Human muscle movement perception based menu selection method for human-computer interaction interface

Abstract

The invention discloses a human muscle movement perception based menu selection method for a human-computer interaction interface. The method comprises the steps of setting initialing parameters; determining a user front space through a kinect sensor; dividing and displaying the user front space; catching the user movement information; determining the manual selection result of the user human-computer interaction interface. According to the method, the 3D physical contact technology is adopted, and the kinect sensor is used for detecting the body front space and performs a series of division for the space in front of the body, including vertical plane division and longitudinal horizontal division; each divided space is calibrated through a space coordination system; the manual selection at the human-computer interaction interface is performed by selecting the space by human hands; the corresponding instruction and operation are sent to the machine to avoid complex memory of a user to the action and gesture.

Description

technical field [0001] The invention belongs to the field of human-computer interaction, and in particular relates to a method for selecting a menu of a human-computer interaction interface by utilizing human body muscle movement perception through the human body's perception of spatial positions. Background technique [0002] Now in the field of computer human-computer interaction, body movements and gestures are mostly used for human-computer interaction to achieve faster and more convenient communication with machines. muscle perception. [0003] There are two types of kinesthetic perception: self-centered and external-centered. Egocentric spatial perception, for example: Human beings can accurately touch their nose and forehead with their hands in the dark. People's perception of spatial position has nothing to do with their absolute position in the absolute space coordinate system, but is only related to the state and posture of the human body itself. The subconsciou...

AI Technical Summary

Problems solved by technology

You can exercise and sing with your eyes closed, but walking is prone to instability, shaking or even falling

[0005] At present, in the field of human-computer interaction, there are many examples of human-computer interaction relying on traditional methods such as gestures, body movements, and eye movements, but most of these methods require users to have a learning process

Some of this process is simple, while others require a complex and cumbersome process, and even complex memory; It is to distinguish other gestures and actions to convey command operations to the machine. The executed commands and corresponding operations do not have enough fit with the user's gestures and body movements, which is not humanized enough and difficult to learn.

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