Data sending method, data receiving method, user equipment, and base station

A data receiving method comprising:

• sending, by a base station, an uplink scheduling grant to user equipment (UE), wherein the uplink scheduling grant indicates a carrier for the UE to send uplink data, the carrier being evenly divided into N basic resource units, wherein N is a natural number and N>1, wherein each of the N basic resource units comprises multiple continuous resource blocks, wherein a target resource that is to be allocated to the UE is evenly distributed in the N basis resource units, wherein the uplink scheduling grant comprises first resource indication information indicating location information of allocated resource blocks in only one of the N basic resource units, and wherein the allocated resource blocks in one of the N basic resource units are part of all the resource blocks in one of the N basic resource units;
• and
• receiving, by the base station, the uplink data on the target resource distributed in all the N basic resource units that is a combination of the allocated resource blocks in each of the N basic resource units, wherein the target resource has been determined based on the first resource indication information indicating location information of allocated resource blocks in only one of the N basic resource units, wherein a location of the allocated resource blocks in each of the N basic resource units has the same relative location as a location indicated by the location information in the first resource indication information.

User equipment (UE) comprising:

• a transceiver;
• a non-transitory memory storage comprising instructions;
• and
• one or more hardware processors in communication with the non-transitory memory storage, wherein the one or more hardware processors execute the instructions to:
• receive an uplink scheduling grant indicating a carrier for the UE to send uplink data, the carrier being evenly divided into N basic resource units, wherein N is a natural number and N>1, wherein each of the N basic resource units comprises multiple continuous resource blocks, wherein a target resource that is to be allocated to the UE is evenly distributed in the N basis resource units, wherein the uplink scheduling grant comprises first resource indication information indicating location information of allocated resource blocks in only one of the N basic resource units, and wherein the allocated resource blocks in one of the N basic resource units are part of all the resource blocks in one of the N basic resource units;
• determine the target resource distributed in all the N basic resource units based on the first resource indication information indicating location information of allocated resource blocks in only one of the N basic resource units, wherein the target resource is a combination of the allocated resource blocks in each of the N basic resource units, and a location of the allocated resource blocks in each of the N basic resource units has the same relative location as a location indicated by the location information in the first resource indication information;
• and
• send, using the transceiver, the uplink data on the target resource.

A base station comprising:

• a transceiver;
• a non-transitory memory storage comprising instructions;
• and
• one or more hardware processors in communication with the non-transitory memory storage, wherein the one or more hardware processors execute the instructions to:
• send an uplink scheduling grant to user equipment (UE), wherein the uplink scheduling grant indicates a carrier for the UE to send uplink data, the carrier being evenly divided into N basic resource units, wherein N is a natural number and N>1, wherein each of the N basic resource units comprises multiple continuous resource blocks, wherein a target resource that is to be allocated to the UE is evenly distributed in the N basis resource units, wherein the uplink scheduling grant comprises first resource indication information indicating location information of allocated resource blocks in only one of the N basic resource units, and wherein the allocated resource blocks in one of the N basic resource units are part of all the resource blocks in one of the N basic resource units;
• and
• receive the uplink data from by the UE on the target resource distributed in all the N basic resource units that is a combination of the allocated resource blocks in each of the N basic resource units, wherein the target resource has been determined based on the first resource indication information indicating location information of allocated resource blocks in only one of the N basic resource units, wherein a location of the allocated resource blocks in each of the N basic resource units has the same relative location as a location indicated by the location information in the first resource indication information.

A non-transitory computer readable storage medium, comprising computer program codes which when executed by a computer processor cause the computer processor to execute:

• receive an uplink scheduling grant indicating a carrier for the computer processor to send uplink data, the carrier being evenly divided into N basic resource units, wherein N is a natural number and N>1, wherein each of the N basic resource units comprises multiple continuous resource blocks, wherein a target resource that is to be allocated to the computer processor is evenly distributed in the N basis resource units, wherein the uplink scheduling grant comprises first resource indication information indicating location information of allocated resource blocks in only one of the N basic resource units, and wherein the allocated resource blocks in one of the N basic resource units are part of all the resource blocks in one of the N basic resource units;
• determine the target resource distributed in all the N basic resource units based on the first resource indication information indicating location information of allocated resource blocks in only one of the N basic resource units, wherein the target resource is a combination of the allocated resource blocks in each of the N basic resource units, and a location of the allocated resource blocks in each of the N basic resource units has the same relative location as a location indicated by the location information in the first resource indication information;
• and send the uplink data on the target resource.