Computer-based on-site interaction demonstration system

Abstract

The invention relates to the technical field of touch on-site interaction communication, in particular to an on-site interaction demonstration system. The computer-based on-site interaction demonstration system is characterized by comprising a position detection system, a motion analysis system and a message driving system. The computer-based on-site interaction demonstration system is light in weight, wide in touch range, high in response speed, rich in interaction function, good in universality, flexible and convenient to install, high in reliability and high in maintainability.

Description

technical field [0001] The invention relates to the technical field of touch-type on-site interactive communication, in particular to a computer-based on-site interactive demonstration system. Background technique [0002] With the rapid development of society, computers and related products have deeply affected all aspects of our work and life. People have become accustomed to using computers and mobile devices to communicate. Easy way. [0003] But there is no limit to communication, and many current communication methods have their own advantages and disadvantages. For example, the intuitiveness of interaction, many products or software cannot make the communication partner see the synchronous operation of the hand and the screen, and more of them operate the screen through the mouse, which can only support single-point operations such as mouse click, pop up, move, and scroll wheel. Does not support multi-touch operation, let alone gesture operation; most of the interac...

AI Technical Summary

Problems solved by technology

For example, the intuitiveness of interaction, many products or software cannot make the communication partner see the synchronous operation of the hand and the screen, and more of them operate the screen through the mouse, which can only support single-point operations such as mouse click, pop up, move, and scroll wheel. Does not support multi-touch operation, let alone gesture operation; most of the interactive electronic whiteboards widely used in the education industry are single-point operations, which have poor user experience, heavy weight, and high price; multi-touch is mostly used for Mobile devices, such as the Android operating system, support touch screen events such as pressing, popping up, moving, double-clicking, long-pressing, and sliding, but their operating range is limited, the field is insufficient, and the degree of sharing is low; Microsoft released somatosensory peripherals in 2010 Kinect can preliminarily solve gesture operations, but its application is limited and there are many misoperations. It will put higher requirements on users when used in formal occasions.

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