Method for dynamically regulating data transfer rate in wireless application service system

Abstract

A method for dynamically regulating data transfer rate by storing data according to different quality grades and dynamically selecting data with different quality grades for sending in a wireless application service system is provided. The wireless application service system comprises a wireless data acquiring device, an intelligent control service device and a wireless communication user terminal. The intelligent control service device of the wireless application service system regulates the qualities of data input sources according to the requirements of wireless communication user terminals and the maximum quality supported by the wireless data acquiring device, and sets different quality grades to store source data; when real-time play service or replay service is carried out, the intelligent control service device dynamically regulates and selects the data source with different quality grades according to the feedback channel quality reports of the current wireless communication user terminal, including signal intensity, signal-to-noise radio, path damage, packet loss ratio and the like, and sends the data selected to the data source to the corresponding wireless communication user terminal.

Description

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AI Technical Summary

Benefits of technology

The technical effect of this patented technology allows for efficient utilization of available radio frequency (RF) resources while improving the overall performance of mobile devices used with these networks. By monitoring their signals' intensity or quality during each connection over time, it becomes possible to adjust how much better they are transmitting data without exceeding certain thresholds. This helps reduce delays caused by slow connections between different sources on multiple platforms that require high speed connectivity.

Problems solved by technology

Technological Problem: Current wireless applications services (WAP) allow only one type of connection per person at once - they don’t work together well when connected over several types of devices simultanously like mobile phone stations. Additionally, current solutions require manual intervention which may be time consuming if done frequently enough.

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