CN104684091B

CN104684091B - Network architecture method of adjustment, device, network scheduling controller and base station

Info

Publication number: CN104684091B
Application number: CN201310641665.6A
Authority: CN
Inventors: 周仕辉
Original assignee: Huawei Technologies Service Co Ltd
Current assignee: Huawei Technologies Service Co Ltd
Priority date: 2013-12-03
Filing date: 2013-12-03
Publication date: 2019-04-26
Anticipated expiration: 2033-12-03
Also published as: CN104684091A

Abstract

The invention discloses a kind of network architecture method of adjustment, device, network scheduling controller and base stations, belong to field of communication technology.This method comprises: receiving the information on load for multiple cells that base station is sent, information on load includes at least utilization rate of air interface resource；According to the utilization rate of air interface resource of multiple cells, determine that at least one Target cell, Target cell are the cell that utilization rate of air interface resource meets preset rules in multiple cells；Obtain multiple MR of each Target cell at least one Target cell；According to the multiple MR and information on load of each Target cell, cell plan arrangement is constructed；Constructed cell plan arrangement is sent to base station, so that base station adjusts the corresponding relationship between the corresponding radio frequency remote unit RRU of each Target cell according to cell plan arrangement.The present invention can adjust the corresponding relationship between the corresponding RRU of cell, improve the network architecture, improve network performance.

Description

Network architecture method of adjustment, device, network scheduling controller and base station

Technical field

The present invention relates to field of communication technology, in particular to a kind of network architecture method of adjustment, device, network scheduling control Device and base station.

Background technique

RRU(Radio Remote Unit, Remote Radio Unit) it is that baseband signal is changed into optical signal transmission, in distal end A kind of technology of amplification.One base station can be configured with multiple RRU, each RRU serves a cell.In the network architecture In, according to the load condition of cell, a cell can be serviced by a RRU, can also be serviced by multiple RRU, as multiple RRU When for the same cell serves, sends and receives and use identical interface-free resources.

In some scenarios, such as network commercial early period, suburb, rural area scene, since number of users is few, telephone traffic is low, warp Frequently with RRU remote technology, general structure is that a cell is serviced by multiple RRU, with while reducing network interferences, reality The purpose now extensively covered.But with the economic development of the development of network and region, the promotion of number of users is so as to telephone traffic requirement Higher and higher, if still using identical interface-free resources by multiple RRU, it will cause serious network interferences.And community user Number reduces so that under the scene that telephone traffic reduces, if a cell is still kept to be serviced by a RRU, it will cause eat dishes without rice or wine to provide The waste in source.In conclusion needing a kind of method being adjusted to the existing network architecture to adapt to the network interferences etc. of cell Demand and load condition variation.

Summary of the invention

In order to solve problems in the prior art, the embodiment of the invention provides a kind of network architecture methods of adjustment, device, net Network scheduling controller and base station, to realize the purpose for adjusting the network architecture according to the load condition of cell.The technical solution is such as Under:

In a first aspect, providing a kind of network architecture method of adjustment, which comprises

The information on load for multiple cells that base station is sent is received, the information on load includes at least utilization rate of air interface resource；

According to the utilization rate of air interface resource of the multiple cell, determine that at least one Target cell, the Target cell are Utilization rate of air interface resource meets the cell of preset rules in the multiple cell；

Obtain multiple MR of each Target cell at least one described Target cell；

According to the multiple MR and information on load of each Target cell, cell plan arrangement, the cell are constructed Programme is used to determine merging and/or division scheme between Target cell；

Constructed cell plan arrangement is sent to the base station, so that the base station is according to the cell plan arrangement tune Corresponding relationship between the corresponding radio frequency remote unit RRU of each whole described Target cell.

With reference to first aspect, in the first possible implementation of first aspect, the Target cell includes wait divide Cell and cell to be combined determine that at least one Target cell includes: according to the utilization rate of air interface resource of the multiple cell

When in the multiple cell including first community, the first community is determined as cell to be combined, described the The utilization rate of air interface resource of one cell is less than the first pre-determined threshold, and the RRU quantity of the first community is less than preset quantity； And/or

When in the multiple cell including second community, the second community is determined as cell to be divided, described the Two cells are that more RRU are total to cell, and utilization rate of air interface resource is greater than the second pre-determined threshold.

With reference to first aspect, in second of possible implementation of first aspect, when the Target cell is to be combined When cell, according to the multiple MR and information on load of each Target cell, constructing cell plan arrangement includes:

Using the cell to be combined as first object cell, using the adjacent cell to be combined of the cell to be combined as Second Target cell；

The multiple MR for parsing at least one first object cell, obtain the reference signal of each first object cell Receive power RSRP information and the RSRP information of each the second Target cell；

According to the RSRP information of each first object cell and the RSRP information of each the second Target cell, obtain Interference coefficient between each described first object cell and each second Target cell；

According to the interference coefficient and load between each described first object cell and each second Target cell Information constructs the Merge Scenarios between cell.

With reference to first aspect, in the third possible implementation of first aspect, according to each first object cell RSRP information and each the second Target cell RSRP information, obtain each described first object cell and each Interference coefficient between second Target cell includes:

It is small according to the first object for each of at least one first object cell first object cell The RSRP information of the RSRP information in area and each second Target cell obtains the RSRP letter of the first object cell Interference coefficient between breath and each described second Target cell；

The first object cell is performed both by each of at least one described Target cell first object cell Interference coefficient obtaining step.

With reference to first aspect, in the 4th kind of possible implementation of first aspect, according to the first object cell The RSRP information of RSRP information and each second Target cell, obtain the RSRP information of the first object cell with And the interference coefficient between each described second Target cell includes:

According to the RSRP information of multiple MR of first object cell first object cell parsed and institute The RSRP information of each the second Target cell is stated, obtains each described second Target cell to the first object cell The interference coefficient of interference coefficient and the first object cell to each second Target cell；

By each described second Target cell to the interference coefficient and the first object of the first object cell Cell to the interference coefficient of each second Target cell and value, as the first object cell and it is described each Interference coefficient between second Target cell.

With reference to first aspect, in the 5th kind of possible implementation of first aspect, according to each described first object Interference coefficient and information on load between cell and each second Target cell construct the Merge Scenarios packet between cell It includes:

According to the size of the interference coefficient between the first object cell and multiple second Target cells, described is determined The cell to be combined of one Target cell, the cell to be combined of the first object cell are that maximum second target of interference coefficient is small Area；

Based on the first object cell and fixed cell to be combined, the interface-free resources for obtaining cell after merging are utilized Rate and RRU quantity；

The utilization rate of air interface resource of cell is less than cell after first pre-determined threshold and the merging after merging RRU quantity when being less than the preset quantity, by the second Target cell of the cell to be combined of the first object cell and Second Target cell of second Target cell as cell after the merging continues to execute and determines cell to be combined, until Interface-free resources based on cell after the first object cell and at least one fixed obtained merging of cell to be combined Utilization rate is greater than first pre-determined threshold or RRU quantity greater than until the preset quantity.

With reference to first aspect, in the 6th kind of possible implementation of first aspect, when the Target cell is wait divide When cell, according to the multiple MR and information on load of each Target cell, constructing cell plan arrangement includes:

Using the cell to be divided as third Target cell；

The multiple MR for parsing at least one third Target cell, obtain multiple RRU in each third Target cell RSRP information；

It is small according to the third target for each of at least one third Target cell third Target cell The RSRP information of multiple RRU in area obtains the interference coefficient between the RRU of the third Target cell；

According to the interference coefficient and information on load between multiple RRU of the third Target cell, construct between cell Division scheme.

With reference to first aspect, in the 7th kind of possible implementation of first aspect, according to the third Target cell The RSRP information of multiple RRU, the interference coefficient obtained between the RRU of the third Target cell include:

For the first RRU of multiple RRU in the third Target cell, according to multiple RRU of the third Target cell RSRP information, obtain the first RRU to the interference coefficient of each RRU in other RRU in the third Target cell with And for each RRU to the interference coefficient of the first RRU, the first RRU is the third Target cell in other described RRU In any of multiple RRU；

Interference coefficient and institute according to the first RRU to each RRU in other RRU in the third Target cell It states each RRU in other RRU and the first RRU and the third Target cell is obtained to the interference coefficient of the first RRU In interference coefficient in other RRU between each RRU；

Each of multiple RRU for third Target cell RRU is performed both by the interference coefficient of the first RRU Obtaining step.

With reference to first aspect, in the 8th kind of possible implementation of first aspect, the information on load further includes RRU's Home subscriber number, according to the interference coefficient and information on load between multiple RRU of the third Target cell, construct cell it Between division scheme include:

According to the RRU quantity of the third Target cell, the RRU quantity of cell after each division is determined；

According to the RRU quantity of cell after the RRU of the third Target cell and the division, various combination mode is obtained Under each division after cell RRU set；

According to the interference coefficient between the RRU in the RRU set of cell after each division, various combination mode is obtained Interference coefficient；

According to the interference coefficient sequence from big to small of various combination mode, preset number combination is obtained；

According to after each division under the preset number combination cell RRU set in RRU home subscriber Number, the smallest combination of home subscriber number difference between cell after selection division.

Second aspect, provides a kind of network architecture method of adjustment, and the method is applied to communication system, the communication system System includes network scheduling controller and base station, and the network scheduling controller is used to plan conjunction and/or the division side between cell Case, which comprises

The information on load of multiple cells is sent to the network scheduling controller, the information on load includes at least and eats dishes without rice or wine to provide Source utilization rate；

When receiving cell plan arrangement constructed by the network scheduling controller, according to the cell plan arrangement The corresponding relationship between the corresponding RRU of each Target cell is adjusted, the cell plan arrangement is for determining that target is small Merging and/or division scheme between area, the Target cell meets default for utilization rate of air interface resource in the multiple cell The cell of rule.

In conjunction with second aspect, in the first possible implementation of second aspect, Target cell includes cell to be divided With cell to be combined, the corresponding pass between the corresponding RRU of each Target cell is adjusted according to the cell plan arrangement System includes:

When receiving Merge Scenarios between cell constructed by the network scheduling controller, it is to be combined to adjust each Corresponding relationship between the corresponding RRU of cell；And/or

When receiving the division scheme between cell constructed by the network scheduling controller, each band point is adjusted Split the corresponding relationship between the corresponding RRU of cell.

The third aspect, provides a kind of network architecture adjustment device, and described device includes:

Information on load receiving module, the information on load of multiple cells for receiving base station transmission, the information on load is extremely It less include utilization rate of air interface resource；

Target cell determining module determines at least one mesh for the utilization rate of air interface resource according to the multiple cell Cell is marked, the Target cell is the cell that utilization rate of air interface resource meets preset rules in the multiple cell；

Measurement report obtains module, for obtaining multiple surveys of each Target cell at least one described Target cell Amount report MR；

Cell plan arrangement constructs module, for the multiple MR and information on load according to each Target cell, Cell plan arrangement is constructed, the cell plan arrangement is used to determine merging and/or division scheme between Target cell；

Cell plan arrangement sending module, for sending constructed cell plan arrangement to the base station, so that described Base station adjusts between the corresponding radio frequency remote unit RRU of each described Target cell according to the cell plan arrangement Corresponding relationship.

In conjunction with the third aspect, in the first possible implementation of the third aspect, the Target cell determining module packet It includes:

Cell to be combined determines submodule, is used for when in the multiple cell including first community, small by described first Area is determined as cell to be combined, and the utilization rate of air interface resource of the first community is and described first small less than the first pre-determined threshold The RRU quantity in area is less than preset quantity；And/or

Cell to be divided determines submodule, is used for when in the multiple cell including second community, small by described second Area is determined as cell to be divided, and the second community is that more RRU are total to cell, and utilization rate of air interface resource is greater than the second pre- gating Limit.

In conjunction with the third aspect, in second of possible implementation of the third aspect, when the Target cell is to be combined When cell, the cell plan arrangement building module includes:

First measurement report analyzing sub-module is obtained for parsing multiple MR of at least one first object cell The Reference Signal Received Power RSRP information of each first object cell and the RSRP information of each the second Target cell, The first object cell is the cell to be combined, and second Target cell is the adjacent to be combined of the cell to be combined Cell；

First interference coefficient acquisition submodule, for according to the RSRP information of each first object cell and each The RSRP information of second Target cell obtains dry between each described first object cell and each second Target cell Disturb coefficient；

Merge Scenarios construct submodule, for according to each described first object cell and each second Target cell Between interference coefficient and information on load, construct cell between Merge Scenarios.

In conjunction with the third aspect, in the third possible implementation of the third aspect, first interference coefficient obtains son Module includes:

First interference coefficient acquiring unit, for for the first mesh of each of at least one first object cell Mark cell is obtained according to the RSRP information of the first object cell and the RSRP information of each second Target cell Take the interference coefficient between the RSRP information and each described second Target cell of the first object cell；

Second interference coefficient acquiring unit, for each of at least one described Target cell first object cell It is performed both by the interference coefficient obtaining step of the first object cell.

In conjunction with the third aspect, in the 4th kind of possible implementation of the third aspect, first interference coefficient obtains single Member includes:

Interference coefficient acquisition subelement, described first for being parsed according to multiple MR of the first object cell It is small to obtain each described second target for the RSRP information of the RSRP information of Target cell and each second Target cell Area is to the interference coefficient of the first object cell and the first object cell to each second Target cell Interference coefficient；

Interference coefficient determines subelement, for doing each described second Target cell to the first object cell Disturb coefficient and the first object cell to the interference coefficient of each second Target cell and value, as described Interference coefficient between one Target cell and each described second Target cell.

In conjunction with the third aspect, in the 5th kind of possible implementation of the third aspect, the Merge Scenarios construct submodule Include:

Cell determination unit to be combined, for according to dry between the first object cell and multiple second Target cells The size for disturbing coefficient determines that the cell to be combined of the first object cell, the cell to be combined of the first object cell are Maximum second Target cell of interference coefficient；

Cell information acquiring unit after merging, for being based on the first object cell and fixed cell to be combined, Obtain the utilization rate of air interface resource and RRU quantity of cell after merging；

Merge Scenarios construction unit, it is default that the utilization rate of air interface resource for the cell after merging is less than described first When the RRU quantity of cell is less than the preset quantity after thresholding and the merging, by the to be combined small of the first object cell The second Target cell of second Target cell in area and second Target cell as cell after the merging, continues to execute Cell to be combined is determined, until being based on the first object cell and at least one fixed obtained conjunction of cell to be combined And the utilization rate of air interface resource of rear cell is greater than first pre-determined threshold or RRU quantity greater than until the preset quantity.

In conjunction with the third aspect, in the 6th kind of possible implementation of the third aspect, when the Target cell is wait divide When cell, the cell plan arrangement building module includes:

Second measurement report analyzing sub-module is obtained for parsing multiple MR of at least one third Target cell The RSRP information of multiple RRU in each third Target cell, the third Target cell are the cell to be divided；

Second interference coefficient acquisition submodule, for for each of at least one third Target cell third Target cell, according to the RSRP information of multiple RRU of the third Target cell, obtain the third Target cell RRU it Between interference coefficient；

Divide scheme constructs submodule, for the interference coefficient between multiple RRU according to the third Target cell with And information on load, construct the division scheme between cell.

In conjunction with the third aspect, in the 7th kind of possible implementation of the third aspect, second interference coefficient obtains son Module includes:

First RRU interference coefficient acquiring unit, for the first RRU for multiple RRU in the third Target cell, root According to the RSRP information of multiple RRU of the third Target cell, the first RRU is obtained to other in the third Target cell Interference coefficient of each RRU to the first RRU, institute in the interference coefficient of each RRU and other described RRU in RRU Stating the first RRU is any of multiple RRU in the third Target cell；

2nd RRU interference coefficient acquiring unit is used for according to the first RRU to other in the third Target cell Each RRU obtains the interference coefficient of the first RRU in the interference coefficient of each RRU and other described RRU in RRU Take the interference coefficient in the first RRU and the third Target cell in other RRU between each RRU；

3rd RRU interference coefficient acquiring unit, for each of multiple RRU for the third Target cell RRU is performed both by the interference coefficient obtaining step of the first RRU.

In conjunction with the third aspect, in the 8th kind of possible implementation of the third aspect, the information on load further includes RRU's Home subscriber number, the division scheme constructs submodule include:

RRU quantity determination unit determines small after each is divided for the RRU quantity according to the third Target cell The RRU quantity in area；

RRU gathers acquiring unit, for the RRU according to cell after the RRU of the third Target cell and the division Quantity obtains the RRU set of cell after each division under various combination mode；

The interference coefficient acquiring unit of various combination mode, in the RRU set according to cell after each division Interference coefficient between RRU obtains the interference coefficient of various combination mode；

Preset number combination acquiring unit, for from big to small suitable of the interference coefficient according to various combination mode Sequence obtains preset number combination；

Scheme constructs subelement is divided, for according to cell after each division under the preset number combination The home subscriber number of RRU in RRU set, the smallest combination of home subscriber number difference between cell after selection division.

Fourth aspect, provides a kind of network architecture adjustment device, and described device is applied to communication system, the communication system System includes network scheduling controller and base station, and the network scheduling controller is used to plan conjunction and/or the division side between cell Case, described device include:

Information on load sending module, it is described for sending the information on load of multiple cells to the network scheduling controller Information on load includes at least utilization rate of air interface resource；

The network architecture adjusts module, receives cell plan arrangement constructed by the network scheduling controller for working as When, the corresponding relationship between the corresponding RRU of each Target cell, the cell are adjusted according to the cell plan arrangement Programme is used to determine merging and/or division scheme between Target cell, and the Target cell is in the multiple cell Utilization rate of air interface resource meets the cell of preset rules.

In conjunction with fourth aspect, in the first possible implementation of fourth aspect, the cell includes cell to be divided With cell to be combined, the network architecture adjustment module includes:

Subzone network framework adjustment unit to be combined receives cell constructed by the network scheduling controller for working as Between Merge Scenarios when, adjust the corresponding relationship between the corresponding RRU of each cell to be combined；And/or

Subzone network framework adjustment unit to be divided receives cell constructed by the network scheduling controller for working as Between division scheme when, adjust each with the corresponding relationship between the corresponding RRU of division cell.

5th aspect, provides a kind of network scheduling controller, and the network scheduling controller includes transmitter, receives Machine, memory and the processor being connect respectively with transmitter, receiver and memory；Wherein, one is stored in the memory Group program code, and processor is used to call the program code stored in memory, for performing the following operations:

The information on load for multiple cells that base station is sent is received by the receiver, the information on load includes at least sky Mouth resource utilization；

Multiple measurement reports of each Target cell at least one described Target cell are obtained by the receiver MR；

Constructed cell plan arrangement is sent to the base station by the transmitter, so that the base station is according to Cell plan arrangement adjusts the corresponding relationship between the corresponding radio frequency remote unit RRU of each described Target cell.

5th aspect, provides a kind of base station, and the base station includes the adjustment device of the network architecture described in fourth aspect.

Technical solution provided in an embodiment of the present invention has the benefit that

By the information on load according to cell filter out it is to be combined/or division cell, and with it is to be combined/or division cell institute The base station of category is interacted to get measurement report, network interferences situation is analyzed by the measurement report got, with basis Network interferences situation and information on load determine conjunction and/or division scheme between cell, enable base station according to determining conjunction And/or the corresponding relationship between the corresponding RRU of division project setting cell, improve the network architecture, improves network performance.

Detailed description of the invention

To describe the technical solutions in the embodiments of the present invention more clearly, make required in being described below to embodiment Attached drawing is briefly described, it should be apparent that, drawings in the following description are only some embodiments of the invention, for For those of ordinary skill in the art, without creative efforts, it can also be obtained according to these attached drawings other Attached drawing.

Fig. 1 is network architecture method of adjustment flow chart provided in an embodiment of the present invention；

Fig. 2 is network architecture method of adjustment flow chart provided in an embodiment of the present invention；

Fig. 3 is network architecture method of adjustment flow chart provided in an embodiment of the present invention；

Fig. 4 is interference coefficient schematic diagram between cell provided in an embodiment of the present invention；

Fig. 5 is cell combining schematic diagram provided in an embodiment of the present invention；

Fig. 6 is network architecture method of adjustment flow chart provided in an embodiment of the present invention；

Fig. 7 is cell splitting schematic diagram provided in an embodiment of the present invention；

Fig. 8 is network architecture adjustment apparatus structure schematic diagram provided in an embodiment of the present invention；

Fig. 9 is network architecture adjustment apparatus structure schematic diagram provided in an embodiment of the present invention；

Figure 10 is network scheduling controller architecture schematic diagram provided in an embodiment of the present invention.

Specific embodiment

To make the object, technical solutions and advantages of the present invention clearer, below in conjunction with attached drawing to embodiment party of the present invention Formula is described in further detail.

Fig. 1 is network architecture method of adjustment flow chart provided in an embodiment of the present invention.Referring to Fig. 1, this method comprises:

101, network scheduling controller receives the information on load for multiple cells that base station is sent, which includes at least Utilization rate of air interface resource.

Wherein, which is used to plan conjunction and/or division scheme between cell.Network scheduling control Device can be network management device, can also be configured in other equipment (such as base station), and the embodiment of the present invention does not limit specifically It is fixed.

It should be noted that base station can send the load letter of multiple cells every predetermined period to network scheduling controller Breath.

102, network scheduling controller determines that at least one target is small according to the utilization rate of air interface resource of multiple cell Area, the Target cell are the cell that utilization rate of air interface resource meets preset rules in multiple cell.

103, network scheduling controller obtains multiple MR of each Target cell at least one Target cell (Measurement Report, measurement report).

It is so that network scheduling controller determines Target cell according to the information on load received as an example in the embodiment of the present invention It is illustrated, and in fact, can also determine whether the cell is that target is small according to the information on load of cell by each base station Area, to send multiple MR of the Target cell to network scheduling controller to carry out subsequent network architecture adjustment process, originally Inventive embodiments are not especially limited this.

104, multiple MRs and information on load of the network scheduling controller according to each Target cell, building cell rule The scheme of drawing, the cell plan arrangement are used to determine merging and/or division scheme between Target cell.

105, network scheduling controller sends constructed cell plan arrangement to the base station, so that the base station is small according to this Corresponding relationship between the corresponding radio frequency remote unit RRU of section planning project setting each Target cell.

Method provided in an embodiment of the present invention, by the information on load according to cell filter out it is to be combined/or division cell, And with it is to be combined/or division cell belonging to base station interact to get measurement report, pass through the measurement report got Network interferences situation is analyzed, to determine the conjunction and/or division scheme between cell according to network interferences situation and information on load, is made Net can be improved according to the corresponding relationship between the corresponding RRU of determining conjunction and/or division project setting cell by obtaining base station Network framework improves network performance.

Optionally, which includes cell to be divided and cell to be combined, according to the interface-free resources of multiple cell Utilization rate determines that at least one Target cell includes:

Optionally, it when the Target cell is cell to be combined, according to multiple MR of each Target cell and bears Lotus information, building cell plan arrangement include:

Multiple MR of at least one first object cell are parsed, the reference signal for obtaining each first object cell connects Receive power RSRP(Reference Signal Receiving Power, Reference Signal Received Power) information and each the The RSRP information of two Target cells；

According to the RSRP information of each first object cell and the RSRP information of each the second Target cell, obtain Interference coefficient between each first object cell and each second Target cell；

According to the interference coefficient and load letter between each first object cell and each second Target cell Breath constructs the Merge Scenarios between cell.

Optionally, believed according to the RSRP of the RSRP information of each first object cell and each the second Target cell Breath, the interference coefficient obtained between each first object cell and each second Target cell include:

For each of at least one first object cell first object cell, according to the first object cell The RSRP information of RSRP information and each second Target cell obtains the RSRP information of the first object cell and is somebody's turn to do Interference coefficient between each second Target cell；

The interference of the first object cell is performed both by each of at least one Target cell first object cell Coefficient obtaining step.

Optionally, believed according to the RSRP of the RSRP information of the first object cell and each second Target cell Breath, the interference coefficient obtained between the RSRP information and each second Target cell of the first object cell include:

It is each with this according to the RSRP information of multiple MR of first object cell first object cell parsed The RSRP information of a second Target cell, obtain each second Target cell to the interference coefficient of the first object cell with And the interference coefficient of first object cell each second Target cell to this；

Interference coefficient and the first object cell pair of each second Target cell to the first object cell by this The interference coefficient of each second Target cell and value, as the first object cell and each second Target cell Between interference coefficient.

Optionally, according between each first object cell and each second Target cell interference coefficient and Information on load, the Merge Scenarios constructed between cell include:

According to the size of the interference coefficient between the first object cell and multiple second Target cells, first mesh is determined The cell to be combined of cell is marked, the cell to be combined of the first object cell is maximum second Target cell of interference coefficient；

Based on the first object cell and fixed cell to be combined, the utilization rate of air interface resource of cell after merging is obtained With RRU quantity；

The utilization rate of air interface resource of cell is less than the RRU number of cell after first pre-determined threshold and the merging after merging It is when amount is less than the preset quantity, the second Target cell of the cell to be combined of the first object cell and second target is small Second Target cell of the area as cell after the merging continues to execute and determines cell to be combined, until small based on the first object It is first pre- to be greater than this for the utilization rate of air interface resource of cell behind area and at least one fixed obtained merging of cell to be combined Until gating limit or RRU quantity are greater than the preset quantity.

Optionally, when the Target cell is according to multiple MR of each Target cell and to bear when dividing cell Lotus information, building cell plan arrangement include:

Using the cell to be divided as third Target cell；

The multiple MR for parsing at least one third Target cell obtain multiple RRU in each third Target cell RSRP information；

For each of at least one third Target cell third Target cell, according to the third Target cell The RSRP information of multiple RRU, obtains the interference coefficient between the RRU of the third Target cell；

Optionally, according to the RSRP information of multiple RRU of the third Target cell, the RRU of the third Target cell is obtained Between interference coefficient include:

For the first RRU of multiple RRU in the third Target cell, according to multiple RRU's of the third Target cell RSRP information obtains the first RRU to the interference coefficient of each RRU in other RRU in the third Target cell and this its Each RRU is to the interference coefficient of the first RRU in his RRU, and the first RRU is in multiple RRU in the third Target cell Any one；

According to the first RRU to the interference coefficient of each RRU in other RRU in the third Target cell and this other Each RRU obtains in the first RRU and the third Target cell in other RRU the interference coefficient of the first RRU in RRU Interference coefficient between each RRU；

The interference coefficient that each of multiple RRU for third Target cell RRU is performed both by the first RRU obtains Step.

Optionally, which further includes the home subscriber number of RRU, according to multiple RRU of the third Target cell it Between interference coefficient and information on load, construct cell between division scheme include:

According to the RRU quantity of cell after the RRU of the third Target cell and the division, obtain under various combination mode The RRU set of cell after each division；

Fig. 2 is network architecture method of adjustment flow chart provided in an embodiment of the present invention.This method is applied to communication system, should Communication system includes network scheduling controller and base station, and the network scheduling controller is for planning the conjunction between cell and/or dividing Scheme is split, referring to fig. 2, this method comprises:

201, the information on load of multiple cells is sent to the network scheduling controller, which includes at least and eat dishes without rice or wine to provide Source utilization rate.

202, when receiving cell plan arrangement constructed by the network scheduling controller, according to the cell plan arrangement The corresponding relationship between the corresponding RRU of each Target cell is adjusted, the cell plan arrangement is for determining Target cell Between merging and/or division scheme, the Target cell be multiple cell in utilization rate of air interface resource meet preset rules Cell.

Optionally, which includes cell to be divided and cell to be combined, is adjusted according to the cell plan arrangement every Corresponding relationship between the corresponding RRU of one Target cell includes:

When receiving Merge Scenarios between cell constructed by the network scheduling controller, it is to be combined small to adjust each Corresponding relationship between the corresponding RRU in area；And/or

When receiving the division scheme between cell constructed by the network scheduling controller, each band division is adjusted Corresponding relationship between the corresponding RRU of cell.

Fig. 3 is network architecture method of adjustment flow chart provided in an embodiment of the present invention.This method is applied to communication system, should Communication system includes network scheduling controller and base station.In embodiments of the present invention, a base station can connect multiple RRU, often A RRU serves a cell, and each cell can be serviced by a RRU, can also be serviced by multiple RRU.Referring to Fig. 3, The embodiment of the present invention is only illustrated for merging the process of processing to cell, this method comprises:

301, the base station sends the information on load of multiple cells to the network scheduling controller, which includes at least Utilization rate of air interface resource.

Wherein, which is used to provide communication service for terminal.

Wherein, the information on load of multiple cell includes but is not limited to the utilization rate of air interface resource, each of each cell The home subscriber number of RRU under the number of users of a cell, each cell.

Optionally, which can periodically send the information on load of multiple cell to the network scheduling controller, make The information on load of cell can be obtained in real time by obtaining the network scheduling controller, so as to subsequent according to the information on load, be adjusted in time The network architecture.

In multiple cell region, there can be a base station, there can also be multiple base stations.The embodiment of the present invention is only It is illustrated for only having a base station in the region.At this point, the base station obtains the load of multiple cells in the region in real time Information, and sent to network scheduling controller.In another embodiment of the invention, there can also be multiple base stations in the region. At this point, multiple base station sends the information on load of each base station respective cell to network scheduling control respectively, and to network scheduling Controller is sent.

302, when the network scheduling controller receives the information on load of multiple cell, the network scheduling controller root According to the utilization rate of air interface resource of multiple cell, at least one cell to be combined is determined, which is multiple cell Middle utilization rate of air interface resource meets the cell of preset rules.

The network scheduling controller can receive the information on load of multiple cells of base station transmission, also can receive more The information on load for multiple cells that a base station is sent.The embodiment of the present invention only only receives a base station with the network scheduling controller It is illustrated for the information on load of the multiple cells sent.It that is to say only have a base in multiple cell region It stands, the information on load for multiple cells that the network scheduling controller real-time reception base station is sent.In another embodiment of the present invention In, which also can receive the information on load for multiple cells that multiple base stations are sent.It that is to say, it is multiple small There are multiple base stations in area region, which receives each base station respective cell that each base station is sent respectively Information on load.

Certainly, the adjustment of the network architecture can not be carries out according to region, but carries out according to base station, that is to say the tune The whole RRU that can be limited in a base station is also possible to carry out between multiple base stations, and the embodiment of the present invention is only with adjustment one It is illustrated for RRU in base station.Certainly, in another embodiment of the invention, the RRU in adjustable multiple base stations, Also the RRU between adjustable multiple base stations, the embodiment of the present invention are not specifically limited.

Actually network scheduling controller can determine a cell cell to be combined according to information on load, or wait divide Cell is only illustrated by for only having cell to be combined in multiple cell in the embodiment of the present invention for ease of description.

In embodiments of the present invention, which utilizes according to the interface-free resources of the multiple cells received Rate screens multiple cell, and the cell that utilization rate of air interface resource meets preset rules is selected from multiple cell.When When including first community in multiple cell, which is determined as cell to be combined, the interface-free resources of the first community Utilization rate is less than the first pre-determined threshold, and the RRU quantity of the first community is less than preset quantity.Wherein, the first pre-determined threshold and Preset quantity can be set by technical staff, and the embodiment of the present invention is not especially limited.

303, the network scheduling controller sends MR request to base station, and MR request carries at least one cell to be combined Mark.

Wherein, the mark of at least one cell to be combined can be cell ID(IDentity, identification number).

In embodiments of the present invention, after which has determined at least one cell to be combined, at least to this The corresponding base station of one cell to be combined sends MR request, so that base station returns to the MR of at least one cell to be combined.

Only by this, at least one cell to be combined is illustrated the embodiment of the present invention for corresponding to the same base station.In this hair In bright another embodiment, each cell to be combined can correspond to different base stations, which waits for each Merge the corresponding base station of cell and send MR request respectively, so as to return to this to be combined small for the corresponding base station of each cell to be combined The MR in area.

304, when receiving MR request, the mark of the base station at least one cell to be combined according to this is obtained default Multiple MR of at least one cell to be combined in time.

Since terminal periodically can send MR to base station, then base station is available within a preset time arrives multiple MR, often A MR carries the network information of cell to be combined and cell neighboring community to be combined.Wherein, which can be by technical staff Setting, the embodiment of the present invention are not specifically limited.

305, the base station controls the multiple MR for returning at least one cell to be combined in the preset time to the network scheduling.

306, using the cell to be combined as first object cell, using the adjacent cell to be combined of the cell to be combined as Second Target cell, when receiving multiple MR of at least one first object cell, network scheduling controller parsing should Multiple MR obtain the RSRP information of each first object cell and the RSRP information of each the second Target cell.

In the embodiment of the present invention, which parses multiple MR and passes through for first object cell Parse the MR, the PCI(Pedpherd Component of available first object cell of first object cell Interconnect, peripheral element extension interface), RSRP, SINR(Signal to Interference plus Noise Ratio, Signal to Interference plus Noise Ratio) information, PCI, RSRP information of the second Target cell.

Still optionally further, during network scheduling controller parses multiple MR, if the letter that certain MR is parsed Lack in breath any one of PCI, RSRP of first object cell, SINR information, PCI, RSRP information of the second Target cell or Several, then the MR is deleted, to avoid there is invalid data, guarantees that subsequent step accurately adjusts the network architecture.

307, according to the RSRP information of each first object cell and the RSRP information of each the second Target cell, The network scheduling controller obtains the interference coefficient between each first object cell and each second Target cell.

Wherein, which is used to identify the annoyance level between cell, and interference coefficient is bigger, and annoyance level is tighter Weight.

In the embodiment of the present invention, for each first object cell of multiple first object cell, the first object Cell corresponds at least one second Target cell.For this, the second target of each of at least one second Target cell is small The acquisition process in area, the interference coefficient between second Target cell and the first object cell includes the following steps 307a- 307c:

In order to describe conveniently, the first object cell is indicated with cell A below, cell B indicates that second Target cell is Example is illustrated.

307a, the network scheduling controller carry at least one MR solution of cell A and the cell B communication information according to this simultaneously The RSRP information of the cell A of precipitation and the RSRP information of cell B, obtain cell B for the interference coefficient of cell A；

In the embodiment of the present invention, carries each MR of cell A and the cell B communication information simultaneously for this, which is solved The RSRP information of the cell B of precipitation obtains in the MR cell B to the interference coefficient of cell A divided by the RSRP information of cell A.It is right This carries each MR of cell A and the cell B communication information simultaneously, by the RSRP information of the MR cell B parsed divided by The RSRP information of cell A, and the quotient under each MR is summed it up, cell B is obtained to the interference coefficient of cell A.

307b, the network scheduling controller carry at least one MR solution of cell A and the cell B communication information according to this simultaneously The RSRP information of the cell A of precipitation and the RSRP information of cell B, obtain cell A to the interference coefficient of cell B；

In the embodiment of the present invention, carries each MR of cell A and the cell B communication information simultaneously for this, which is solved The RSRP information of the cell A of precipitation obtains in the MR cell A to the interference coefficient of cell B divided by the RSRP information of cell B.It is right This carries each MR of cell A and the cell B communication information simultaneously, by the RSRP information of the MR cell A parsed divided by The RSRP information of cell B, and the quotient under each MR is summed it up, cell A is obtained to the interference coefficient of cell B.

307c, the network scheduling controller are by cell B to the interference coefficient of cell A and cell A to the interference system of cell B Several and value, as the interference coefficient between cell A and cell B.

In the embodiment of the present invention, the second Target cell of each of at least one second Target cell is performed both by this Interference coefficient obtaining step between first object cell and second Target cell obtains the first object cell and each Interference coefficient between second Target cell.It, can be to each first object for having the case where multiple first object cells Cell is performed both by interference coefficient acquisition process, to determine how merging cell according to the interference coefficient got.

The embodiment of the present invention can be by the interference system between each first object cell and each second Target cell Number is stored in the form of interference matrix table.Wherein, the interference matrix table is as shown in table 1, between cell Cell1 and cell Cell2 Interference coefficient be 55.32；Interference coefficient between cell Cell1 and cell Cell3 is 33.1112.Certainly, of the invention It can also be undirected by the interference coefficient between each first object cell and each second Target cell in another embodiment The form of figure stores, and can be intuitively displayed the interference coefficient between cell and the positional relationship between cell.As shown in figure 4, Cell Cell1 is adjacent with small trivial Cell2, and the interference coefficient between small trivial Cell1 and small trivial Cell2 is 100.

Table 1

Cell name	Cell name	Interference coefficient
			Cell1	Cell2	55.32
Cell1	Cell3	33.1112

…

The embodiment of the present invention only the interference coefficient between first object cell and the second Target cell according to RSRP value in terms of It obtains, in another embodiment of the invention, the interference coefficient between first object cell and the second Target cell may be used also To be obtained according to the lifting capacity of SINR, the embodiment of the present invention is not specifically limited.

308, according to interference coefficient between each first object cell and each second Target cell and negative Lotus information, the network scheduling controller construct cell combining scheme.

In the embodiment of the present invention, for each first object cell, the planning of the first object cell combining scheme Journey includes the following steps 308a-308d:

308a, according to the size of the interference coefficient between the first object cell and multiple second Target cells, the network Scheduling controller determines that the cell to be combined of the first object cell, the cell to be combined of the first object cell are interference coefficient Maximum second Target cell；

In the embodiment of the present invention, chosen from multiple second Target cells of the first object cell small with the first object Interference coefficient maximum second Target cell in area's that is to say selection and the first object area interference degree as cell to be combined Second Target cell of most serious can be effectively improved the network architecture as cell to be combined, improve network performance.

308b, the cell to be combined of the first object cell, the network tune are had determined that based on the first object cell and Spend utilization rate of air interface resource and RRU quantity that controller obtains cell after merging；

Wherein, after the merging utilization rate of air interface resource of cell be the first object cell utilization rate of air interface resource and The utilization rate of air interface resource of determining cell to be combined and value.The RRU quantity of cell is the first object cell after the merging RRU quantity and fixed cell to be combined RRU quantity and value.

308c, the network scheduling controller judge to close according to the utilization rate of air interface resource and RRU quantity of cell after the merging And the utilization rate of air interface resource of rear cell whether be greater than first pre-determined threshold and merge after the RRU quantity of cell whether be greater than The preset quantity；

In the embodiment of the present invention, if the utilization rate of air interface resource of cell is greater than first pre-determined threshold after merging, or close And the RRU quantity of rear cell is greater than the preset quantity, then illustrating that the disturbed condition of cell after the merging has reached can permit Critical point.If merge after cell utilization rate of air interface resource be less than first pre-determined threshold, and merge after cell RRU number Amount is greater than the preset quantity, then can continue to execute the selection process of cell to be combined, that is to say and executes step 308d.

308d, the utilization rate of air interface resource of cell is less than cell after first pre-determined threshold and the merging after merging RRU quantity be less than the preset quantity when, by the second Target cell of the cell to be combined of the first object cell and this second Second Target cell of the Target cell as cell after the merging continues to execute and determines cell to be combined, until based on this first The utilization rate of air interface resource of cell, which is greater than, after Target cell and at least one fixed obtained merging of cell to be combined is somebody's turn to do Until first pre-determined threshold or RRU quantity are greater than the preset quantity.

For example, using the first object cell as cell Cell1(RRU1, RRU2), the first object cell it is to be combined small Area is Cell2(RRU3), the second Target cell of the cell to be combined is cell Cell3(RRU4, RRU5) for be illustrated. If cell Cell1(RRU1, RRU2) merge with the cell Cell2(RRU3) after cell Cell12(RRU1, RRU2, RRU3) Utilization rate of air interface resource be greater than the RRU quantity of first pre-determined threshold or cell Cell12 and be greater than the preset quantity, then say The disturbed condition of bright cell Cell12 has reached the critical point that can permit.If the interface-free resources of cell Cell12 utilize Rate is less than first pre-determined threshold, and the RRU quantity of cell Cell12 is greater than the preset quantity, then by cell Cell3 and small Second Target cell of the second Target cell of area Cell1 as cell Cell12, continues to execute the to be combined small of determining Cell1 Area.

In the embodiment of the present invention, each first object cell of multiple first object cell is performed both by first mesh The obtaining step for marking cell combining scheme, obtains the Merge Scenarios of at least one first object cell.

Still optionally further, the embodiment of the present invention can be right according to the Merge Scenarios of at least one first object cell The performance for the subzone network structure newly planned is assessed, and network evaluation report is made, so that designer comments according to the network Estimate report to decide whether to be adjusted subzone network structure.The embodiment of the present invention can be parsed according to multiple MR first The PCI information of Target cell, SINR information, the PCI information of the second Target cell are to the network coverage variation of cell and cell The KPI(Key Performance Indicator such as load variations, KPI Key Performance Indicator) it is assessed.

309, the network scheduling controller sends constructed cell combining scheme to the base station.

In embodiments of the present invention, when which sends constructed cell combining scheme to the base station, Adjustment instruction can be triggered simultaneously, so that the base station adjusts the network architecture according to constructed cell combining scheme.

310, when the base station receives the Merge Scenarios of constructed cell, base station is according to the cell combining project setting The network architecture.

In embodiments of the present invention, it when the base station receives the cell combining scheme, according to the cell combining scheme, adjusts Corresponding relationship between the corresponding RRU of each whole first object cell, to adjust the network architecture.

As shown in figure 5, the network architecture adjustment before, cell CellB1 by RRU1~RRU3 service, Cell C1 by RRU4~ RRU6 service.The network architecture adjustment after, CellB1 and CellC1 merge into CellA1, wherein cell Cell A1 by RRU1~ RRU6 service.

Fig. 6 is network architecture method of adjustment flow chart provided in an embodiment of the present invention.This method is applied to communication system, should Communication system includes network scheduling controller and base station, and the embodiment of the present invention is that the process of division processing is carried out to cell.Referring to Fig. 6, this method comprises:

601, the base station sends the information on load of multiple cells to the network scheduling controller, which includes at least The home subscriber number of the RRU of utilization rate of air interface resource and each cell.

Step 601 is similar with step 301 implementation method, repeats no more.

602, when the network scheduling controller receives the information on load of multiple cell, the network scheduling controller root According to the utilization rate of air interface resource of multiple cell, at least one cell to be divided is determined, which is should Utilization rate of air interface resource meets the cell of preset rules in multiple cells.

Cell to be divided involved in the embodiment of the present invention is serviced by least two RRU.

It is only illustrated in embodiments of the present invention by for only needing to be divided cell in multiple cell, in the present invention Another embodiment in, should from multiple cell only have cell to be combined, can also be existing to be combined from multiple cell Cell, and need to be divided cell, the embodiment of the present invention is not especially limited.

In embodiments of the present invention, the utilization rate of air interface resource of the network scheduling controller multiple cells based on the received, Multiple cell is screened, the utilization rate of air interface resource that cell is selected from multiple cell meets the small of preset rules The second community is determined as cell to be divided when in multiple cell including second community by area, which is RRU Cell altogether, and utilization rate of air interface resource is greater than the second pre-determined threshold.Wherein, the second pre-determined threshold can be set by technical staff, this Inventive embodiments are not especially limited.

603, the network scheduling controller sends MR request to base station, and MR request carries at least one cell to be divided Mark.

Step 603 is similar with step 303 implementation method, repeats no more.

604, when receiving MR request, the mark of the base station at least one cell to be divided according to this is obtained default Multiple MR of at least one cell to be divided in time.

Step 604 is similar with step 304 implementation method, repeats no more.

605, the base station controls the multiple MR for returning at least one cell to be divided in the preset time to the network scheduling.

Step 605 is similar with step 305 implementation method, repeats no more.

606, using the cell to be divided as third Target cell, when receiving the more of at least one third Target cell When a MR, which parses multiple MR, obtains the RSRP letter of multiple RRU in each third Target cell Breath.

In the embodiment of the present invention, which parses each of multiple MR MR, by parsing the MR, The RSRP information of each available RRU.

Still optionally further, during network scheduling controller parses multiple MR, if the letter that certain MR is parsed Breath lacks any one of RSRP information of each RRU or several, then deletes the MR, to avoid there is invalid data, guarantees The accurate progress of subsequent step.

607, according to the RSRP information of multiple RRU in each third Target cell, which is obtained Interference coefficient between the RRU of each third Target cell.

For each third Target cell, which corresponds to multiple RRU, for the third Target cell pair Interference in each of the multiple RRU answered RRU, the RRU and the third Target cell in other RRU between each RRU The acquisition process of coefficient includes the following steps 607a-607c:

In order to describe conveniently, using any RRU in the third Target cell in multiple RRU as the first RRU, by the third In Target cell in addition to the first RRU in other RRU any RRU as the 2nd RRU.

607a, the RSRP information according to multiple RRU of the third Target cell, obtain the first RRU to the 2nd RRU's Interference coefficient；

After step 606, it that is to say, which parses each third target from multiple MR In cell after the RSRP information of multiple RRU, the embodiment of the present invention filters out that carry the third Target cell logical from multiple MR At least one MR of letter information.For carrying each MR of the third Target cell communication information, it is somebody's turn to do what the MR was parsed The RSRP information of first RRU obtains the first RRU to the interference coefficient of the 2nd RRU divided by the RSRP information of the 2nd RRU. At each MR, by the RSRP information of the first RRU divided by the RSRP information of the 2nd RRU, obtain the first RRU to this second The interference coefficient of RRU.

Interference of first RRU to the 2nd RRU is performed both by each RRU in other RRU in the third Target cell Coefficient obtaining step obtains the first RRU to the interference coefficient of each RRU in other RRU in the third Target cell.

607b, the RSRP information according to multiple RRU of the third Target cell, obtain in other RRU each RRU pairs The interference coefficient of first RRU；

The embodiment of the present invention filters out the MR for carrying the third Target cell communication information from multiple MR.For each MR obtains the 2nd RRU to this by the RSRP information of the MR the 2nd RRU parsed divided by the RSRP information of the first RRU The interference coefficient of first RRU.At each MR, by the RSRP information of the 2nd RRU divided by the RSRP information of the first RRU, The 2nd RRU is obtained to the interference coefficient of the first RRU.

Interference of 2nd RRU to the first RRU is performed both by each RRU in other RRU in the third Target cell Coefficient obtaining step obtains in the third Target cell interference coefficient of each RRU to the first RRU in other RRU.

607c, by the first RRU to the interference coefficient of each RRU in other RRU in the third Target cell and this its In his RRU each RRU to the interference coefficient of the first RRU and value, as its in the first RRU and the third Target cell Interference coefficient in his RRU between each RRU.

In the embodiment of the present invention, each of at least one third Target cell third Target cell is performed both by this Interference coefficient obtaining step between the RRU of third Target cell, obtains the interference between the RRU of each third Target cell Coefficient.

608, according to the interference coefficient and each third mesh between multiple RRU of each third Target cell The home subscriber number of the RRU of cell is marked, which constructs cell splitting scheme.

In the embodiment of the present invention, for each third Target cell, which divides the planning of scheme Journey includes the following steps 508a-508e:

608a, the RRU quantity according to the third Target cell, the network scheduling controller determine the RRU of cell after division Quantity；

In order to describe conveniently, with N_rruThe quantity of the RRU of cell after dividing is indicated, with N_cellIndicate the third Target cell RRU quantity.

The N in embodiments of the present invention_rruIt can be by N_cellAfter 2, then rounds up and be calculated.It that is to sayFor example, working as N_cellWhen being 5,5 divided by 2, after rounding up, calculate N_rruIt is 3.

608b, according to the RRU quantity of cell after the RRU of the third Target cell and the division, network scheduling control Device obtains the RRU set of cell after the division under various combination mode；

RRU quantity of the embodiment of the present invention according to cell after the RRU quantity and the division of the third Target cell, foundation FormulaAll possible combination is obtained, according to different RRU combinations, obtains point under every kind of combination Split the RRU set of rear cell.

For example, using the third Target cell as cell Cell(RRU1, RRU2, RRU3, RRU4, RRU5) for.The cell In the multiple combinations mode of Cell, the RRU collection of cell is combined into newCell-A after the division under a kind of wherein combination (RRU1, RRU3, RRU5), newCell-B(RRU2, RRU4).

608c, according to after each division cell RRU set in RRU between interference coefficient, the network scheduling control The interference coefficient of device acquisition various combination mode；

In the embodiment of the present invention, for each combination, under the combination, by two cells after division, Between RRU in the RRU set of the interference coefficient between RRU in the RRU set of one of cell and another cell Interference coefficient and value, as the interference coefficient under the combination.

For example, using the third Target cell as cell Cell(RRU1, RRU2, RRU3, RRU4, RRU5) for.Wherein The RRU collection of cell is combined into newCell-A(RRU1, RRU3, RRU5 after cell Cell division under a kind of combination), NewCell-B(RRU2, RRU4), then the interference coefficient of the combination are as follows:

Total=Int(newCell-A)+Int(newCell-B)

=Int(RRU1, RRU3)+Int(RRU1, RRU5)+In(RRU3, RRU5)+Int(RRU2, RRU4).

Wherein Total be combination interference coefficient, Int(X, Y) indicate X and Y between interference coefficient, X, Y are Any of RRU1~RRU5 RRU, and X, Y be not identical.

It is performed both by the interference coefficient obtaining step of the combination for each combination, obtains various combination mode Interference coefficient.

608d, the interference coefficient sequence from big to small according to various combination mode, which obtains pre- If number combination；

Wherein, which can be set by technical staff, and the embodiment of the present invention is not especially limited.Preferably, this is pre- If number is the 30% of all combination numbers.

In the embodiment of the present invention, the network scheduling controller according to various combination mode interference coefficient from big to small suitable Sequence, preset number combination, that is to say before obtaining, and from multiple and different combinations, filter out preset number interference The big combination of coefficient, so as to it is subsequent division processing is carried out to cell when, can be effectively reduced network interferences, improve internetworking Energy.

608e, according to after each division under preset number combination cell RRU set in RRU home subscriber Number, the smallest combination of home subscriber number difference between cell after network scheduling controller selection division.

Due under the scene that more RRU are total to cell, the interface-free resources of each RRU be it is the same, the embodiment of the present invention with The home subscriber number of each RRU identifies the load condition of each RRU.

For each combination in the preset number combination, under the combination, cell after division Between the calculation of home subscriber number difference include: in two cells after cleaving, will be in one of cell RRU set The summation of the home subscriber number of each RRU in summation and another cell RRU set of the home subscriber number of each RRU Difference, as after classifying under the combination between cell home subscriber number difference.

For example, with cell Cell(RRU1, RRU2, RRU3, RRU4, RRU5) for, under one of combination, division Two cells afterwards are respectively: newCell-A(RRU1, RRU3, RRU5), newCell-B(RRU2, RRU4), then newCell-A Number of users be N_newCell-A=N_RRU1+N_RRU3+N_RRU5, the number of users of newCell-B is N_newCell-B=N_RRU2+N_RRU4.The combination The difference of home subscriber number is N between cell after dividing under mode_newCell-A-N_newCell-B。

Still optionally further, if there is the identical combination of home subscriber number difference between cell after multiple divisions, Then can be further according to the interference coefficient of the identical combination of home subscriber number difference between cell after multiple division, it will Divisional mode of the maximum combination of interference coefficient as the third Target cell.

Cell after dividing under the combination is performed both by each combination in the preset number combination Between home subscriber number difference obtaining step, obtain after dividing under each combination that home subscriber number is poor between cell Value.The smallest combination of home subscriber number difference between cell after the network scheduling controller will divide, as the third mesh Mark the divisional mode of cell.

It is performed both by the divisional mode obtaining step of the third Target cell to each third Target cell, obtains this at least The division scheme of one third Target cell.

609, the network scheduling controller sends constructed cell splitting scheme to the base station.

In embodiments of the present invention, when which sends constructed cell splitting scheme to the base station, Adjustment instruction can be triggered simultaneously, so that the base station adjusts the network architecture according to constructed cell splitting scheme.

610, when the base station receives the division scheme of constructed cell, base station is according to the cell splitting project setting The network architecture.

In embodiments of the present invention, it when the base station receives the cell splitting scheme, according to the cell splitting scheme, adjusts Corresponding relationship between the corresponding RRU of each whole third Target cell, to adjust the network architecture.

As shown in fig. 7, cell CellA2 is serviced by RRU1~RRU6 before network architecture adjustment, adjusted in the network architecture Afterwards, CellA2 is split into CellB2 and CellC2, wherein CellB2 is serviced by RRU1~RRU3, and CellC2 is by RRU4~RRU6 Service.

It should be noted that as shown in figure 3, one embodiment of the present of invention offer carries out cells multiple in certain region The process of merging treatment only includes cell to be combined in multiple cells in certain region at this time.As shown in fig. 6, of the invention is another The process that multiple cells in certain region are carried out with division processing that one embodiment provides, at this time in multiple cells in certain region It only include cell to be divided.It can be both comprising to be combined small in multiple cells in the other embodiment of the present invention, certain region Area includes cell to be divided again.At this point, being carried out at merging as shown in Figure 3 to the cell to be combined in multiple cells in certain region Reason, to the division in multiple cells in certain region and cell carries out division processing as shown in FIG. 6.

Fig. 8 is network architecture adjustment apparatus structure schematic diagram provided in an embodiment of the present invention.Referring to Fig. 8, which includes: Information on load receiving module 801, Target cell determining module 802, measurement report obtain module 803, cell plan arrangement building Module 804 and cell plan arrangement sending module 805.

Information on load receiving module 801 is used to receive the information on load of multiple cells of base station transmission, and the information on load is extremely It less include utilization rate of air interface resource；Information on load receiving module 801 is connect with Target cell determining module 802, and Target cell is true Cover half block 802 is used for the utilization rate of air interface resource according to multiple cell, determines at least one Target cell, which is Utilization rate of air interface resource meets the cell of preset rules in multiple cell；Target cell determining module 802 is obtained with measurement report Modulus block 803 connects, and measurement report obtains module 803 for obtaining each Target cell at least one Target cell Multiple MR；Measurement report obtains module 803 and connect with cell plan arrangement building module 804, and cell plan arrangement constructs module 804, for the multiple MR and information on load according to each Target cell, construct cell plan arrangement, the plot planning side Case is used to determine merging and/or division scheme between Target cell；Cell plan arrangement constructs module 804 and plot planning side Case sending module 805 connects, and cell plan arrangement sending module 805 is used to send constructed plot planning side to the base station Case, so that the base station adjusts the corresponding radio frequency remote unit RRU of each Target cell according to the cell plan arrangement Between corresponding relationship.

Optionally, which includes: that cell to be combined determines submodule, for when the multiple When including first community in cell, the first community is determined as cell to be combined, the interface-free resources benefit of the first community With rate less than the first pre-determined threshold, and the RRU quantity of the first community is less than preset quantity；And/or

Optionally, when the Target cell is cell to be combined, it includes: first which, which constructs module 704, Measurement report analyzing sub-module obtains each first object for parsing multiple MR of at least one first object cell The Reference Signal Received Power RSRP information of cell and the RSRP information of each the second Target cell, the first object cell For the cell to be combined, which is the adjacent cell to be combined of the cell to be combined；First interference coefficient obtains Submodule, for according to the RSRP information of each first object cell and the RSRP information of each the second Target cell, Obtain the interference coefficient between each first object cell and each second Target cell；Merge Scenarios construct submodule Block, for according between each first object cell and each second Target cell interference coefficient and this at least one The information on load of a first object cell constructs the Merge Scenarios between cell.

Optionally, which includes: the first interference coefficient acquiring unit, is used for for this extremely Each of few first object cell first object cell, according to the RSRP information of the first object cell and this is every The RSRP information of one the second Target cell, RSRP information and each second target for obtaining the first object cell are small Interference coefficient between area；Second interference coefficient acquiring unit, for each of at least one Target cell first Target cell is performed both by the interference coefficient obtaining step of the first object cell.

Optionally, which includes: that interference coefficient obtains subelement, for according to first mesh The RSRP information for the first object cell that multiple MR of mark cell are parsed and the RSRP of each second Target cell Information obtains each second Target cell to the interference coefficient of the first object cell and the first object cell to this The interference coefficient of each the second Target cell；Interference coefficient determines subelement, for each second Target cell pair by this The interference coefficient of the first object cell and the first object cell interference coefficient of each the second Target cell to this And value, as the interference coefficient between the first object cell and each second Target cell.

Optionally, Merge Scenarios building submodule includes: cell determination unit to be combined, for according to the first object The size of interference coefficient between cell and multiple second Target cells determines the cell to be combined of the first object cell, should The cell to be combined of first object cell is maximum second Target cell of interference coefficient；Cell information acquiring unit after merging, For be based on the first object cell and fixed cell to be combined, obtain merge after cell utilization rate of air interface resource and RRU quantity；Merge Scenarios construction unit, the utilization rate of air interface resource for the cell after merging are less than first pre-determined threshold And when the RRU quantity of cell is less than the preset quantity after the merging, by the second mesh of the cell to be combined of the first object cell The second Target cell of cell and second Target cell as cell after the merging is marked, it is to be combined small to continue to execute determination Area, until being eated dishes without rice or wine based on cell after the first object cell and at least one fixed obtained merging of cell to be combined Resource utilization is greater than first pre-determined threshold or RRU quantity greater than until the preset quantity.

Optionally, when the Target cell is when dividing cell, it includes: second which, which constructs module 704, Measurement report analyzing sub-module obtains each third target for parsing multiple MR of at least one third Target cell The RSRP information of multiple RRU in cell, which is should cell be divided；Second interference coefficient acquisition submodule, For for each of at least one third Target cell third Target cell, according to the multiple of the third Target cell The RSRP information of RRU, obtains the interference coefficient between the RRU of the third Target cell；Scheme constructs submodule is divided, root is used for According to the interference coefficient and information on load between multiple RRU of the third Target cell, the division scheme between cell is constructed.

Optionally, which includes: the first RRU interference coefficient acquiring unit, for for The first RRU of multiple RRU in the third Target cell, according to the RSRP information of multiple RRU of the third Target cell, obtaining should First RRU is to each RRU in the interference coefficient and other RRU of each RRU in other RRU in the third Target cell To the interference coefficient of the first RRU, the first RRU is any of multiple RRU in the third Target cell；2nd RRU is dry Coefficient acquiring unit is disturbed, for the interference system according to the first RRU to each RRU in other RRU in the third Target cell Each RRU obtains the first RRU and the third Target cell to the interference coefficient of the first RRU in several and other RRU In interference coefficient in other RRU between each RRU；3rd RRU interference coefficient acquiring unit, for for the third target Each of multiple RRU of cell RRU is performed both by the interference coefficient obtaining step of the first RRU.

Optionally, which further includes the home subscriber number of RRU, which includes: RRU number Determination unit is measured, for the RRU quantity according to the third Target cell, determines the RRU quantity of cell after each division；RRU Gather acquiring unit and obtains different groups for the RRU quantity according to cell after the RRU of the third Target cell and the division The RRU set of cell after each division under conjunction mode；The interference coefficient acquiring unit of various combination mode, for according to every The interference coefficient between RRU after one division in the RRU set of cell, obtains the interference coefficient of various combination mode；It is default Number combination acquiring unit obtains pre- for the sequence of the interference coefficient according to various combination mode from big to small If number combination；Scheme constructs subelement is divided, for according to each under the preset number combination point The home subscriber number for splitting RRU in rear cell RRU set, the smallest combination side of home subscriber number difference between cell after selection division Formula.

The present invention implements the device of offer, by the information on load according to cell filter out it is to be combined/or division cell, And with it is to be combined/or division cell belonging to base station interact to get measurement report, pass through the measurement report got Network interferences situation is analyzed, to determine the conjunction and/or division scheme between cell according to network interferences situation and information on load, is made Net can be improved according to the corresponding relationship between the corresponding RRU of determining conjunction and/or division project setting cell by obtaining base station Network framework improves network performance.

Fig. 9 is network architecture adjustment apparatus structure schematic diagram provided in an embodiment of the present invention.The device is applied to communication system System, the communication system include network scheduling controller and base station, the network scheduling controller be used to plan the merging between cell/ Or division scheme, referring to Fig. 9, which includes: information on load sending module 901 and network architecture adjustment module 902.

Information on load sending module 901 sends the information on load of multiple cells, load letter to the network scheduling controller Breath includes at least utilization rate of air interface resource；Information on load sending module 901 and network architecture adjustment module 902 connect, network rack Structure adjusts module 902 when receiving cell plan arrangement constructed by the network scheduling controller, according to the plot planning side Case adjusts the corresponding relationship between the corresponding RRU of each Target cell, and the cell plan arrangement is for determining that target is small Merging and/or division scheme between area, the Target cell are that utilization rate of air interface resource meets preset rules in multiple cell Cell.

Optionally, which includes cell to be divided and cell to be combined, which adjusts module 902 and wrap Include: network architecture adjustment unit to be combined receives merging side between cell constructed by the network scheduling controller for working as When case, the corresponding relationship between the corresponding RRU of each cell to be combined is adjusted；And/or it is adjusted to splitting network framework Unit, for when receiving the division scheme between cell constructed by the network scheduling controller, adjusting each band point Split the corresponding relationship between the corresponding RRU of cell.

Device provided in an embodiment of the present invention, by the information on load according to cell filter out it is to be combined/or division cell, And with it is to be combined/or division cell belonging to base station interact to get measurement report, pass through the measurement report got Network interferences situation is analyzed, to determine the conjunction and/or division scheme between cell according to network interferences situation and information on load, is made Net can be improved according to the corresponding relationship between the corresponding RRU of determining conjunction and/or division project setting cell by obtaining base station Network framework improves network performance.

It should be understood that the network architecture provided by the above embodiment adjustment device is when adjusting the network architecture, only more than The division progress of each functional module is stated for example, can according to need and in practical application by above-mentioned function distribution by difference Functional module complete, i.e., the internal structure of device is divided into different functional modules, with complete it is described above whole or Person's partial function.In addition, network architecture adjustment device provided by the above embodiment belongs to network architecture method of adjustment embodiment Same design, specific implementation process are detailed in embodiment of the method, and which is not described herein again.

Figure 10 is network scheduling controller architecture schematic diagram provided in an embodiment of the present invention.Referring to Figure 10, the network scheduling Controller include including transmitter 232, receiver 231, memory 233 and respectively with transmitter, receiver and memory connect The processor 234 connect, certainly, network scheduling controller can also include antenna, baseband process component, middle radio frequency processing part, The universal components such as input/output unit, no longer any restrictions herein of the embodiment of the present invention.Wherein, one is stored in the memory 233 Group program code, and processor 234 is used to call the program code stored in memory 233, for performing the following operations:

The information on load for multiple cells that base station is sent is received by the receiver 231, which includes at least sky Mouth resource utilization；

According to the utilization rate of air interface resource of multiple cell, at least one Target cell is determined, which is that this is more Utilization rate of air interface resource meets the cell of preset rules in a cell；

Multiple measurement reports of each Target cell at least one Target cell are obtained by the receiver 231 MR；

According to the multiple MR and information on load of each Target cell, cell plan arrangement, the plot planning are constructed Scheme is used to determine merging and/or division scheme between Target cell；

Constructed cell plan arrangement is sent to the base station by the transmitter 232, so that the base station is according to the cell Programme adjusts the corresponding relationship between the corresponding radio frequency remote unit RRU of each Target cell.

Optionally, which includes cell to be divided and cell to be combined；The processor is also used to execute following behaviour Make:

When in multiple cell including first community, which is determined as cell to be combined, the first community Utilization rate of air interface resource less than the first pre-determined threshold, and the RRU quantity of the first community is less than preset quantity；And/or

When in multiple cell including second community, which is determined as cell to be divided, the second community It is total to cell for more RRU, and utilization rate of air interface resource is greater than the second pre-determined threshold.

Optionally, when the Target cell is cell to be combined, which is also used to execute following operation:

Multiple MR of at least one first object cell are parsed, the reference signal for obtaining each first object cell connects Receive power RSRP information and the RSRP information of each the second Target cell；

Optionally, which is also used to execute following operation:

According to the RSRP information of multiple MR of first object cell first object cell parsed and this second The RSRP information of Target cell obtains second Target cell to the interference coefficient and the first object of the first object cell Interference coefficient of the cell to second Target cell；

Optionally, which is also used to execute following operation:

Optionally, when the Target cell is when dividing cell, which is also used to execute following operation:

Using the cell to be divided as third Target cell；

Optionally, which is also used to execute following operation:

The processor is also used to execute following operation:

The embodiment of the invention also provides a kind of base station, which includes the network architecture adjustment dress of embodiment illustrated in fig. 9 It sets.

Those of ordinary skill in the art will appreciate that realizing that all or part of the steps of above-described embodiment can pass through hardware It completes, relevant hardware can also be instructed to complete by program, the program being somebody's turn to do can store computer-readable deposits in a kind of In storage media, storage medium mentioned above can be read-only memory, disk or CD etc..

It should be only above presently preferred embodiments of the present invention, be not intended to limit the invention, it is all in spirit and original of the invention Within then, any modification, equivalent replacement, improvement and so on be should all be included in the protection scope of the present invention.

Claims

1. a kind of network architecture method of adjustment, which is characterized in that the described method includes:

The information on load of multiple cells of base station periodicity sending is received, the information on load is utilized including at least interface-free resources Rate has at least one base station in the region where the multiple cell；

According to the utilization rate of air interface resource of the multiple cell, determine that at least one Target cell, the Target cell are described Utilization rate of air interface resource meets the cell of preset rules in multiple cells；

Obtain multiple measurement report MR of each Target cell at least one described Target cell；

Constructed cell plan arrangement is sent to the base station, so that the base station adjusts institute according to the cell plan arrangement State the corresponding relationship between the corresponding radio frequency remote unit RRU of each Target cell.

2. the method according to claim 1, wherein the Target cell includes cell to be divided and to be combined small Area determines that at least one Target cell includes: according to the utilization rate of air interface resource of the multiple cell

When in the multiple cell including first community, the first community is determined as cell to be combined, described first is small The utilization rate of air interface resource in area is less than the first pre-determined threshold, and the RRU quantity of the first community is less than preset quantity；And/or

When in the multiple cell including second community, the second community is determined as cell to be divided, described second is small Area is that more RRU are total to cell, and utilization rate of air interface resource is greater than the second pre-determined threshold.

3. according to the method described in claim 2, it is characterized in that, when the Target cell be cell to be combined when, according to institute The multiple MR and information on load of each Target cell are stated, building cell plan arrangement includes:

The multiple MR for parsing at least one first object cell, the reference signal for obtaining each first object cell receive The RSRP information of power RSRP information and each the second Target cell；

According to the RSRP information of each first object cell and the RSRP information of each the second Target cell, described in acquisition Interference coefficient between each first object cell and each second Target cell；

According to the interference coefficient and information on load between each described first object cell and each second Target cell, Construct the Merge Scenarios between cell.

4. according to the method described in claim 3, it is characterized in that, according to the RSRP information of each first object cell and The RSRP information of each the second Target cell, obtain each described first object cell and each second Target cell it Between interference coefficient include:

For each of at least one first object cell first object cell, according to the first object cell The RSRP information of RSRP information and each second Target cell, obtain the first object cell and it is described each Interference coefficient between second Target cell；

The first object cell and described is performed both by each of at least one described Target cell first object cell Interference coefficient obtaining step between each second Target cell.

5. according to the method described in claim 4, it is characterized in that, according to the RSRP information of the first object cell and institute The RSRP information for stating each the second Target cell, obtain the first object cell and each described second Target cell it Between interference coefficient include:

According to the RSRP information of multiple MR of first object cell first object cell parsed and described every The RSRP information of one the second Target cell obtains the interference of each second Target cell to the first object cell The interference coefficient of coefficient and the first object cell to each second Target cell；

Interference coefficient and the first object cell by each described second Target cell to the first object cell To the interference coefficient of each second Target cell and value, as the first object cell and it is described each second Interference coefficient between Target cell.

6. according to the method described in claim 3, it is characterized in that, according to each described first object cell and each the Interference coefficient and information on load between two Target cells, the Merge Scenarios constructed between cell include:

Based on the first object cell and fixed cell to be combined, obtain after merging the utilization rate of air interface resource of cell and RRU quantity；

The utilization rate of air interface resource of cell is less than the RRU of cell after first pre-determined threshold and the merging after merging When quantity is less than the preset quantity, by the second Target cell of the cell to be combined of the first object cell and described the Second Target cell of two Target cells as cell after the merging continues to execute and determines cell to be combined, until being based on institute State the utilization rate of air interface resource of cell after first object cell and at least one fixed obtained merging of cell to be combined Until being greater than the preset quantity greater than first pre-determined threshold or RRU quantity.

7. the method according to claim 1, wherein when the Target cell is when dividing cell, according to institute The multiple MR and information on load of each Target cell are stated, building cell plan arrangement includes:

Using the cell to be divided as third Target cell；

For each of at least one third Target cell third Target cell, according to the third Target cell The RSRP information of multiple RRU obtains the interference coefficient between the RRU of the third Target cell；

According to the interference coefficient and information on load between multiple RRU of the third Target cell, point between cell is constructed Split scheme.

8. the method according to the description of claim 7 is characterized in that according to the RSRP of multiple RRU of the third Target cell Information, the interference coefficient obtained between the RRU of the third Target cell include:

For the first RRU of multiple RRU in the third Target cell, according to multiple RRU's of the third Target cell RSRP information, obtain the first RRU to the interference coefficient of each RRU in other RRU in the third Target cell and For each RRU to the interference coefficient of the first RRU, the first RRU is in the third Target cell in other described RRU Any of multiple RRU；

According to the first RRU to the interference coefficient of each RRU in other RRU in the third Target cell and it is described its Each RRU obtains its in the first RRU and the third Target cell to the interference coefficient of the first RRU in his RRU Interference coefficient in his RRU between each RRU；

Each of multiple RRU for third Target cell RRU is performed both by the first RRU and the third target Interference coefficient obtaining step in cell in other RRU between each RRU.

9. the method according to the description of claim 7 is characterized in that the information on load further includes the home subscriber number of RRU, root According to the interference coefficient and information on load between multiple RRU of the third Target cell, the division scheme between cell is constructed Include:

According to the interference coefficient between the RRU in the RRU set of cell after each division, the interference of various combination mode is obtained Coefficient；

According to after each division under the preset number combination cell RRU set in RRU home subscriber number, choosing Take after division the smallest combination of home subscriber number difference between cell.

10. a kind of network architecture method of adjustment, which is characterized in that the method is applied to communication system, the communication system packet Network scheduling controller and base station are included, the network scheduling controller is used to plan conjunction and/or division scheme between cell, institute The method of stating includes:

To the information on load of the multiple cells of network scheduling controller periodicity sending, the information on load is included at least and is eated dishes without rice or wine Resource utilization has at least one base station in the region where the multiple cell；

When receiving cell plan arrangement constructed by the network scheduling controller, adjusted according to the cell plan arrangement Corresponding relationship between the corresponding RRU of each Target cell, the cell plan arrangement for determine Target cell it Between merging and/or division scheme, the Target cell be the multiple cell in utilization rate of air interface resource meet preset rules Cell, the cell plan arrangement is multiple MRs and load of the network scheduling controller according to each Target cell Information architecture.

11. according to the method described in claim 10, it is characterized in that, the Target cell includes cell to be divided and to be combined Cell, adjusting the corresponding relationship between the corresponding RRU of each Target cell according to the cell plan arrangement includes:

When receiving Merge Scenarios between cell constructed by the network scheduling controller, each cell to be combined is adjusted Corresponding relationship between corresponding RRU；And/or

When receiving the division scheme between cell constructed by the network scheduling controller, adjusts each and wait dividing Corresponding relationship between the corresponding RRU of cell.

12. a kind of network architecture adjusts device, which is characterized in that described device includes:

Information on load receiving module, the information on load of multiple cells for receiving base station periodicity sending, the information on load Including at least utilization rate of air interface resource, there is at least one base station in the region where the multiple cell；

Target cell determining module determines that at least one target is small for the utilization rate of air interface resource according to the multiple cell Area, the Target cell are the cell that utilization rate of air interface resource meets preset rules in the multiple cell；

Measurement report obtains module, for obtaining multiple MR of each Target cell at least one described Target cell；

Cell plan arrangement constructs module, for the multiple MR and information on load according to each Target cell, building Cell plan arrangement, the cell plan arrangement are used to determine merging and/or division scheme between Target cell；

Cell plan arrangement sending module, for sending constructed cell plan arrangement to the base station, so that the base station The correspondence between the corresponding radio frequency remote unit RRU of each described Target cell is adjusted according to the cell plan arrangement Relationship.

13. device according to claim 12, which is characterized in that the Target cell determining module includes:

Cell to be combined determines submodule, is used for when in the multiple cell including first community, and the first community is true It is set to cell to be combined, the utilization rate of air interface resource of the first community is less than the first pre-determined threshold, and the first community RRU quantity is less than preset quantity；And/or

Cell to be divided determines submodule, is used for when in the multiple cell including second community, and the second community is true It is set to cell to be divided, the second community is that more RRU are total to cell, and utilization rate of air interface resource is greater than the second pre-determined threshold.

14. device according to claim 13, which is characterized in that described when the Target cell is cell to be combined Cell plan arrangement constructs module

First measurement report analyzing sub-module obtains each for parsing multiple MR of at least one first object cell The Reference Signal Received Power RSRP information of a first object cell and the RSRP information of each the second Target cell, it is described First object cell is the cell to be combined, and second Target cell is the adjacent to be combined small of the cell to be combined Area；

First interference coefficient acquisition submodule, for according to the RSRP information of each first object cell and each second The RSRP information of Target cell obtains the interference system between each described first object cell and each second Target cell Number；

Merge Scenarios construct submodule, for according between each described first object cell and each second Target cell Interference coefficient and at least one first object cell information on load, construct cell between Merge Scenarios.

15. device according to claim 14, which is characterized in that the first interference coefficient acquisition submodule includes:

First interference coefficient acquiring unit, for small for each of at least one first object cell first object Area obtains institute according to the RSRP information of the first object cell and the RSRP information of each second Target cell State the interference coefficient between first object cell and each described second Target cell；

Second interference coefficient acquiring unit, for being held to each of at least one described Target cell first object cell Interference coefficient obtaining step between the row first object cell and each described second Target cell.

16. device according to claim 15, which is characterized in that the first interference coefficient acquiring unit includes:

Interference coefficient obtains subelement, the first object for parsing according to multiple MR of the first object cell The RSRP information of the RSRP information of cell and each second Target cell obtains each described second Target cell pair The interference of the interference coefficient of the first object cell and the first object cell to each second Target cell Coefficient；

Interference coefficient determines subelement, for the interference system by each described second Target cell to the first object cell The several and described first object cell to the interference coefficient of each second Target cell and value, as first mesh Mark the interference coefficient between cell and each described second Target cell.

17. device according to claim 14, which is characterized in that the Merge Scenarios construct submodule and include:

Cell determination unit to be combined, for according to the interference system between the first object cell and multiple second Target cells Several sizes determines that the cell to be combined of the first object cell, the cell to be combined of the first object cell are interference Maximum second Target cell of coefficient；

Cell information acquiring unit after merging is obtained for being based on the first object cell and fixed cell to be combined The utilization rate of air interface resource of cell and RRU quantity after merging；

Merge Scenarios construction unit, the utilization rate of air interface resource for the cell after merging are less than first pre-determined threshold And when the RRU quantity of cell is less than the preset quantity after the merging, by the cell to be combined of the first object cell The second Target cell of second Target cell and second Target cell as cell after the merging, continues to execute determination Cell to be combined, until after based on the first object cell and at least one fixed obtained merging of cell to be combined The utilization rate of air interface resource of cell is greater than first pre-determined threshold or RRU quantity greater than until the preset quantity.

18. device according to claim 12, which is characterized in that when the Target cell be when dividing cell, it is described Cell plan arrangement constructs module

Second measurement report analyzing sub-module obtains each for parsing multiple MR of at least one third Target cell The RSRP information of multiple RRU in a third Target cell, the third Target cell are the cell to be divided；

Second interference coefficient acquisition submodule, for for each of at least one third Target cell third target Cell, according to the RSRP information of multiple RRU of the third Target cell, between the RRU for obtaining the third Target cell Interference coefficient；

Scheme constructs submodule is divided, for the interference coefficient between multiple RRU according to the third Target cell and is born Lotus information constructs the division scheme between cell.

19. device according to claim 18, which is characterized in that the second interference coefficient acquisition submodule includes:

First RRU interference coefficient acquiring unit, for the first RRU for multiple RRU in the third Target cell, according to institute The RSRP information of multiple RRU of third Target cell is stated, obtains the first RRU to other RRU in the third Target cell In each RRU interference coefficient and other described RRU in each RRU to the interference coefficient of the first RRU, described One RRU is any of multiple RRU in the third Target cell；

2nd RRU interference coefficient acquiring unit is used for according to the first RRU in other RRU in the third Target cell Each RRU is to the interference coefficient of the first RRU in the interference coefficient of each RRU and other described RRU, described in acquisition Interference coefficient in first RRU and the third Target cell in other RRU between each RRU；

3rd RRU interference coefficient acquiring unit, it is equal for each of multiple RRU for third Target cell RRU Execute the interference coefficient obtaining step in the first RRU and the third Target cell in other RRU between each RRU.

20. device according to claim 18, which is characterized in that the information on load further includes the home subscriber number of RRU, The division scheme constructs submodule includes:

RRU quantity determination unit determines cell after each is divided for the RRU quantity according to the third Target cell RRU quantity；

RRU gathers acquiring unit, for the RRU quantity according to cell after the RRU of the third Target cell and the division, Obtain the RRU set of cell after each division under various combination mode；

The interference coefficient acquiring unit of various combination mode, for according to each division after cell RRU set in RRU it Between interference coefficient, obtain various combination mode interference coefficient；

Scheme constructs subelement is divided, for according to cell RRU after each division under the preset number combination The home subscriber number of RRU in set, the smallest combination of home subscriber number difference between cell after selection division.

21. a kind of network architecture adjusts device, which is characterized in that described device is applied to communication system, the communication system packet Network scheduling controller and base station are included, the network scheduling controller is used to plan conjunction and/or division scheme between cell, institute Stating device includes:

Information on load sending module, for the information on load to the multiple cells of network scheduling controller periodicity sending, institute Information on load is stated including at least utilization rate of air interface resource, has at least one base station in the region where the multiple cell；

The network architecture adjusts module, for when receiving cell plan arrangement constructed by the network scheduling controller, root The corresponding relationship between the corresponding RRU of each Target cell, the plot planning are adjusted according to the cell plan arrangement Scheme is used to determine merging and/or division scheme between Target cell, and the Target cell is to eat dishes without rice or wine in the multiple cell Resource utilization meets the cell of preset rules, and the cell plan arrangement is the network scheduling controller according to each mesh What the multiple MR and information on load for marking cell were constructed.

22. device according to claim 21, which is characterized in that the Target cell includes cell to be divided and to be combined Cell, the network architecture adjustment module include:

Subzone network framework adjustment unit to be combined receives between cell constructed by the network scheduling controller for working as When Merge Scenarios, the corresponding relationship between the corresponding RRU of each cell to be combined is adjusted；And/or

Subzone network framework adjustment unit to be divided receives between cell constructed by the network scheduling controller for working as Division scheme when, adjust the corresponding relationship between the corresponding RRU of each cell to be divided.

23. a kind of network scheduling controller, which is characterized in that the network scheduling controller includes transmitter, receiver, storage Device and the processor being connect respectively with transmitter, receiver and memory；Wherein, batch processing generation is stored in the memory Code, and processor is used to call the program code stored in memory, for performing the following operations:

The information on load of multiple cells of base station periodicity sending is received by the receiver, the information on load includes at least Utilization rate of air interface resource has at least one base station in the region where the multiple cell；

Multiple measurement report MR of each Target cell at least one described Target cell are obtained by the receiver；

Constructed cell plan arrangement is sent to the base station by the transmitter, so that the base station is according to the cell Programme adjusts the corresponding relationship between the corresponding radio frequency remote unit RRU of each described Target cell.

24. a kind of base station, which is characterized in that the base station includes the adjustment device of the network architecture described in claim 21 or 22.