation may lead to depression, anxiety, bipolar disorder and other mental diseases. Current approaches to improve emotion regulation include psychotherapy, drug therapy, and invasive neurosurgical interventions (eg, deep brain stimulation). Developing more efficient and cost-effective interventions aimed at improving emotion regulation could have substantial benefits for individuals and society as a whole. [0003] At present, some training methods train trainees' brain emotion regulation ability based on changes in EEG signals, but the low spatial...

AI Technical Summary

Problems solved by technology

[0003] At present, some training methods train trainees' brain emotion regulation ability based on changes in EEG signals, but the low spatial resolution of EEG signals makes it difficult to accurately locate brain regions, resulting in the neural activity functional areas of emotional regulation. Poor targeting, affecting reliability

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