Power control method and apparatus, computer device, and storage medium

1. A power control method, characterized by comprising:

receiving, by a user equipment (UE), single uplink (SUL) carrier information sent by a new radio (NR) normal base station, wherein the SUL carrier information is used to indicate that an SUL band and an NR normal band are deployed in different station sites and whether there is a target band deployed in a co-station with the SUL band, standards of the target band and the SUL band are different, and a spectrum interval between the target band and the SUL band is less than or equal to a preset threshold value;

obtaining, by the UE, power control information according to the SUL carrier information, wherein the power control information is used to adjust an uplink transmission power of the UE.

2. The method according to claim 1 , characterized in that the SUL carrier information is used to indicate that there is a target band deployed in a co-station with the SUL band, and the power control information comprises a path loss of the target band obtained by the UE according to a downlink signal strength of the target band.

3. The method according to claim 1 , characterized in that the SUL carrier information is used to indicate that there is no target band deployed in a co-station with the SUL band, and obtaining, by the UE, the power control information according to the SUL carrier information comprises:

sending, by the UE, a power control request to a base station, wherein the power control request comprises an initial strength of an uplink reference signal of the UE, and the base station is an SUL base station or an NR normal base station;

receiving, by the UE, the power control information sent by the NR normal base station, wherein the power control information is determined based on the initial strength of the uplink reference signal;

wherein there being no target band deployed in a co-station with the SUL band comprises: the SUL band and the target band being deployed in different station sites or there being no target band.

4. The method according to claim 3 , characterized in that sending, by the UE, the power control request to the base station comprises:

sending, by the UE adopting a maximum transmission power, the power control request to the SUL base station.

5. The method according to claim 3 , characterized in that sending, by the UE, the power control request to the base station comprises:

sending, by the UE adopting a preset transmission power, the power control request to the NR normal base station.

6. The method according to claim 3 , characterized in that the power control information comprises a path loss of the SUL band;

the path loss of the SUL band is obtained by the SUL base station or the NR normal base station according to the initial strength of the uplink reference signal and an uplink receiving signal strength of the SUL band.

7. The method according to claim 3 , characterized in that the power control information comprises an open loop target receiving power of the UE;

the open loop target receiving power is obtained by the NR normal base station adjusting an initial open loop target receiving power of the UE according to a measured path loss of the SUL band and a path loss of the SUL band corresponding to an initial transmission power of the UE, wherein

the measured path loss of the SUL band is obtained by the SUL base station or the NR normal base station according to the initial strength of the uplink reference signal and an uplink receiving signal strength of the SUL band.

8. A power control method, characterized by comprising:

sending, by a new radio (NR) normal base station, single uplink (SUL) carrier information, wherein the SUL carrier information is used to indicate that an SUL band and an NR normal band are deployed in different station sites and whether there is a target band deployed in a co-station with the SUL band, standards of the target band and the SUL band are different, a spectrum interval between the target band and the SUL band is less than or equal to a preset threshold value, the SUL carrier information is also used to instruct a UE to obtain power control information, and the power control information is used to adjust an uplink transmission power of the UE.

9. The method according to claim 8 , characterized in that the SUL carrier information is used to indicate that there is a target band deployed in a co-station with the SUL band, and the power control information comprises a path loss of the target band obtained by the UE according to a downlink signal strength of the target band.

10. The method according to claim 8 , characterized in that the SUL carrier information is used to indicate that there is no target band deployed in a co-station with the SUL band, the method further comprising:

obtaining, by the NR normal base station, the power control information, and sending the power control information to the UE;

wherein there being no target band deployed in a co-station with the SUL band comprises: the SUL band and the target band being deployed in different station sites or there being no target band.

11. The method according to claim 10 , characterized in that the power control information comprises a path loss of the SUL band;

the path loss of the SUL band is obtained by a SUL base station or the NR normal base station according to an initial strength of an uplink reference signal and an uplink receiving signal strength of the SUL band.

12. The method according to claim 10 , characterized in that the power control information comprises an open loop target receiving power of the UE;

the open loop target receiving power is obtained by the NR normal base station adjusting an initial open loop target receiving power of the UE according to a measured path loss of the SUL band and a path loss of the SUL band corresponding to an initial transmission power of the UE, wherein

the measured path loss of the SUL band is obtained by a SUL base station or the NR normal base station according to an initial strength of an uplink reference signal and an uplink receiving signal strength of the SUL band.

13. The method according to claim 10 , characterized in that obtaining, by the NR normal base station, the power control information comprises:

receiving, by the NR normal base station, the power control information sent by the SUL base station, wherein the power control information comprises a path loss of the SUL band, and the path loss of the SUL band is obtained by the SUL base station according to an initial strength of an uplink reference signal of the UE and an uplink receiving signal strength of the SUL band.

14. The method according to claim 10 , characterized in that the power control information comprises an open loop target receiving power of the UE, and obtaining, by the NR normal base station, the power control information comprises:

receiving, by the NR normal base station, a measured path loss of the SUL band sent by the SUL base station, wherein the measured path loss of the SUL band is obtained by the SUL base station according to an initial strength of an uplink reference signal of the UE and an uplink receiving signal strength of the SUL band;

adjusting, by the NR normal base station, an initial open loop target receiving power of the UE according to the measured path loss of the SUL band and a path loss of the SUL band corresponding to an initial transmission power of the UE to obtain the open loop target receiving power of the UE.

15. The method according to claim 10 , characterized in that obtaining, by the NR normal base station, the power control information comprises:

receiving, by the NR normal base station, a power control request sent by the UE adopting a preset transmission power, wherein the power control request comprises an initial strength of an uplink reference signal of the UE;

sending, by the NR normal base station, the power control request to a SUL base station;

receiving, by the NR normal base station, a power control result fed back by the SUL base station according to the power control request;

obtaining, by the NR normal base station, the power control information according to the power control result.

16. The method according to claim 15 , characterized in that the power control result comprises a measured path loss of the SUL band, and the measured path loss of the SUL band is determined by the SUL base station according to the initial strength of the uplink reference signal and an uplink receiving signal strength of the SUL band;

obtaining, by the NR normal base station, the power control information according to the power control result comprises:

adjusting, by the NR normal base station, an initial open loop target receiving power of the UE according to the measured path loss of the SUL band and a path loss of the SUL band corresponding to an initial transmission power of the UE to obtain an open loop target receiving power of the UE as the power control information.

17. The method according to claim 15 , characterized in that the power control result comprises an uplink receiving signal strength of the SUL band;

obtaining, by the NR normal base station, the power control information according to the power control result comprises:

determining, by the NR normal base station, a measured path loss of the SUL band according to an initial strength of an uplink reference signal and an uplink receiving signal strength of the SUL band;

adjusting, by the NR normal base station, an initial open loop target receiving power of the UE according to the measured path loss of the SUL band and a path loss of the SUL band corresponding to an initial transmission power of the UE to obtain an open loop target receiving power of the UE as the power control information.

18. The method according to claim 15 , characterized in that the power control result comprises a path loss of the SUL band; the path loss of the SUL band is obtained by the SUL base station according to the initial strength of the uplink reference signal and an uplink receiving signal strength of the SUL band;

obtaining, by the NR normal base station, the power control information according to the power control result comprises:

determining, by the NR normal base station, the path loss of the SUL band as the power control information.

19. The method according to claim 15 , characterized in that the power control result comprises an uplink receiving signal strength of the SUL band;

obtaining, by the NR normal base station, the power control information according to the power control result comprises:

obtaining, by the NR normal base station, a path loss of the SUL band as the power control information according to the initial strength of the uplink reference signal and the uplink receiving signal strength of the SUL band.

20. A power control method, characterized by comprising:

receiving, by a single uplink (SUL) base station, a power control request carrying an initial strength of an uplink reference signal of a user equipment (UE), wherein the power control request is a request triggered when the UE receives SUL carrier information sent by an NR normal base station, the SUL carrier information is used to indicate that an SUL band and an NR normal band are deployed in different station sites and there is no target band deployed in a co-station with the SUL band, standards of the target band and the SUL band are different, a spectrum interval between the target band and the SUL band is less than or equal to a preset threshold value, the SUL carrier information is also used to instruct the UE to obtain power control information, and the power control information is used to adjust an uplink transmission power of the UE.