A voice-based motion capture data cloud sharing control method and system thereof

Abstract

A voice-based motion capture data cloud sharing control method and system thereof, voice input cloud data to obtain an account binding request to the voice input module; recognize the cloud data through the voice recognition module to obtain the string information of the account binding request, Combined with the registration and identification information of the motion capture device to produce binding commands; the invention realizes the ultra-long-distance real-time data communication of the motion capture device, thereby realizing the real-time sharing of captured motion information or motion information, and realizing motion capture through the voice recognition module The binding of devices with cloud servers and data acquisition terminals, and the cloud sharing of motion capture data, automatically complete the binding of motion capture devices, cloud servers, and data acquisition terminals that need to obtain motion capture data to form a set of clouds. Service system, and bind multiple motion capture devices through one cloud data acquisition account, so as to obtain real-time data collected by multiple motion capture devices through one cloud data acquisition account.

Description

technical field [0001] The invention relates to the technical field of cloud sharing of virtual motion capture data, in particular to a voice-based control method and system for motion capture data cloud sharing. Background technique [0002] With the rapid development of science and technology, especially the rapid development of the computer and communication fields, more and more communication terminals appear on the market today. In market competition, the ability of these terminals to respond to input directly reflects the technical level of the terminal to a certain extent, and at the same time, the ability of the terminal to respond to input has become an important indicator to measure a terminal. Therefore, more and more terminals now support multiple input methods. Voice input, as a new type of input method, has been favored by users for its advantages of quickness, convenience and high efficiency. More and more terminals have identified, analyzed and processed vo...

AI Technical Summary

Problems solved by technology

[0003] However, the existing gesture and motion capture of moving objects mainly captures images of moving objects with marked points through optical cameras or installs inertial sensors on the objects, and transmits the image data to the computer terminal through a cable for a large amount of data processing, and obtains motion through algorithm processing For the motion data of the object, the application side performs the required data fusion processing according to the needs of different motion capture purposes, so that not only the long-distance (the long-distance here refers to the distance of at least a kilometer level, especially across cities and regions) distance) to transmit the collected motion information, and it cannot be shared in real time at a long distance. In addition, the data collection terminal and the data acquisition terminal are mainly bound by entering the account number, so as to realize the data transmission. This operation is not only inconvenient, but also wastes time

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