Frequency point switching method and device, storage medium and wireless equipment

Abstract

The invention relates to a frequency point switching method and a device, a storage medium and wireless equipment, and aims to accurately perform frequency point switching to avoid interference and effectively reduce wrong switching. The frequency point switching method comprises the following steps: determining parameter values of an electromagnetic environment where a transmitting end and a receiving end are located currently, wherein the parameter values at least comprise a signal-to-noise ratio (SNR) actual value and a receiving power actual value Pr of the receiving end; determining a receiving power theoretical value in a no-interference environment and a signal-to-noise ratio theoretical value in the no-interference environment on the condition of the current actual distance betweenthe transmitting end and the receiving end; and triggering frequency point switching when the difference value between the signal-to-ratio theoretical value and the signal-to-ratio actual value exceeds a signal-to-noise ratio error allowable range Sc and the difference value between the receiving power theoretical value and the receiving power actual value Pr is in a receiving power error allowable range Pc, so that the working frequency points at the receiving end and the transmitting end are synchronously switched to a target frequency point.

Description

technical field [0001] The present disclosure relates to the technical field of wireless communication, and in particular, to a frequency point switching method, device, storage medium, and wireless device. Background technique [0002] The ISM (Industrial Scientific Medical) frequency band is also known as the unlicensed frequency band. The use of this frequency band does not require authorization from the Radio Regulatory Commission. There are many types of wireless devices operating in this frequency band, resulting in many unpredictable sources of interference in the ISM frequency band. Therefore, the anti-jamming capability becomes one of the important indexes to measure the performance of the wireless equipment working in the ISM frequency band. [0003] At present, most wireless devices working in the ISM frequency band work with a fixed frequency point, that is, the manufacturer has set the working frequency point to a fixed value when the device leaves the factory, ...

AI Technical Summary

Problems solved by technology

[0004] When the geographical location of the wireless device moves, the interference situation of the electromagnetic environment where the wireless device is located is often very different. For wireless devices working at fixed frequency points, it is difficult to ensure that they have the same anti-interference performance in different geographical locations. Resulting in reduced communication reliability and stability for wireless devices

If you rely on the user to manually change the operating frequency or set it offline, it will affect the continuity, stability and reliability of data transmission by the wireless device

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