Spatial perception disorder testing and training system based on virtual-reality visual and auditory pathway

Abstract

The invention provides a spatial perception disorder testing and training system based on a virtual-reality visual and auditory pathway. The spatial perception disorder testing and training system includes a power supply module, a main control module, a space motion data processing module, a spatial perception data analysis module, a visual and auditory task presenting module, a reference databasemodule and a report generation module, wherein the space motion data processing module, the spatial perception data analysis module, the visual and auditory task presenting module, the reference database module and the report generation module are connected with the main control module, and the space motion data processing module is connected with a hand spatial position collection module and a foot spatial position collection module. According to the spatial perception disorder testing and training system based on the virtual-reality visual and auditory pathway, through visual and auditory commands sent by the system, and by using the hand spatial position collection module and the foot spatial position collection module for measuring and collecting operation parameters of spatial perception tasks related to hand and foot responses, accuracy and precision degrees of hand and foot movements of a user are examined.

Description

technical field [0001] The invention belongs to the technical field of attention training, and in particular relates to a spatial perception disorder testing and training system based on a virtual reality audio-visual pathway. Background technique [0002] Spatial perception includes distance perception, orientation perception, etc., and is the embodiment of the brain's perception function. Spatial perception disorder is a kind of brain dysfunction. Adolescents form perception of shape through eye movement, and perception of size and distance through line perspective, air perspective, light and shade, and motion parallax. Without spatial awareness, the brain will fail to perceive space and respond insensitively. This imbalance has innate factors, but the most important ones are environmental and man-made. With the development of my country's mobile network and mobile phone technology. Nowadays, many children like to play with mobile phones, tablets, and watch TV. The colo...

AI Technical Summary

Problems solved by technology

This method can enhance the perception of children's sensory pathways to a certain extent, but it still partially evaluates the effect of training objectively and quantitatively, and the equipment is mechanical equipment with relatively high rotating parts. Security risks

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