Abstract: A system for effectively determining the motion state of a device based on the quality of radio signals received between scan intervals, comprising the following steps: radio signal reception, elimination of interfering radio signals, and finally, determination of the motion state of device. This novel method is useful for cyclic positioning and monitoring devices. It extends battery life per charge by reducing the occurrence of false motion detections. Additionally, the solution can help reduce hardware costs by eliminating the need for a motion sensor module.

Abstract: The invention addresses a method for simultaneously retrieving NTRIP data streams and transmitting positioning data using a 4G network for low-cost RTK positioning systems. This method employs the PPPoS protocol and the LwIP library, along with the implementation process of applying this method to real-world systems. The approach enhances data update rate and ensures high accuracy with a superior RTK “Fixed” positioning rate for affordable RTK systems, significantly optimizing hardware system costs. The effectiveness of the invention has been demonstrated through practical testing, showing a marked improvement and complete resolution of the limitations associated with the previous AT command method.