Multi-mobile phone linkage system with slight touch as instruction and implementation method thereof

Abstract

The invention discloses a multi-mobile phone linkage system with slight touch as an instruction and an implementation method thereof. According to the invention, each mobile phone actively search for mobile phones of the same type and a background server does not need to be used for realize multi-mobile phone linkage, and the whole process is completed in the same Wi-Fi (wireless fidelity) local area network without the background server, thus the implementation cost is low; the slight touch can be used as an operating instruction so that occurrence simultaneity of high-precision judgment can be reached.

Description

Technical field [0001] The invention relates to a linkage system of multiple mobile phones used for somatosensory games and an implementation method thereof, in particular to an implementation method and system of a multi-machine linkage system using light touch as instructions. Background technique [0002] The source of instructions accepted by mobile phones and other handheld systems is usually sensed by the function keys on the system shell and the function keys on the touch screen, which are summarized as key operations, and lack of keyless systems. [0003] In applications where handheld devices support gravity sensing devices, such as conventional applications for mobile phones with built-in gravity sensing devices, either stand-alone operation and do not support online operation; or online operation, but requires background server transfer, and transfer must rely on 3G or GPRS network links Go to the backstage game service desk to interact and screen the instruction informa...

AI Technical Summary

Problems solved by technology

[0003] In applications where handheld devices support gravity sensing devices, such as conventional applications on mobile phones with built-in gravity sensing devices, they either run on a single machine and do not support online operation; or run on-line, but need a background server for transfer, and the transfer must rely on 3G or GPRS network links Go to the background game service desk to interact and screen instruction information

This method relies on the background server to judge, and the accuracy of real-time judgment is about 1 second, which cannot meet the requirement of less than 0.3 seconds required for somatosensory game operations.

[0004] After searching, it is found that there is still a lack of a system that does not rely on function keys or touch screens, nor does it rely on background servers for relay, but only relies on slight touches between any part of the handheld device as instructions to operate, and the accuracy of real-time judgment of instructions reaches 0.1 seconds or less