Communication method, communication apparatus, and storage medium

1 . A communication method, comprising:

processing information transmitted on at least one sub-band where sub-band monitoring conflict occurs in response to determining that the sub-band monitoring conflict occurs in a terminal;

wherein the sub-band monitoring conflict occurring in the terminal comprises that the terminal needs to monitor a channel state information (CSI) measurement reference signal on a first sub-band, and needs to perform at least one of control channel monitoring or data reception on a second sub-band;

wherein processing the information transmitted on at least one sub-band where the sub-band monitoring conflict occurs comprises:

processing the information transmitted on at least one sub-band where the sub-band monitoring conflict occurs based on at least one of a control channel or a data channel scheduling type involved in occurrence of the sub-band monitoring conflict and the CSI measurement reference signal;

wherein processing the information transmitted on at least one sub-band where the sub-band monitoring conflict occurs based on at least one of the control channel or the data channel scheduling type involved in the occurrence of the sub-band monitoring conflict and the CSI measurement reference signal comprises:

in case of determining that the CSI measurement reference signal involved in the occurrence of the sub-band monitoring conflict is an aperiodic CSI measurement reference signal and the data channel scheduling type is a semi-persistent scheduling physical downlink data channel, dropping data reception on the second sub-band, and monitoring the aperiodic CSI measurement reference signal on the first sub-band; or

in case of determining that the CSI measurement reference signal involved in the occurrence of the sub-band monitoring conflict is a periodic CSI measurement reference signal and a monitored channel is a control channel, dropping monitoring of the periodic CSI measurement reference signal on the first sub-band, and monitoring the control channel on the second sub-band; or

in case of determining that the CSI measurement reference signal involved in the occurrence of the sub-band monitoring conflict is an aperiodic CSI measurement reference signal and a monitored channel is a control channel, dropping monitoring of the control channel on the second sub-band, and monitoring the aperiodic CSI measurement reference signal on the first sub-band; or

in case of determining that the CSI measurement reference signal involved in the occurrence of the sub-band monitoring conflict is a periodic CSI reference signal, and the data channel scheduling type is a semi-persistent scheduling physical downlink data channel, dropping monitoring of the periodic CSI reference signal on the first sub-band, and performing data reception on the second sub-band.

2 . The communication method according to claim 1 , wherein processing the information transmitted on at least one sub-band where the sub-band monitoring conflict occurs comprises:

performing at least one of adjusting a sub-band for monitoring a control resource set or adjusting a data reception position based on a monitoring position of the CSI measurement reference signal involved in the occurrence of the sub-band monitoring conflict.

3 . The communication method according to claim 2 , wherein performing at least one of adjusting the sub-band for monitoring the control resource set or adjusting the data reception position based on the monitoring position of the CSI measurement reference signal involved in the occurrence of the sub-band monitoring conflict comprises:

performing at least one of monitoring the control resource set on the first sub-band or data reception on the first sub-band in response to monitoring of the CSI measurement reference signal on the first sub-band being not completed.

4 . The communication method according to claim 2 , further comprising:

in response to the monitoring of the CSI measurement reference signal on the first sub-band being completed, performing at least one of adjusting the sub-band for monitoring the control resource set or adjusting the data reception position in one of following ways:

performing at least one of continuing monitoring the control resource set on the first sub-band or continuing receiving data on the first sub-band;

performing at least one of monitoring the control resource set on the second sub-band or data reception on the second sub-band; and

performing data reception on a predefined sub-band.

5 . A communication device, comprising:

a processor;

a memory for storing instructions executable by the processor;

wherein the processor is configured to:

process information transmitted on at least one sub-band where sub-band monitoring conflict occurs in response to determining that the sub-band monitoring conflict occurs in a terminal;

wherein the sub-band monitoring conflict occurring in the terminal comprises that the terminal needs to monitor a channel state information (CSI) measurement reference signal on a first sub-band, and needs to perform at least one of control channel monitoring or data reception on a second sub-band;

wherein the processor is configured to:

process the information transmitted on at least one sub-band where the sub-band monitoring conflict occurs based on at least one of a control channel or a data channel scheduling type involved in occurrence of the sub-band monitoring conflict and the CSI measurement reference signal;

wherein the processor is configured to:

in case of determining that the CSI measurement reference signal involved in the occurrence of the sub-band monitoring conflict is an aperiodic CSI measurement reference signal and the data channel scheduling type is a semi-persistent scheduling physical downlink data channel, drop data reception on the second sub-band, and monitor the aperiodic CSI measurement reference signal on the first sub-band; or

in case of determining that the CSI measurement reference signal involved in the occurrence of the sub-band monitoring conflict is a periodic CSI measurement reference signal and a monitored channel is a control channel, drop monitoring of the periodic CSI measurement reference signal on the first sub-band, and monitor the control channel on the second sub-band; or

in case of determining that the CSI measurement reference signal involved in the occurrence of the sub-band monitoring conflict is an aperiodic CSI measurement reference signal and a monitored channel is a control channel, drop monitoring of the control channel on the second sub-band, and monitor the aperiodic CSI measurement reference signal on the first sub-band; or

in case of determining that the CSI measurement reference signal involved in the occurrence of the sub-band monitoring conflict is a periodic CSI reference signal, and the data channel scheduling type is a semi-persistent scheduling physical downlink data channel, drop monitoring of the periodic CSI reference signal on the first sub-band, and perform data reception on the second sub-band.

6 . The communication device according to claim 5 , wherein the processor is configured to:

perform at least one of adjusting a sub-band for monitoring a control resource set or adjusting a data reception position based on a monitoring position of the CSI measurement reference signal involved in the occurrence of the sub-band monitoring conflict.

7 . The communication device according to claim 6 , wherein the processor is configured to:

perform at least one of monitoring the control resource set on the first sub-band or data reception on the first sub-band in response to monitoring of the CSI measurement reference signal on the first sub-band being not completed.

8 . A non-transitory storage medium having stored therein instructions that, when executed by a processor of a terminal, cause the terminal to:

process information transmitted on at least one sub-band where sub-band monitoring conflict occurs in response to determining that the sub-band monitoring conflict occurs in a terminal;

wherein the sub-band monitoring conflict occurring in the terminal comprises that the terminal needs to monitor a channel state information (CSI) measurement reference signal on a first sub-band, and needs to perform at least one of control channel monitoring or data reception on a second sub-band;

wherein instructions are executed by the processor of the terminal to cause the terminal to:

process the information transmitted on at least one sub-band where the sub-band monitoring conflict occurs based on at least one of a control channel or a data channel scheduling type involved in occurrence of the sub-band monitoring conflict and the CSI measurement reference signal;

wherein instructions are executed by the processor of the terminal to cause the terminal to:

in case of determining that the CSI measurement reference signal involved in the occurrence of the sub-band monitoring conflict is an aperiodic CSI measurement reference signal and the data channel scheduling type is a semi-persistent scheduling physical downlink data channel, drop data reception on the second sub-band, and monitor the aperiodic CSI measurement reference signal on the first sub-band; or

in case of determining that the CSI measurement reference signal involved in the occurrence of the sub-band monitoring conflict is a periodic CSI measurement reference signal and a monitored channel is a control channel, drop monitoring of the periodic CSI measurement reference signal on the first sub-band, and monitor the control channel on the second sub-band; or

in case of determining that the CSI measurement reference signal involved in the occurrence of the sub-band monitoring conflict is an aperiodic CSI measurement reference signal and a monitored channel is a control channel, drop monitoring of the control channel on the second sub-band, and monitor the aperiodic CSI measurement reference signal on the first sub-band; or

in case of determining that the CSI measurement reference signal involved in the occurrence of the sub-band monitoring conflict is a periodic CSI reference signal, and the data channel scheduling type is a semi-persistent scheduling physical downlink data channel, drop monitoring of the periodic CSI reference signal on the first sub-band, and perform data reception on the second sub-band.