Multi-mobile-device real-time interaction realization system and method based on acceleration transducer, gyroscope and mobile positioning technique

Abstract

The invention discloses a multi-mobile-device real-time interaction realization system and a multi-mobile-device real-time interaction realization method based on an acceleration transducer, a gyroscope and a mobile positioning technique. The multi-mobile-device real-time interaction realization system comprises a plurality of mobile devices with acceleration transducer modules, gyroscope modules, mobile communication modules, GPS (global positioning system) modules and WIFI/WAPI (wireless fidelity/wireless authentication and privacy infrastructure) modules, and a server for real-time interaction judgment and calculation; the mobile devices send acceleration induction data, gyroscope angular velocity data, WIFI hotspot detection data, base station information and GPS data to the server through a network communication module; and the server calculates the position of the current device according to the received data, judges whether the devices are positioned in a same active area or not at some moment, so as to match the current physical space position, the gesture, the motion locus and the state change of the device positioned in the active area, and judges whether the devices are carrying out interaction or not. The multi-mobile-device real-time interaction realization system and the multi-mobile-device real-time interaction realization method have the following advantages that the interaction is truer; the interaction is achieved through the motion way matching of the mobile device in a physical space; the process of the interaction has a truer experience feeling; the interaction is more convenient and quicker; through a direct and simple interaction way, the process of the interaction is more convenient, quicker and smoother; an operation feeling is real-time; and the reflection of an operation in the physical space in the interaction between applications is realized.

Description

technical field [0001] The present invention relates to the fields of acceleration sensor technology application, gyroscope technology application and mobile positioning technology realization, especially a system and method for real-time interactive realization of multiple mobile devices based on acceleration sensor, gyroscope and mobile positioning technology. Background technique [0002] The existing acceleration sensor and gyroscope technologies are very mature and widely used in various electronic devices, and basically become one of the standard configurations on mobile electronic devices. [0003] At present, the applications designed and developed for the acceleration sensors and gyroscopes of mobile devices in the market are mainly focused on improving the entertainment of the applications, but lack of applications that enhance the realism and convenience of the interaction. Contents of the invention [0004] In order to realize real-time interaction of multiple ...

AI Technical Summary

Problems solved by technology

[0003] At present, the applications designed and developed for the acceleration sensor and gyroscope of mobile devices in the market are mainly focused on improving the entertainment of the application, but lack the application of improving the realism and convenience of the interaction

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