Tactile information processing method based on electroencephalogram ERP (Enterprise Resource Planning)

Abstract

The invention provides a tactile information processing method based on electroencephalogram ERP. A device used in the method comprises an electrode, a brain wave cap and a computer, the electrode is pasted on the skin, the electrode is used for outputting an electrical stimulation signal to the skin, the brain wave cap is used for receiving electroencephalogram data generated after the subject is stimulated by the electrical stimulation signal, and the electroencephalogram data are input into the computer. Based on the electroencephalogram technology, a standard ERP curve, a standard difference coefficient curve and a standard brain geotype graph are established through big data collection, tactile stimulation is constructed through electrical stimulation, an ERP curve of a subject, a difference coefficient curve of the subject and a brain geotype graph of the subject are obtained and then compared with the standard, thus the position where deviation occurs and the deviation size can be obtained, the state of each area of the brain of the subject can be further analyzed, injury to the human body of the subject is avoided, and the method has the advantages of safety, low power consumption, small equipment, convenience in space-time coding, high time resolution and the like, and is a tactile information processing method which is convenient to use and low in requirement on the skimming degree of the subject.

Description

Technical field [0001] The present invention belongs to the field of perception acquisition, in particular, a haptic information processing method based on brain ERP. Background technique [0002] Tactile is an essential instinct that humans perceive the world and interactions with the surrounding environment. Tactile is fed back to the operator by describing the properties and surface characteristics of the object to the operator, thereby guiding the operator planning and performing motion, in addition, the completion of a smart operation such as a needle lead depends on the integration of a variety of haptic modes, and tactile information can provide the operator Visual and auditory can't bring a sense of presence. Therefore, it is essential for daily life tasks. [0003] However, due to neurological diseases such as childhood development, craniocerebral tumors, certain patients cannot integrate tactile information, leading to obstacles such as induction, brain and body failure...

AI Technical Summary

Problems solved by technology

However, due to the problem of children's cooperation, as well as subjective factors such as physiological and psychological differences, these scales often lack objective basis

For the location of lesions, fMRI is often used to complete, but nuclear magnetic equipment is expensive, bulky, and inconvenient for bed-based diagnosis

Images