WO2017101461A1 - Resource reuse method and base station - Google Patents

Abstract

A resource reuse method, comprising: a cell base station acquiring a resource pre-allocation result of a present cell from a centralized controller, then performing actual scheduling and resource allocation on an interfered user of the present cell to obtain an actual resource allocation result of the interfered user of the present cell; the cell base station performing resource type adjustment on an actually unallocated resource of the interfered user in the resource pre-allocation result according to the actual resource allocation result of the interfered user.

Description

Resource multiplexing method and base station Technical field

This document relates to, but is not limited to, the field of wireless communications, and more particularly to a resource multiplexing method and a base station.

Background technique

With the rapid growth of 4G users and the increasing demand for data rates and data volume for 4G users, 4G mobile networks need to significantly increase system throughput and spectrum efficiency. In order to meet the above requirements, especially in large venues and dense neighborhoods, the system needs to continuously improve the frequency reuse rate and spectrum efficiency. The operator built HetNet (heterogeneous network: Heterogeneous Network) and deployed dense cells with relatively small station spacing. The dense cell can increase the frequency reuse rate, but increases the co-channel interference between cells, especially for the edge users, the user data rate and spectrum efficiency are very low, and the user experience is also poor. For this, in the current long-term evolution standard and the enhanced long-term evolution standard, the cooperation information between the evolved base stations is transmitted through the X2 interface.

In order to better perform inter-cell cooperation and interference coordination, CoMP (Coordinated Multiple Points) is introduced in the enhanced long-term evolution system to better solve the problem of inter-cell interference, mainly using distributed cells. Resource coordination and interference avoidance scheme, but each cell of the scheme is parallel scheduling and resource allocation, and effective coordination and cooperation cannot be performed between cells, and resource coordination of CoMP users may still conflict, resulting in CoMP users. Resource overlap and performance limitations reduce system resource utilization and impact overall system throughput and performance.

As shown in FIG. 1 , in order to solve the inter-cell cooperation and the interference coordination, the related technologies also perform pre-allocation of the cell resources to the plurality of cell base stations 11 by using the centralized controller 10, and the centralized controller can acquire all the cells. Related information can globally allocate radio resources of multiple cells to achieve optimal cell coordination and interference coordination.

However, since the user's service is dynamically changed, for example, a file transfer protocol (FTP) service packet is Poisson. Therefore, if multiple cells perform resource allocation according to the resource pre-allocation result output by the centralized controller, the cell resources may be wasted. For example, the centralized controller pre-allocates a certain candidate resource for a certain cell, but the interfering user of the coordinated cell may not be scheduled, if the cell completely follows the resources output by the centralized controller. If the pre-allocation result is used for resource allocation, the cell will not transmit data on the candidate resource, and thus the resource of the cell is wasted.

Summary of the invention

The following is an overview of the topics detailed in this document. This Summary is not intended to limit the scope of the claims.

The embodiment of the present invention provides a resource multiplexing method and a base station, which can reduce waste of pre-allocated resources of a cell caused by cell resource allocation according to a cell resource pre-allocation result output by a centralized controller.

The embodiment of the invention provides a resource multiplexing method, including:

The cell base station obtains a resource pre-allocation result of the cell;

The cell base station performs scheduling and resource allocation on the local cell interference user according to the resource pre-allocation result, and obtains an actual resource allocation result of the interference user of the local cell;

The cell base station performs resource type adjustment on the unallocated interference user resource in the resource pre-allocation result according to the actual resource allocation result of the interfering user.

Optionally, the resource pre-allocation result includes at least one of three resource types: interference user resource, candidate resource, and common resource;

The adjusting the resource type of the unallocated interference user resource in the resource pre-allocation result includes:

The actual unallocated interference user resources are adjusted to any of the normal resources and the candidate resources.

Optionally, the interfering user resource includes a resource that is pre-allocated to a cell interfering user; the candidate resource includes a coordinated resource used to evade interfering user interference to the interfering cell, and the cell base station does not on the candidate resource. Sending any data; the common resources include resources that are pre-allocated to non-interfering users of the cell. The interfering users here include users in the cell that are seriously interfered by neighboring cells.

Optionally, the resource multiplexing method further includes:

Transmitting, by the cell base station, the actual resource allocation result of the interfering user to each of the local cells Interfering cell base stations.

Optionally, it also includes:

When the actual unallocated interference user resource is adjusted to a common resource,

The cell base station receives an actual resource allocation result of an interfering user of an interfering cell sent by one or more interfering cell base stations of the local cell;

The cell base station adjusts at least a part of the candidate resources corresponding to the actually unallocated interference user resources in each of the received interfering cells according to the actual resource allocation result of the interfering users of each of the received interfering cells. Ordinary resources.

Optionally, the resource multiplexing method further includes: the cell base station performs scheduling and resource allocation on the non-interfering user according to the adjusted resource partitioning situation.

Optionally, it also includes:

When the actual unallocated interference user resource is adjusted to an alternative resource,

The cell base station receives an actual resource allocation result of an interfering user of an interfering cell sent by one or more interfering cell base stations of the local cell;

The cell base station adjusts at least a part of the candidate resources corresponding to the actually unallocated interference user resources in each of the received interfering cells according to the actual resource allocation result of the interfering users of each of the received interfering cells. Interfere with user resources.

Optionally, the resource multiplexing method further includes: the cell base station performs scheduling and resource allocation on the interfering user according to the adjusted resource division situation.

The embodiment of the present invention further provides a base station, including: a resource acquisition module, a first resource allocation module, and a first resource conversion module;

The resource obtaining module is configured to acquire a resource pre-allocation result of the local cell;

The first resource allocation module is configured to perform scheduling and resource allocation on the interfering user of the local cell according to the resource pre-allocation result, to obtain an actual allocated resource of the interfering user in the local cell;

The resource conversion module is configured to adjust the resource type of the unallocated interference user resource in the resource pre-allocation result according to the actual resource allocation result of the interfering user.

Optionally, the base station further includes: the information interaction module;

The information interaction module is configured to send the actual resource allocation result of the interfering user to each interfering cell base station of the local cell.

Optionally, the resource pre-allocation result includes at least one of three resource types: interference user resource, candidate resource, and common resource;

The resource conversion module is set to:

The actual unallocated interference user resource is adjusted to any one of the normal resource and the candidate resource according to the actual resource allocation result of the interfering user.

Optionally, the resource conversion module is further configured to:

When the actual unallocated interference user resource is adjusted to a common resource, the actual resource allocation result of the interference user of the interference cell sent by the one or more interfering cell base stations of the local cell is received;

And adjusting at least a part of the candidate resources corresponding to the actually unallocated interference user resources in each of the received interfering cells to the common resources according to the actual resource allocation result of the interfering users of each of the received interfering cells.

Optionally, the base station further includes: a second resource allocation module, configured to perform scheduling and resource allocation on the non-interfering user or the interfering user resource according to the adjusted resource partitioning situation.

Optionally, the resource conversion module is further configured to:

When the actual unallocated interference user resource is adjusted to the candidate resource, the actual resource allocation result of the interference user of the interference cell sent by the one or more interfering cell base stations of the local cell is received;

And adjusting at least a part of the candidate resources corresponding to the actually undistributed interfering user resources in each of the received interfering cells to the interfering user resources according to the actual resource allocation result of the interfering users of each of the interfering cells received.

Optionally, the method further includes: a second resource allocation module, configured to perform scheduling and resource allocation on the interfering user according to the adjusted resource partitioning situation.

Embodiments of the present invention also provide a computer readable storage medium storing computer executable instructions for performing any of the methods described above.

The beneficial effects of the embodiments of the present invention are:

The embodiment of the present invention provides a resource multiplexing method and a base station. After the cell base station performs the pre-allocation result according to the resource, the cell base station performs scheduling and resource allocation on the interfering user of the cell, and obtains the actual situation of the interfering user of the cell. The resource allocation result, and the cell base station adjusts the resource type of the user resource that is not actually allocated in the interference user resource, and does not need to feed back the actual resource allocation result of the cell to the centralized controller for re-allocation. The load of the centralized controller and the delay of information interaction are reduced, and the frequency rate is increased. The cell type base station directly adjusts the resource type, so that the unallocated part of the resource can be directly used by the non-interfering user or the interfering user of the local cell, thereby improving the utilization rate of the pre-allocated resource of the cell.

Other aspects will be apparent upon reading and understanding the drawings and detailed description.

BRIEF abstract

1 is a schematic diagram of a centralized network architecture of a related art;

2 is a structural block diagram of a base station according to Embodiment 1 of the present invention;

FIG. 3 is a flowchart of a resource multiplexing method according to Embodiment 2 of the present invention;

4 is a schematic diagram of providing a pre-allocation result of resources by a centralized controller to each cell according to Embodiment 3 of the present invention;

5 is a resource adjustment situation of a cell 1 when a cell does not allocate resources to an interfering user 1, an interfering user 3, and an interfering user 4 according to Embodiment 3 of the present invention;

6 is a resource adjustment situation of each cell when the cell does not allocate resources to the interfering user 1 and the interfering user 3 according to the third embodiment of the present invention.

Embodiments of the invention

The present invention will be further described in detail below with reference to the accompanying drawings.

Embodiment 1:

Please refer to FIG. 2. FIG. 2 is a structural block diagram of a base station according to the embodiment. In this embodiment, the base station includes a resource acquiring module 21, a first resource allocating module 22, and a resource converting module 23.

The resource obtaining module 21 is configured to obtain a resource pre-allocation result of the current cell.

The first resource allocation module 22 is configured to interfere with the local cell according to the resource pre-allocation result. The user performs scheduling and resource allocation, and obtains actual resource allocation results of the interfering users in the cell;

The resource conversion module 23 is configured to adjust the resource type of the unallocated interference user resource in the resource pre-allocation result according to the actual resource allocation result of the interfering user.

Optionally, the resource obtaining module 21 acquires a resource pre-allocation result of the cell, where the resource pre-allocation result includes at least one of three resource types: an interfering user resource, an alternate resource, and a common resource; the interfering user resource Include resources allocated for pre-allocation to cell interfering users; the candidate resources include coordination resources for circumventing interfering user interference to interfering cells, and the cell base station will not transmit any data on the candidate resources; the common resources include Pre-allocated to resources used by non-interfering users in the cell.

In this embodiment, optionally, the first resource allocation module 22, when the resource is allocated to the interfering user of the cell, uses the resource that is acquired by the resource acquiring module 21 and allocated in advance to the cell as the cell base station to perform scheduling on the interfering user. And the scope of resource allocation, the actual scheduling of resources and resource allocation for the interfering users of the cell.

In this embodiment, the base station performs type conversion on the unallocated resources in the cell by using the resource conversion module 23. Optionally, the cell base station adjusts the unallocated resources in the interfering user resource to Ordinary resources.

In this embodiment, the base station may further adjust the unallocated resources in the interfering user resources to the candidate resources by using the resource conversion module 23 as a coordinated resource for evading the interference users of one or more interfering cells.

The base station in this embodiment further includes an information interaction module 24, and the information interaction module 24 is configured to send the actual resource allocation result of the interfering user to each interfering cell base station of the local cell.

Optionally, the base station performs the identifier as the actual resource allocation result of the interfering user according to the actual resource allocated by the cell interference user, and sends the result to the interfering cell. Optionally, the base station identifies the unassigned interfering user resource as The unoccupied state, and the allocated interfering user resource identifier is the occupied state, and the actual resource allocation result of the interfering user of the cell is obtained, and is sent to each interfering cell of the cell by the information interaction module 24.

In this embodiment, the resource conversion module 23 is further configured to:

When the actual unallocated interference user resource is adjusted to a common resource, the actual resource allocation result of the interference user of the interference cell sent by the one or more interfering cell base stations of the local cell is received;

And adjusting at least a part of the candidate resources corresponding to the actually unallocated interference user resources in each of the received interfering cells to the common resources according to the actual resource allocation result of the interfering users of each of the received interfering cells.

In this embodiment, the base station further includes a second resource allocation module 25 configured to perform scheduling and resource allocation on the non-interfering user or the interfering user according to the adjusted resource partitioning situation.

Optionally, the resource conversion module 23 is further configured to:

When the actual unallocated interference user resource is adjusted to the candidate resource, the actual resource allocation result of the interference user of the interference cell sent by the one or more interfering cell base stations of the local cell is received;

And adjusting at least a part of the candidate resources corresponding to the actually undistributed interfering user resources in each of the received interfering cells to the interfering user resources according to the actual resource allocation result of the interfering users of each of the interfering cells received.

Optionally, the base station further includes a second resource allocation module 25 configured to perform scheduling and resource allocation on the interfering user according to the adjusted resource partitioning situation.

Optionally, when the resource conversion module 23 adjusts the candidate resource corresponding to the interfering user resource of the interfering cell of the cell to the interfering user resource according to the received actual user resource allocation result of the one or more interfering cells The second resource allocation module 25 performs scheduling and mixing resource allocation on the adjusted interfering user of the base station, and supplies it to the interfering user of the local cell. Similarly, when the resource conversion module 23 is based on the received one or more interfering cells. When the actual allocation result of the interfering user resources adjusts the candidate resource corresponding to the interfering user resource of the interfering cell of the cell to the common resource, the second resource allocation module 25 performs the scheduling and resource allocation of the non-interfering user adjusted by the base station. It is used by non-interfering users in the cell, thereby realizing the reuse of resources, improving the resource utilization rate of the cell, and enabling the user to obtain a better user experience.

Embodiment 2:

Please refer to FIG. 3. FIG. 3 is a flowchart of a resource multiplexing method according to an embodiment.

In this embodiment, the resource multiplexing method specifically includes the following steps:

S301. The cell base station acquires a resource pre-allocation result of the local cell.

Optionally, the resource pre-allocation result includes at least one of three types of resource types: interfering user resources, candidate resources, and common resources.

S302, the cell base station performs scheduling and resource allocation on the interfering user of the cell according to the resource pre-allocation result, and obtains an actual resource allocation result of the interfering user of the cell;

S303. The cell base station performs, according to the actual resource allocation result of the interfering user, an actual unallocated partial interference user resource to perform resource type adjustment.

Optionally, the resource type adjustment of the actual unallocated interference user resource in the resource pre-allocation result includes:

The actual unallocated interference user resources are adjusted to any of the normal resources and the candidate resources.

Optionally, before step 301, the centralized controller further collects interference user information of the local cell, and then the centralized controller performs pre-allocation of resources to the cell according to the collected interference user information.

In this embodiment, the resource pre-allocation result obtained by the cell base station may be obtained periodically from the centralized controller, or may be acquired aperiodically.

The resource pre-allocation result of the local cell that is obtained by the cell base station is divided according to the maximum scheduling situation of the user by the inter-cell interference user. Therefore, in this embodiment, optionally, the cell base station is controlled from the central control. After the pre-allocation result of the resource is obtained, the resources allocated by the cell base station for the interfering user in the actual scheduling process are allocated on demand.

Optionally, the on-demand allocation includes: if the interfering user of the cell has no service to transmit at the current moment, or the interfering user has a lower priority at the current moment, the cell base station does not give the interfering user at the current moment. Allocating resources, or allocating fewer resources, realizing the reuse of pre-allocated resources by the cell, avoiding waste of resources, and enhancing the user experience, and improving the spectrum efficiency of the user's data transmission rate.

Optionally, in step 302, the cell base station further includes an identifier for the resource. Optionally, the cell base station has a scheduling for the interfering user, and allocates resources. At this time, the cell base station has the part. The allocated interfering user resource identifier is an occupied state. If the interfering user resource is not allocated or only a part is allocated, the unassigned interfering user resource is identified as an unoccupied state, and finally, the actual resource allocation of the interfering user of the cell is obtained. As a result, the cell base station further adjusts the resource type of the local cell according to the actual resource allocation result of the interfering user.

In this embodiment, the resource multiplexing method further includes: the cell base station transmitting the actual resource allocation result of the interfering user to each interfering cell base station of the local cell, optionally, each of the interfering cell receiving After the actual resource allocation result of the interfering user, the resource type of the cell is also adjusted according to the result.

In this embodiment, the method further includes:

When the actual unallocated interference user resource is adjusted to a common resource,

The cell base station receives an actual resource allocation result of an interfering user of an interfering cell sent by one or more interfering cell base stations of the local cell;

The cell base station adjusts at least a part of the candidate resources corresponding to the actually unallocated interference user resources in each of the received interfering cells according to the actual resource allocation result of the interfering users of each of the received interfering cells. A common resource, as referred to herein, is that when the pre-allocated resource type of the current cell is an interfering user resource, the resource type allocated by the interfering cell of the local cell must be an alternative resource.

The candidate resource corresponding to the actually unassigned interfering user resource in the interfering cell may include the same candidate resource as the actual unallocated interfering user resource in the interfering cell, such as frequency or time.

In this embodiment, optionally, at least one interfering cell in the interfering cell of the local cell only allocates part of the interfering user resource to the interfering user resource of the cell, and all the interfering user resources of the other interfering cell are all When not allocated, the cell base station adjusts an alternative resource corresponding to the partially allocated interfering user resource in the cell to a common resource;

When all the interfering user resources of the one or more interfering cells of the current cell are not allocated, the cell base station adjusts all the candidate resources corresponding to the interfering user resources of the one or more interfering cells to the common resources. .

In all the above steps, after the cell base station acquires the resource pre-allocation result of the current cell, the resource allocation is performed according to the actual service transmission requirement of the interfering user of the cell, and is not allocated. The user resource is interfered with the allocation status identifier, and the unassigned interference user resource identifier is an unoccupied state, and the allocated resource identifier is occupied.

For the interfering user resource identified as the unoccupied state, the cell base station adjusts it to the common resource, and does not process the interfering user resource identified as the occupied state, thereby realizing the re-adjustment of the cell resource type and improving the reuse of the pre-allocated resource.

In this embodiment, the resource multiplexing method further includes:

The cell base station performs scheduling and resource allocation on the non-interfering user according to the adjusted resource allocation situation; after the cell base station adjusts the resource identified as unoccupied to the common resource, the cell base station further adjusts all the normal resources after the adjustment. The allocation adjustment makes the common resources fully utilized, further improving the utilization rate of the pre-allocated resources of the cell, and at the same time avoiding the interference between the cells.

Specifically, how to perform the scheduling and the resource allocation of the non-interfering users according to the modulated resource division can be implemented by using the well-known techniques of the present invention, and is not intended to limit the protection scope of the embodiments of the present invention, and details are not described herein again.

In this embodiment, in addition to the non-interfering user that adjusts the interference resource and the candidate resource to the normal resource supply cell, the interference user resource may be adjusted to an alternative resource, and the candidate resource is used. The cell base station is adjusted to interfere with user resources. At this time, the cell base station performs scheduling and resource allocation on the interfering user according to the adjusted resource partitioning situation. This type of adjustment also improves the utilization of pre-allocated resources of the cell.

Optionally, it also includes:

When the actual unallocated interference user resource is adjusted to an alternative resource,

The cell base station receives an actual resource allocation result of an interfering user of an interfering cell sent by one or more interfering cell base stations of the local cell;

The cell base station adjusts at least a part of the candidate resources corresponding to the actually unallocated interference user resources in each of the received interfering cells according to the actual resource allocation result of the interfering users of each of the received interfering cells. Interfere with user resources.

Optionally, the method further includes: the cell base station performs scheduling and resource allocation on the interfering user according to the adjusted resource division.

Specifically, how to perform the scheduling and resource allocation of the interfering user according to the adjusted resource partitioning manner can be implemented by using the well-known technology of the present invention, and is not used to limit the protection scope of the embodiment of the present invention, and details are not described herein again.

Embodiment 3

In this embodiment, the specific working process of the resource multiplexing method of the present invention is further described by taking three cells under the centralized controller as an example.

As shown in FIG. 4, in the embodiment, the centralized controller includes three cells and four interfering users, and the four interfering users belong to three different cells respectively. Therefore, the strong interfering cell that interferes with user 1 is Cell 2 and cell 3; the strong interfering cell of the interfering user 2 is the cell 2 and the cell 3; the strong interfering cell of the interfering user 3 is the cell 1; the strong interfering cell of the interfering user 4 is the cell 1.

In this embodiment, the centralized controller performs resource pre-allocation for each cell according to the interference user information fed back to the centralized controller by each cell and the interference situation between the cells. The radio resources of the cell are classified into three categories, including interfering user resources, alternative resources, and common resources. The specific resource type pre-allocation results are shown in Figure 4.

In this embodiment, after the cell base station acquires the resource pre-allocation result of the cell, the cell base station uses the resource pre-allocation result as a range of cell scheduling and resource allocation, and respectively schedules the interfering user of the cell and Allocating resources, optionally, allocation of resources for each interfering user is allocated on demand, that is, according to the actual service transmission demand of the interfering user, for example, as shown in FIG. 4, if at time t1, if cell 1 The interfering user 1 has no service to transmit, or the interfering user 1 has a lower priority, and the cell may not allocate resources to the interfering user 1. Similarly, at time t1, if the interfering user 1 traffic of the cell is relatively small, and the centralized controller pre-allocates more resources for the interfering user 1, the cell base station can allocate some of the resources for the interfering user 1.

The cell base station allocates scheduling and resource allocation to the interfering user. If the cell 1 has an interfering user scheduled at the moment, the part of the interfering user resource is identified as an occupied state; if the cell 1 does not interfere with the user being scheduled at the moment, Identify this part of the interfering user resource as unoccupied. At the same time, the cell base station also transmits the actual allocation result of the interference user resource of the cell 1 to the cell 2 and the cell 3, respectively.

In this embodiment, the cell 1 also receives the actual resource allocation result of the interfering users from the cell 2 and the cell 3. Optionally, after the cell 1 completes the scheduling and resource allocation of the interfering user, and after receiving the actual resource allocation result sent by the cell 2 and the cell 3, the cell 1 base station may adjust the resource of the cell according to the foregoing information. As shown in FIG. 5, when the cell 1 does not allocate resources to the interfering user 1, the cell 1 can adjust the part of the interfering user resources to the common resource; at the same time, the candidate resources allocated in the cell 1 are used to circumvent the cell 2 and the cell respectively. 3 interferes with the interference of the user 3 and the interference user 4, and when the cell 2 and the cell 3 also allocate resources to the interfering user 3 and the interfering user 4 respectively, the cell 1 can adjust the part of the candidate resources to the common resource and supply the cell 1 Non-interfering users use it. Similarly, as shown in FIG. 6, when the cell does not allocate resources to the interfering user 1 and the interfering user 3, the resource adjustment of each cell, the cell 1 also needs to coordinate resources for the interfering user 4, although interfering with the cell base station of the user 3 No resources are allocated for it, but cell 1 can only have some alternative resources adjusted to common resources.

In this embodiment, the resource multiplexing method further includes: after the cell completes the resource type adjustment, the cell base station performs scheduling and resource allocation on the non-interfering user. Non-interfering users can only be assigned to common resource locations, and the cell does not send any data on the alternate resources.

Embodiments of the present invention also provide a computer readable storage medium storing computer executable instructions for performing any of the methods described above.

One of ordinary skill in the art will appreciate that all or a portion of the above steps may be performed by a program to instruct related hardware, such as a processor, which may be stored in a computer readable storage medium, such as a read only memory, disk or optical disk. Wait. Alternatively, all or part of the steps of the above embodiments may also be implemented using one or more integrated circuits. Correspondingly, each module/unit in the foregoing embodiment may be implemented in the form of hardware, for example, by implementing an integrated circuit to implement its corresponding function, or may be implemented in the form of a software function module, for example, executing a program in a storage and a memory by a processor. / instruction to achieve its corresponding function. The invention is not limited to any specific form of combination of hardware and software.

The above is a further detailed description of the present invention in connection with the specific embodiments, and the specific embodiments of the present invention are not limited to the description. It will be apparent to those skilled in the art that the present invention may be made without departing from the spirit and scope of the invention.

Industrial applicability

The above technical solution reduces the load of the centralized controller and the delay of information interaction, improves the frequency rate, and improves the utilization rate of the pre-allocated resources of the cell.

Claims (14)

A resource multiplexing method includes: The cell base station obtains a resource pre-allocation result of the cell; The cell base station performs scheduling and resource allocation on the local cell interference user according to the resource pre-allocation result, and obtains an actual resource allocation result of the interference user of the local cell; The cell base station performs resource type adjustment on the unallocated interference user resource in the resource pre-allocation result according to the actual resource allocation result of the interfering user. The resource multiplexing method according to claim 1, further comprising: The cell base station sends the actual resource allocation result of the interfering user to each interfering cell base station of the local cell. The resource multiplexing method according to claim 1 or 2, wherein the resource pre-allocation result comprises at least one of three resource types: interfering user resources, candidate resources, and common resources; The adjusting the resource type of the unallocated interference user resource in the resource pre-allocation result includes: The actual unallocated interference user resources are adjusted to any of the normal resources and the candidate resources. The resource multiplexing method of claim 3, further comprising: When the actual unallocated interference user resources are adjusted to common resources, The cell base station receives an actual resource allocation result of an interfering user of an interfering cell sent by one or more interfering cell base stations of the local cell; The cell base station adjusts at least a part of the candidate resources corresponding to the actually unallocated interference user resources in each of the received interfering cells according to the actual resource allocation result of the interfering users of each of the received interfering cells. Ordinary resources. The resource multiplexing method according to claim 4, further comprising: the cell base station performing scheduling and resource allocation on the non-interfering user according to the adjusted resource partitioning situation. The resource multiplexing method of claim 3, further comprising: When the actual unallocated interference user resource is adjusted to an alternative resource, The cell base station receives an actual resource allocation result of an interfering user of an interfering cell sent by one or more interfering cell base stations of the local cell; The cell base station adjusts at least a part of the candidate resources corresponding to the actually unallocated interference user resources in each of the received interfering cells according to the actual resource allocation result of the interfering users of each of the received interfering cells. Interfere with user resources. The resource multiplexing method according to claim 6, further comprising: the cell base station performing scheduling and resource allocation on the interfering user according to the adjusted resource partitioning situation. A base station includes: a resource acquisition module, a first resource allocation module, and a resource conversion module; The resource obtaining module is configured to acquire a resource pre-allocation result of the local cell; The first resource allocation module is configured to perform scheduling and resource allocation on the interfering user of the local cell according to the resource pre-allocation result, to obtain an actual allocated resource of the interfering user in the local cell; The resource conversion module is configured to adjust the resource type of the unallocated interference user resource in the resource pre-allocation result according to the actual resource allocation result of the interfering user. The base station according to claim 8, further comprising: said information interaction module; The information interaction module is configured to send the actual resource allocation result of the interfering user to each interfering cell base station of the local cell. The base station according to claim 8 or 9, wherein the resource pre-allocation result comprises at least one of three resource types: interfering user resource, candidate resource and common resource; The resource conversion module is set to: The actual unallocated interference user resource is adjusted to any one of the normal resource and the candidate resource according to the actual resource allocation result of the interfering user. The base station according to claim 10, wherein the resource conversion module is further configured to: When the actual unallocated interference user resource is adjusted to a common resource, the actual resource allocation result of the interference user of the interference cell sent by the one or more interfering cell base stations of the local cell is received; And adjusting at least a part of the candidate resources corresponding to the actually unallocated interference user resources in each of the received interfering cells to the common resources according to the actual resource allocation result of the interfering users of each of the received interfering cells. The base station according to claim 11, further comprising: a second resource allocation module, configured to perform scheduling and resource allocation on the non-interfering user according to the adjusted resource partitioning situation. The base station according to claim 10, wherein the resource conversion module is further configured to: When the actual unallocated interference user resource is adjusted to the candidate resource, the actual resource allocation result of the interference user of the interference cell sent by the one or more interfering cell base stations of the local cell is received; And adjusting at least a part of the candidate resources corresponding to the actually undistributed interfering user resources in each of the received interfering cells to the interfering user resources according to the actual resource allocation result of the interfering users of each of the interfering cells received. The base station according to claim 13, further comprising: a second resource allocation module configured to perform scheduling and resource allocation on the interfering user according to the adjusted resource partitioning situation.

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