Method for sending radio wake-up data, access point device, and readable medium

Abstract

A method for sending radio wake-up data, an access point device, and a readable medium, wherein the method for sending radio wake-up data includes: determining the weight functions of the first to N-1 transmit antennas are respectively: f 1 (x), f 2 (x),...,f N‑1 (x), where N is the number of the transmit antennas, N≥2; at least one of the weight functions of the 1st to N-1th transmit antennas satisfies the following conditions: it is a phase with an amplitude of 1 A time-varying complex function, and within a transmission duration of WUR data, the range of phase change is an integer multiple of 360 degrees; based on the weight function, adjust the antenna array mode of N antennas and send radio wake-up data. By applying the above solution, the channel quality of the WUR channel can be dynamically adjusted to prevent the WUR channel from being in a poor state all the time, thereby improving the success rate of the STA to receive radio wake-up data normally.

Description

Technical field [0001] Embodiments of the present invention relate to the field of communications, and more particularly to a transmission method, an access point device, and a readable medium of radio wake-up data. Background technique [0002] In a Wi-FDLANET, WLAN systems, STATION, STAs communicate with other devices through access point devices (Access Point, AP). With the development of WLAN technology, the WAKE UP RADIO, WUR mode is introduced. [0003] In Wur mode, the STA enters the sleep mode, only receives the WUR packet sent by the AP. When the AP sends the WUR packet, STA can enter the primary connection (PCR) mode to receive and send data normally. [0004] In an existing implementation, for the STA in Wur mode, since the data can not be transmitted, the channel environment of the STA cannot be obtained when the AP sends the WUR packet, resulting in a poor channel environment. The STA cannot receive the WUR packet normally, so that STA cannot be woken up in time, and...

AI Technical Summary

Problems solved by technology

[0004] In the existing implementation scheme, for STAs in WUR mode, because they can only receive data but cannot send data, when the AP sends WUR data packets, it cannot know the channel environment of the STA, resulting in poor channel conditions. , the STA cannot normally receive the WUR data packet, so the STA cannot be woken up in time, and the performance of the WUR service deteriorates

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