CN109121158A - A kind of power-economizing method based on cell cooperative, device and storage medium - Google Patents
A kind of power-economizing method based on cell cooperative, device and storage medium Download PDFInfo
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- CN109121158A CN109121158A CN201710481504.3A CN201710481504A CN109121158A CN 109121158 A CN109121158 A CN 109121158A CN 201710481504 A CN201710481504 A CN 201710481504A CN 109121158 A CN109121158 A CN 109121158A
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W24/00—Supervisory, monitoring or testing arrangements
- H04W24/10—Scheduling measurement reports ; Arrangements for measurement reports
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W52/00—Power management, e.g. TPC [Transmission Power Control], power saving or power classes
- H04W52/02—Power saving arrangements
- H04W52/0203—Power saving arrangements in the radio access network or backbone network of wireless communication networks
- H04W52/0206—Power saving arrangements in the radio access network or backbone network of wireless communication networks in access points, e.g. base stations
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W16/00—Network planning, e.g. coverage or traffic planning tools; Network deployment, e.g. resource partitioning or cells structures
- H04W16/18—Network planning tools
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02D—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN INFORMATION AND COMMUNICATION TECHNOLOGIES [ICT], I.E. INFORMATION AND COMMUNICATION TECHNOLOGIES AIMING AT THE REDUCTION OF THEIR OWN ENERGY USE
- Y02D30/00—Reducing energy consumption in communication networks
- Y02D30/70—Reducing energy consumption in communication networks in wireless communication networks
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Abstract
The invention discloses a kind of power-economizing method based on cell cooperative, device and storage mediums, which comprises obtains the measurement report and location information of user equipment in each cell at least one cell；Based on the location information and its measurement report of user equipment in each cell, at least one location information and its corresponding signal strength in each cell are obtained；Based at least one location information and its signal strength in each cell, the corresponding coverage area of each cell is determined；Based on coverage area corresponding at least one cell, selection obtains energy-saving cell and its at least one corresponding compensation cell forms energy saving group；When the energy-saving cell in the energy saving group in a dormant state when, provide service by least one compensation cell of the energy saving group for the user equipment in energy-saving cell in a dormant state.
Description
Technical field
The present invention relates in the communications field the information processing technology more particularly to a kind of energy-saving square based on cell cooperative
Method, device and storage medium.
Background technique
With the explosive increase of number of mobile users being continuously increased with data business volume, mobile communications network is from 2G network
Gradually evolve to 4G network.More nets such as 2G, 3G, 4G and the scene deposited will become the trend of network Development.Wherein, the 2G network carrying
Voice and small amount data business, 3G network carry data in mobile phone business, share 2G part of speech business.Wlan network carrying heat
The PC and data in mobile phone flow in point region, extend 3G network coverage area, 4G network carrying big data flow business and VoLTE
Voice service.The characteristics of four net Coordination strategies embody four nets and respectively make the most of the advantage, and shunt mutually, respectively undertake corresponding service,
But in the low traffic load period, the network power consumption that the bring that four nets coexists constantly increases also becomes the weight that operator needs to solve
Big problem.
Currently, the power-saving technology for four net coexistence scenarios is mainly small by the way that multiple cells are formed energy-saving cell-compensation
Area pair suspend mode energy-saving cell and is undertaken the business in the region by compensation cell when low traffic load.But in the prior art,
The scene of a cell is covered due to being unable to judge accurately multiple small area overlappings, energy-saving cell-compensation cell can not be accurate
Composition grouping, therefore the power consumption of base station can not be effectively reduced.
Summary of the invention
It is a primary object of the present invention to propose a kind of power-economizing method based on cell cooperative, device and storage medium, purport
Solving the above-mentioned problems in the prior art.
To achieve the above object, the present invention provides a kind of power-economizing method based on cell cooperative, comprising:
Obtain the measurement report and location information of user equipment in each cell at least one cell；Wherein, institute
It states to include at least in measurement report and has signal strength；
Based on the location information and its measurement report of user equipment in each cell, obtain in each cell
At least one location information and its corresponding signal strength；
Based at least one location information and its signal strength in each cell, determine that each cell is corresponding
Coverage area；
Based on coverage area corresponding at least one cell, selection obtains energy-saving cell and its at least one corresponding benefit
Cell is repaid, the energy-saving cell and its at least one corresponding compensation cell are formed into energy saving group；
When the energy-saving cell in the energy saving group in a dormant state when, by least one of the energy saving group
It compensates cell and provides service for the user equipment in energy-saving cell in a dormant state.
The embodiment of the invention also provides a kind of energy saver based on cell cooperative, described device includes:
Network data acquisition module, for obtaining the measurement report of user equipment in each cell at least one cell
And location information；Wherein, including at least in the measurement report has signal strength；
Energy-saving Data analysis module, for location information and its measurement report based on user equipment in each cell
It accuses, obtains at least one location information and its corresponding signal strength in each cell；Based in each cell
At least one location information and its signal strength determine the corresponding coverage area of each cell；Based at least one cell institute
Corresponding coverage area, selection obtain energy-saving cell and its at least one corresponding compensation cell, by the energy-saving cell and its
At least one corresponding compensation cell forms energy saving group；
Cooperation energy-saving execution module, for when the energy-saving cell in the energy saving group in a dormant state when, by
At least one compensation cell of the energy conservation group provides service for the user equipment in energy-saving cell in a dormant state.
The embodiment of the invention also provides a kind of energy saver based on cell cooperative, described device includes:
Communication interface, for obtaining at least one cell the measurement report of user equipment and position in each cell
Information；Wherein, including at least in the measurement report has signal strength；
Processor obtains every for location information and its measurement report based on user equipment in each cell
At least one location information and its corresponding signal strength in one cell；Based at least one position in each cell
Confidence breath and its signal strength, determine the corresponding coverage area of each cell；Based on covering corresponding at least one cell
Range, selection obtain energy-saving cell and its it is corresponding at least one compensation cell, by the energy-saving cell and its it is corresponding at least
One compensation cell forms energy saving group；When the energy-saving cell in the energy saving group in a dormant state when, by described
At least one compensation cell of energy saving group provides service for the user equipment in energy-saving cell in a dormant state.
The present invention provides a kind of energy saver based on cell cooperative, comprising: processor and for store can handle
The memory of the computer program run on device,
Wherein, the step of processor is for executing the method when running the computer program.
The present invention provides a kind of storage medium, is stored thereon with computer program, wherein the computer program is by processor
The step of preceding method is realized when execution.
Power-economizing method based on cell cooperative, device and storage medium proposed by the present invention by measurement report and can be used
The location information of family equipment is associated, then by the incidence relation of the signal strength in location information and measurement report, determines
The coverage area of at least one cell；Coverage area based on each cell, selection obtain energy-saving cell and compensation cell
To forming energy saving group, finally when the energy-saving cell in energy-saving cell in a dormant state when, compensation cell is section by control
The user equipment of energy cell provides service.So, it will be able to obtain more accurate minizone and be overlapped coverage；And due to
The covering relation that cell can accurately be obtained is not only suitable for one energy-saving cell scene of a compensation cell, and it is small to be also applied for more compensation
One energy-saving cell scene of area；Further, it can be based on accurate coverage condition, so that the processing of energy saving group is more accurate,
The power consumption of base station is effectively reduced.
Detailed description of the invention
Fig. 1 is power-economizing method flow diagram 1 of the embodiment of the present invention based on cell cooperative；
Fig. 2 is that the embodiment of the present invention handles schematic diagram of a scenario 1；
Fig. 3 is that the embodiment of the present invention handles schematic diagram of a scenario 2；
Fig. 4-1 is that the embodiment of the present invention handles schematic diagram of a scenario 3；
Fig. 4-2 is that the embodiment of the present invention handles schematic diagram of a scenario 4；
Fig. 5 is power-economizing method flow diagram 2 of the embodiment of the present invention based on cell cooperative；
Fig. 6 is energy saver composed structure schematic diagram 1 of the embodiment of the present invention based on cell cooperative；
Fig. 7 is energy saver composed structure schematic diagram 2 of the embodiment of the present invention based on cell cooperative；
Fig. 8 is energy saver composed structure schematic diagram 3 of the embodiment of the present invention based on cell cooperative.
Specific embodiment
Invention is further described in detail in the following with reference to the drawings and specific embodiments.
Embodiment one,
A kind of power-economizing method based on cell cooperative is present embodiments provided, as shown in Figure 1, comprising:
Step 101: obtaining the measurement report and location information of user equipment in each cell at least one cell；
Wherein, including at least in the measurement report has signal strength；
Step 102: location information and its measurement report based on user equipment in each cell obtain each
At least one location information and its corresponding signal strength in cell；
Step 103: based at least one location information in each cell and its signal strength, determining that each is small
The corresponding coverage area in area；
Step 104: based on coverage area corresponding at least one cell, selection obtain energy-saving cell and its it is corresponding extremely
The energy-saving cell and its at least one corresponding compensation cell are formed energy saving group by a few compensation cell；
Step 105: when the energy-saving cell in the energy saving group in a dormant state when, by the energy saving group
At least one compensation cell provides service for the user equipment in energy-saving cell in a dormant state.
The application passes through the location information of collection analysis user and analyzes user's measurement report, calculates the overlapping between cell
Covering relation is mentioned with finding energy-saving cell and its compensation cell to realize in the low business period by cell cooperative for user
For service while suspend mode part energy-saving cell, base station power consumption is reduced.
Scene provided in this embodiment can be as shown in Figure 2 and Figure 3, and this power-economizing method is not only suitable for an energy-saving cell
The scene of corresponding compensation cell is also applied for the scene that an energy-saving cell corresponds to multiple compensation cells.For example, in Fig. 2
Shown in include an energy-saving cell and a compensation cell in scene；It include that compensation is small in scene described in Fig. 3
Area 1,2 and an energy-saving cell.
Specifically, in above-mentioned steps 101, the measurement report of user equipment in each cell at least one cell is obtained
The mode of announcement and location information, can obtain from network management device, which can be in core net
Management equipment, can get the user equipment that is managed of multiple base stations is reported in whole network covering location information and
Measurement report.
Wherein, measurement includes that will also include the unique identification information of user equipment in addition to including signal strength；It is described only
One identification information can be the IMSI etc. of user equipment, not do exhaustion here.
In above-mentioned steps 102, the location information and its measurement report based on user equipment in each cell,
Obtain at least one location information and its corresponding signal strength in each cell, comprising:
The corresponding measurement report of the location information of user equipment in each cell is associated, determines institute
State user equipment location information and its corresponding measurement report；
The location information and the signal strength in the measurement report are associated, to obtain in each cell extremely
A few location information and its corresponding signal strength.
Wherein, the mode location information of user equipment and its measurement report being associated, can be for based on position letter
The identification information for the user equipment for including in the identification information and measurement report of the user equipment for including in breath；It will be provided with phase
With user equipment identification information location information and measurement report to matching；
Then the signal strength in measurement report is extracted, is finally associated location information and signal strength, thus
Obtain at least one location information and its corresponding signal strength in each cell.
It is described based at least one location information in each cell and its signal strength in above-mentioned steps 103, really
Determine the corresponding coverage area of each cell, comprising:
From in the corresponding signal strength of at least one location information, selection is greater than signal strength door in each cell
At least one signal strength of limit value is as reference signal strength；
Based on location information corresponding to the reference signal strength, coverage area corresponding to cell is determined.
, can be from location information-signal strength centering by the processing of this step, it is right that selection obtains larger signal strength institute
The location information answered, so that determining that the accuracy of the coverage area of cell is higher.
Wherein, signal strength threshold value can be configured according to the actual situation, for example, the signal strength threshold value can be with
The resulting value of 3db is subtracted for maximum signal in cell；Or the average value of all signal strengths of cell.Certainly may be used also
To there is other set-up modes, without exhaustion in the present embodiment.
Further, mode provided in this embodiment can in addition to based on signal strength carry out location information screening it
Outside, can be combined with location information in covered area size and cell the quantity of location information determine.Processing side
Formula may include:
It is described that coverage area corresponding to cell is determined based on location information corresponding to the reference signal strength, also
Include:
Judge whether the quantity of the reference signal strength in cell is greater than number threshold value；
If more than the number threshold value, then based on location information corresponding to the reference signal strength, determine described in
The regional scope of location information covering；
Judge whether the regional scope of the location information covering is greater than preset area threshold value；
If more than preset area threshold value, then the regional scope covered the location information is corresponding as the cell
Coverage area.
Wherein, the number threshold value can be configured according to the actual situation, which can be by being currently
The par for the user equipment for including in each cell in system is arranged, certainly can also be by other set-up modes, this reality
It applies example and does not do exhaustion.
In addition, can be believed by least one position in most edge about the regional scope that location information is covered
Breath be to delimit, for example, most edge is by 5 location informations, then this 5 location informations can carry out line, the maximum of delimitation
Range is the regional scope that location information is covered.
Area threshold value can be configured according to the actual situation, for example, can be by a cell the smallest in system
Subject to area.Specific scene may refer to Fig. 4-1 and Fig. 4-2, and the deeper id signal intensity of color is larger in figure, color
Shallower circle indicates that signal strength is smaller；The location information where the shallower circle of color is removed first；Then from remaining position
Confidence ceases the location information that certain amount and the certain area of covering are chosen in the deeper circle of corresponding color, as cell
Coverage area.
So far, it is already possible to the corresponding regional scope of multiple cells in delimitation system.
Further, in above-mentioned steps 104, described based on coverage area corresponding at least one cell, selection is obtained
Energy-saving cell and its at least one corresponding compensation cell, comprising:
Based on coverage area corresponding at least one cell, the cell for obtaining meeting the first preset condition is chosen as section
It can cell；Wherein, the first preset condition characterization cell can be by least one other MPS process；
At least one other cell of the energy-saving cell will be covered, as at least one corresponding benefit of the energy-saving cell
Repay cell.
Specifically, two kinds of scenes, an a kind of compensation cell corresponding one in Fig. 2 can be delimited through the above steps
The scene of a energy-saving cell, another kind are the scene of the corresponding energy-saving cell of multiple compensation cells in Fig. 3.
After the corresponding coverage area of cells multiple in system obtained in abovementioned steps 101-103, step 104
In, the cell that can be completely covered by other cell can be chosen, first so as to select the cell being completely covered
Make energy-saving cell, a cell for covering the energy-saving cell can be used as the compensation cell of the cell, form field as shown in Figure 2
Scape.
Another way can then choose the cell that can be completely covered by two or more cells, will be capped
A cell as energy-saving cell, then will cover two or more cells of the energy-saving cell as compensation cell, from
And form scene shown in Fig. 3.
Finally, the processing scene when energy-saving cell in a dormant state is described in abovementioned steps 105, about control energy conservation
Whether cell enters the mode of dormant state or working condition, can be such that
When the energy-saving cell is in running order, based on the traffic load in the energy-saving cell, and/or compensate
The network quality data of cell judges whether the energy-saving cell switching to dormant state.
The traffic load of each cell is obtained first；For no energy-saving cell for carrying out suspend mode, that is, it is in work
It is negative to analyze the business of energy-saving cell traffic load and each of which compensation cell in the energy conservation group for the energy-saving cell for making state
Whether lotus meets energy-saving cell suspend mode threshold requirement, it may be assumed that compensation cell can undertake the portfolio of energy-saving cell completely；Meanwhile
Also to judge energy-saving cell and compensate whether the network quality index of cell is normal.
Specifically, the network quality data based on traffic load, and/or compensation cell in the energy-saving cell, judgement
Whether the energy-saving cell switched into dormant state, comprising:
When the traffic load of the energy-saving cell is lower than underload threshold value, and/or the network quality data characterizes
When the network quality of the compensation cell is normal, determines and energy-saving cell is switched into dormant state.
It should be noted that energy-saving cell in a dormant state when, can control and cut the user equipment in energy-saving cell
It shifts to and provides service by compensation cell.
It is, business transfer instruction can be assigned by energy-saving cell of the cooperation energy-saving execution module into energy saving group
And dormancy instruction, energy-saving cell enters after user need to be switched to corresponding compensation cell and dormant state.
Can also include: when the energy-saving cell in a dormant state when, based on the energy-saving cell whole compensation it is small
Traffic load and/or network quality data in area judge whether the energy-saving cell switching to working condition.
Specifically, when it is described compensation cell traffic load be higher than high load capacity threshold value when, and/or the network quality
When compensating the network quality exception of cell described in data characterization, determines and energy-saving cell is switched into working condition.
For having carried out the energy saving group of suspend mode, Energy-saving Data analysis in analyze all compensated in the energy conservation group it is small
The traffic load and network quality in area change, if occur some compensation cell traffic load excessively high (being more than to wake up thresholding) or
The situation of network quality index exception is then assigned wake-up by energy-saving cell of the cooperation energy-saving execution module into energy saving group and is referred to
It enables, after normal operating conditions is restored in energy-saving cell, partial service can be transferred to energy-saving cell to reduce itself mistake by compensation cell
High traffic load solves the problems, such as network quality.
Wherein, the high load capacity threshold value and underload threshold value can be the same or different, and when different, height is negative
Lotus threshold value needs to be higher than underload threshold value.
Below with reference to Fig. 5, further overall flow provided in this embodiment is described:
1, acquire the measurement report of each cell, it is specific: by network data acquisition module accesses base station controller or
Person's network management device, the measurement report of each cell of periodic download；
2, the customer position information of each cell is acquired, it is specific: to pass through network data acquisition module accesses base station signaling
Acquire resolution system, the customer position information of each cell of periodic download；The time of customer position information wants and the first step
The measurement report time it is corresponding；
3, the uniqueness numbered according to Customs Assigned Number and business information, establishes the serving cell of each user in measurement report
The corresponding relationship of the location information Ixy of each user in signal quality measurement result Pxy and signaling information；When the measurement of the cell
When point quantity is sufficiently large and position disperses enough, each signal quality Pxy is more than or equal to signal strength threshold value in space
The measurement point set of Pthreshold has determined that the coverage area of base station；The depth of measurement point color shows the test position in figure
Set the power of serving cell signal intensity；
4, the overlay model of each cell in the whole test zones obtained in previous step is brought into the GIS of the test zone
In cartographic model, so that it may obtain the network entirety coverage diagram of the test zone；
5, energy saving group is screened in network entirety coverage diagram, energy saving group is made of energy-saving cell and compensation cell,
In energy-saving cell can by one or more compensate the completely overlapped coverings of cell；
6, for each of filtering out energy saving group, energy saver periodically acquisition wherein energy-saving cell and compensation cell
Traffic load and network quality data；
7, for no energy saving group for carrying out suspend mode, energy-saving cell in the energy conservation group is analyzed in Energy-saving Data analysis
Whether traffic load and the traffic load of each of which compensation cell meet energy-saving cell suspend mode threshold requirement, it may be assumed that compensation cell
The portfolio of energy-saving cell can be undertaken completely；Meanwhile also to judge that energy-saving cell is with the network quality index for compensating cell
No is normal；If two conditions are all satisfied, enter step 8, otherwise wait for next collection period；
8, business transfer instruction is assigned by energy-saving cell of the cooperation energy-saving execution module into energy saving group and suspend mode refers to
It enables, energy-saving cell enters after user need to be switched to corresponding compensation cell and dormant state；
9, it for having carried out the energy saving group of suspend mode, analyzes in the energy conservation group in Energy-saving Data analysis and all compensates
The traffic load and network quality of cell change, if occur some compensation cell traffic load excessively high (being more than to wake up thresholding) or
The situation of network quality index exception then enters step 10, otherwise, returns, waits next collection period；
10, wake up instruction is assigned by energy-saving cell of the cooperation energy-saving execution module into energy saving group, energy-saving cell is extensive
After multiple normal operating conditions, compensation cell partial service can be transferred to energy-saving cell with reduce itself excessively high traffic load or
Solve the problems, such as network quality.
As it can be seen that by using above scheme, it will be able to measurement report is associated with the location information of user equipment, then
By the incidence relation of the signal strength in location information and measurement report, the coverage area of at least one cell is determined；It is based on
The coverage area of each cell, selection obtain energy-saving cell and compensation cell to form energy saving group, finally when energy conservation
Energy-saving cell in cell in a dormant state when, control for the user equipment of energy-saving cell provides compensation cell to service.Such as
This, it will be able to it obtains more accurate minizone and is overlapped coverage；And due to the covering relation that can accurately obtain cell,
It is not only suitable for one energy-saving cell scene of a compensation cell, is also applied for more compensation one energy-saving cell scenes of cell；Further, energy
It is enough based on accurate coverage condition, so that the processing of energy saving group is more accurate, the power consumption of base station is effectively reduced.
Embodiment two,
A kind of energy saver based on cell cooperative is present embodiments provided, as shown in Figure 6,7, comprising:
Network data acquisition module 61, for obtaining the measurement report of user equipment in each cell at least one cell
Announcement and location information；Wherein, including at least in the measurement report has signal strength；
Energy-saving Data analysis module 62, for based on user equipment in each cell location information and its measurement
Report, obtains at least one location information and its corresponding signal strength in each cell；Based on each cell
At least one interior location information and its signal strength determine the corresponding coverage area of each cell；Based at least one cell
Corresponding coverage area, selection obtain energy-saving cell and its at least one corresponding compensation cell, by the energy-saving cell and
Its at least one corresponding compensation cell forms energy saving group；
Cooperation energy-saving execution module 63, for when the energy-saving cell in the energy saving group in a dormant state when,
Service is provided by least one compensation cell of the energy saving group for the user equipment in energy-saving cell in a dormant state.
The application passes through the location information of collection analysis user and analyzes user's measurement report, calculates the overlapping between cell
Covering relation is mentioned with finding energy-saving cell and its compensation cell to realize in the low business period by cell cooperative for user
For service while suspend mode part energy-saving cell, base station power consumption is reduced.
Scene provided in this embodiment can be as shown in Figure 2 and Figure 3, and this power-economizing method is not only suitable for an energy-saving cell
The scene of corresponding compensation cell is also applied for the scene that an energy-saving cell corresponds to multiple compensation cells.For example, in Fig. 2
Shown in include an energy-saving cell and a compensation cell in scene；It include that compensation is small in scene described in Fig. 3
Area 1,2 and an energy-saving cell.
Specifically, network data acquisition module 61 can be obtained from network management device, which can
Think the management equipment in core net, the user equipment that multiple base stations are managed in whole network covering can be got and reported
Location information and measurement report.
Wherein, measurement includes that will also include the unique identification information of user equipment in addition to including signal strength；It is described only
One identification information can be the IMSI etc. of user equipment, not do exhaustion here.
Energy-saving Data analysis module 62, for the location information of user equipment in each cell is corresponding
Measurement report is associated, determine the user equipment location information and its corresponding measurement report；
The location information and the signal strength in the measurement report are associated, to obtain in each cell extremely
A few location information and its corresponding signal strength.
Wherein, the mode location information of user equipment and its measurement report being associated, can be for based on position letter
The identification information for the user equipment for including in the identification information and measurement report of the user equipment for including in breath；It will be provided with phase
With user equipment identification information location information and measurement report to matching；
Then the signal strength in measurement report is extracted, is finally associated location information and signal strength, thus
Obtain at least one location information and its corresponding signal strength in each cell.
Above-mentioned Energy-saving Data analysis module 62, for the corresponding letter of at least one location information out of described each cell
In number intensity, at least one signal strength for being greater than signal strength threshold value is chosen as reference signal strength；
Based on location information corresponding to the reference signal strength, coverage area corresponding to cell is determined.
, can be from location information-signal strength centering by the processing of this step, it is right that selection obtains larger signal strength institute
The location information answered, so that determining that the accuracy of the coverage area of cell is higher.
Wherein, signal strength threshold value can be configured according to the actual situation, for example, the signal strength threshold value can be with
The resulting value of 3db is subtracted for maximum signal in cell；Or the average value of all signal strengths of cell.Certainly may be used also
To there is other set-up modes, without exhaustion in the present embodiment.
Further, mode provided in this embodiment can in addition to based on signal strength carry out location information screening it
Outside, can be combined with location information in covered area size and cell the quantity of location information determine.Processing side
Formula may include:
The Energy-saving Data analysis module 62, for judging whether the quantity of the reference signal strength in cell is greater than number
Measure threshold value；
If more than the number threshold value, then based on location information corresponding to the reference signal strength, determine described in
The regional scope of location information covering；
Judge whether the regional scope of the location information covering is greater than preset area threshold value；
If more than preset area threshold value, then the regional scope covered the location information is corresponding as the cell
Coverage area.
Wherein, the number threshold value can be configured according to the actual situation, which can be by being currently
The par for the user equipment for including in each cell in system is arranged, certainly can also be by other set-up modes, this reality
It applies example and does not do exhaustion.
In addition, can be believed by least one position in most edge about the regional scope that location information is covered
Breath be to delimit, for example, most edge is by 5 location informations, then this 5 location informations can carry out line, the maximum of delimitation
Range is the regional scope that location information is covered.
Area threshold value can be configured according to the actual situation, for example, can be by a cell the smallest in system
Subject to area.Specific scene may refer to Fig. 4-1 and Fig. 4-2, and the deeper id signal intensity of color is larger in figure, color
Shallower circle indicates that signal strength is smaller；The location information where the shallower circle of color is removed first；Then from remaining position
Confidence ceases the location information that certain amount and the certain area of covering are chosen in the deeper circle of corresponding color, as cell
Coverage area.
So far, it is already possible to the corresponding regional scope of multiple cells in delimitation system.
Further, above-mentioned Energy-saving Data analysis module 62, for based on coverage area corresponding at least one cell,
The cell for obtaining meeting the first preset condition is chosen as energy-saving cell；Wherein, the first preset condition characterization cell can
By at least one other MPS process；
At least one other cell of the energy-saving cell will be covered, as at least one corresponding benefit of the energy-saving cell
Repay cell.
Specifically, two kinds of scenes, an a kind of compensation cell corresponding one in Fig. 2 can be delimited through the above steps
The scene of a energy-saving cell, another kind are the scene of the corresponding energy-saving cell of multiple compensation cells in Fig. 3.
Energy-saving Data analysis module 62, for the cell that can be completely covered by other cell can be chosen first,
So as to which the cell being completely covered is elected to be energy-saving cell, a cell for covering the energy-saving cell can be used as the cell
Compensation cell, form scene as shown in Figure 2.
Another way can then choose the cell that can be completely covered by two or more cells, will be capped
A cell as energy-saving cell, then will cover two or more cells of the energy-saving cell as compensation cell, from
And form scene shown in Fig. 3.
Finally, cooperation energy-saving execution module 63, for being based on the energy conservation when the energy-saving cell is in running order
The network quality data of traffic load, and/or compensation cell in cell, judges whether to switch to the energy-saving cell not
Dormancy state.
The traffic load of each cell is obtained first；For no energy-saving cell for carrying out suspend mode, that is, it is in work
It is negative to analyze the business of energy-saving cell traffic load and each of which compensation cell in the energy conservation group for the energy-saving cell for making state
Whether lotus meets energy-saving cell suspend mode threshold requirement, it may be assumed that compensation cell can undertake the portfolio of energy-saving cell completely；Meanwhile
Also to judge energy-saving cell and compensate whether the network quality index of cell is normal.
Specifically, cooperation energy-saving execution module 63, is lower than underload thresholding for the traffic load when the energy-saving cell
When value, and/or the network quality data characterize it is described compensation cell network quality it is normal when, determination energy-saving cell is cut
Shift to dormant state.
It should be noted that energy-saving cell in a dormant state when, can control and cut the user equipment in energy-saving cell
It shifts to and provides service by compensation cell.
It is, business transfer instruction can be assigned by energy-saving cell of the cooperation energy-saving execution module into energy saving group
And dormancy instruction, energy-saving cell enters after user need to be switched to corresponding compensation cell and dormant state.
Cooperation energy-saving execution module 63, for when the energy-saving cell in a dormant state when, be based on the energy-saving cell
Whole compensation cells in traffic loads and/or network quality data, judge whether the energy-saving cell switching to work
State.
Specifically, when it is described compensation cell traffic load be higher than high load capacity threshold value when, and/or the network quality
When compensating the network quality exception of cell described in data characterization, determines and energy-saving cell is switched into working condition.
For having carried out the energy saving group of suspend mode, Energy-saving Data analysis in analyze all compensated in the energy conservation group it is small
The traffic load and network quality in area change, if there is some compensation cell traffic load excessively high (being more than to wake up thresholding) or net
The situation of network quality index exception, then assign wake-up by energy-saving cell of the cooperation energy-saving execution module into energy saving group and refer to
It enables, after normal operating conditions is restored in energy-saving cell, partial service can be transferred to energy-saving cell to reduce itself mistake by compensation cell
High traffic load solves the problems, such as network quality.
Wherein, the high load capacity threshold value and underload threshold value can be the same or different, and when different, height is negative
Lotus threshold value needs to be higher than underload threshold value.
Modules provided in this embodiment, can also be performed following functions:
Network data acquisition module: the acquisition interface by remotely accessing base station, base station controller, network management device,
The location information of user and the measurement report and traffic load situation of change of each cell are acquired, and in Energy-saving Data analysis module
Report acquisition data；
Energy-saving Data analysis module: according to acquisition data, the overlapping coverage condition of each cell is calculated, finds the section in network
Energy cell and its corresponding compensation cell, and changed by the traffic load of analysis energy-saving cell and compensation cell to cooperation energy-saving
Execution module issues Energy Saving Strategy；
Cooperation energy-saving execution module: according to Energy Saving Strategy, the base station of suspend mode or wake up instruction into mobile network is set
It is standby to issue.
As it can be seen that by using above scheme, it will be able to measurement report is associated with the location information of user equipment, then
By the incidence relation of the signal strength in location information and measurement report, the coverage area of at least one cell is determined；It is based on
The coverage area of each cell, selection obtain energy-saving cell and compensation cell to form energy saving group, finally when energy conservation
Energy-saving cell in cell in a dormant state when, control for the user equipment of energy-saving cell provides compensation cell to service.Such as
This, it will be able to it obtains more accurate minizone and is overlapped coverage；And due to the covering relation that can accurately obtain cell,
It is not only suitable for one energy-saving cell scene of a compensation cell, is also applied for more compensation one energy-saving cell scenes of cell；Further, energy
It is enough based on accurate coverage condition, so that the processing of energy saving group is more accurate, the power consumption of base station is effectively reduced.
Embodiment three,
A kind of energy saver based on cell cooperative is present embodiments provided, as shown in Figure 8, comprising:
Communication interface 81, for obtaining at least one cell the measurement report of user equipment and position in each cell
Confidence breath；Wherein, including at least in the measurement report has signal strength；
Processor 82 is obtained for location information and its measurement report based on user equipment in each cell
At least one location information and its corresponding signal strength in each cell；Based in each cell at least one
Location information and its signal strength determine the corresponding coverage area of each cell；Based on being covered corresponding at least one cell
Lid range, selection obtain energy-saving cell and its it is corresponding at least one compensation cell, by the energy-saving cell and its it is corresponding extremely
A few compensation cell forms energy saving group；When the energy-saving cell in the energy saving group in a dormant state when, by institute
At least one the compensation cell for stating energy saving group provides service for the user equipment in energy-saving cell in a dormant state.
The application passes through the location information of collection analysis user and analyzes user's measurement report, calculates the overlapping between cell
Covering relation is mentioned with finding energy-saving cell and its compensation cell to realize in the low business period by cell cooperative for user
For service while suspend mode part energy-saving cell, base station power consumption is reduced.
Scene provided in this embodiment can be as shown in Figure 2 and Figure 3, and this power-economizing method is not only suitable for an energy-saving cell
The scene of corresponding compensation cell is also applied for the scene that an energy-saving cell corresponds to multiple compensation cells.For example, in Fig. 2
Shown in include an energy-saving cell and a compensation cell in scene；It include that compensation is small in scene described in Fig. 3
Area 1,2 and an energy-saving cell.
Specifically, it can be obtained from network management device, which can be the management in core net
Equipment can get location information and measurement that the user equipment that multiple base stations are managed in whole network covering is reported
Report.
Wherein, measurement includes that will also include the unique identification information of user equipment in addition to including signal strength；It is described only
One identification information can be the IMSI etc. of user equipment, not do exhaustion here.
Processor 82, for by the corresponding measurement report of the location information of user equipment in each cell into
Row association, determine the user equipment location information and its corresponding measurement report；
The location information and the signal strength in the measurement report are associated, to obtain in each cell extremely
A few location information and its corresponding signal strength.
Wherein, the mode location information of user equipment and its measurement report being associated, can be for based on position letter
The identification information for the user equipment for including in the identification information and measurement report of the user equipment for including in breath；It will be provided with phase
With user equipment identification information location information and measurement report to matching；
Then the signal strength in measurement report is extracted, is finally associated location information and signal strength, thus
Obtain at least one location information and its corresponding signal strength in each cell.
Above-mentioned processor 82, for from each cell in the corresponding signal strength of at least one location information,
At least one signal strength for being greater than signal strength threshold value is chosen as reference signal strength；
Based on location information corresponding to the reference signal strength, coverage area corresponding to cell is determined.
, can be from location information-signal strength centering by the processing of this step, it is right that selection obtains larger signal strength institute
The location information answered, so that determining that the accuracy of the coverage area of cell is higher.
Wherein, signal strength threshold value can be configured according to the actual situation, for example, the signal strength threshold value can be with
The resulting value of 3db is subtracted for maximum signal in cell；Or the average value of all signal strengths of cell.Certainly may be used also
To there is other set-up modes, without exhaustion in the present embodiment.
Further, mode provided in this embodiment can in addition to based on signal strength carry out location information screening it
Outside, can be combined with location information in covered area size and cell the quantity of location information determine.Processing side
Formula may include:
The processor 82, for judging whether the quantity of the reference signal strength in cell is greater than number threshold value；
If more than the number threshold value, then based on location information corresponding to the reference signal strength, determine described in
The regional scope of location information covering；
Judge whether the regional scope of the location information covering is greater than preset area threshold value；
If more than preset area threshold value, then the regional scope covered the location information is corresponding as the cell
Coverage area.
Wherein, the number threshold value can be configured according to the actual situation, which can be by being currently
The par for the user equipment for including in each cell in system is arranged, certainly can also be by other set-up modes, this reality
It applies example and does not do exhaustion.
In addition, can be believed by least one position in most edge about the regional scope that location information is covered
Breath be to delimit, for example, most edge is by 5 location informations, then this 5 location informations can carry out line, the maximum of delimitation
Range is the regional scope that location information is covered.
Area threshold value can be configured according to the actual situation, for example, can be by a cell the smallest in system
Subject to area.Specific scene may refer to Fig. 4-1 and Fig. 4-2, and the deeper id signal intensity of color is larger in figure, color
Shallower circle indicates that signal strength is smaller；The location information where the shallower circle of color is removed first；Then from remaining position
Confidence ceases the location information that certain amount and the certain area of covering are chosen in the deeper circle of corresponding color, as cell
Coverage area.
So far, it is already possible to the corresponding regional scope of multiple cells in delimitation system.
Further, above-mentioned Energy-saving Data analysis module 62, for based on coverage area corresponding at least one cell,
The cell for obtaining meeting the first preset condition is chosen as energy-saving cell；Wherein, the first preset condition characterization cell can
By at least one other MPS process；
At least one other cell of the energy-saving cell will be covered, as at least one corresponding benefit of the energy-saving cell
Repay cell.
Specifically, two kinds of scenes, an a kind of compensation cell corresponding one in Fig. 2 can be delimited through the above steps
The scene of a energy-saving cell, another kind are the scene of the corresponding energy-saving cell of multiple compensation cells in Fig. 3.
Processor 82, for the cell that can be completely covered by other cell can be chosen first, so as to incite somebody to action
The cell being completely covered is elected to be energy-saving cell, and the compensation that a cell for covering the energy-saving cell can be used as the cell is small
Area forms scene as shown in Figure 2.
Another way can then choose the cell that can be completely covered by two or more cells, will be capped
A cell as energy-saving cell, then will cover two or more cells of the energy-saving cell as compensation cell, from
And form scene shown in Fig. 3.
Finally, processor 82, is used for when the energy-saving cell is in running order, based on the industry in the energy-saving cell
The network quality data for load, and/or the compensation cell of being engaged in, judges whether the energy-saving cell switching to dormant state.
The traffic load of each cell is obtained first；For no energy-saving cell for carrying out suspend mode, that is, it is in work
It is negative to analyze the business of energy-saving cell traffic load and each of which compensation cell in the energy conservation group for the energy-saving cell for making state
Whether lotus meets energy-saving cell suspend mode threshold requirement, it may be assumed that compensation cell can undertake the portfolio of energy-saving cell completely；Meanwhile
Also to judge energy-saving cell and compensate whether the network quality index of cell is normal.
Specifically, processor 82, for when the traffic load of the energy-saving cell is lower than underload threshold value, and/or
The network quality data characterize the compensation cell network quality it is normal when, determine and energy-saving cell switched into suspend mode shape
State.
It should be noted that energy-saving cell in a dormant state when, can control and cut the user equipment in energy-saving cell
It shifts to and provides service by compensation cell.
It is, business transfer instruction can be assigned by energy-saving cell of the cooperation energy-saving execution module into energy saving group
And dormancy instruction, energy-saving cell enters after user need to be switched to corresponding compensation cell and dormant state.
Processor 82, for when the energy-saving cell in a dormant state when, whole compensation based on the energy-saving cell
Traffic load and/or network quality data in cell judge whether the energy-saving cell switching to working condition.
Specifically, when it is described compensation cell traffic load be higher than high load capacity threshold value when, and/or the network quality
When compensating the network quality exception of cell described in data characterization, determines and energy-saving cell is switched into working condition.
For having carried out the energy saving group of suspend mode, Energy-saving Data analysis in analyze all compensated in the energy conservation group it is small
The traffic load and network quality in area change, if occur some compensation cell traffic load excessively high (being more than to wake up thresholding) or
The situation of network quality index exception is then assigned wake-up by energy-saving cell of the cooperation energy-saving execution module into energy saving group and is referred to
It enables, after normal operating conditions is restored in energy-saving cell, partial service can be transferred to energy-saving cell to reduce itself mistake by compensation cell
High traffic load solves the problems, such as network quality.
Wherein, the high load capacity threshold value and underload threshold value can be the same or different, and when different, height is negative
Lotus threshold value needs to be higher than underload threshold value.
Network data acquisition module: the acquisition interface by remotely accessing base station, base station controller, network management device,
The location information of user and the measurement report and traffic load situation of change of each cell are acquired, and in Energy-saving Data analysis module
Report acquisition data；
Energy-saving Data analysis module: according to acquisition data, the overlapping coverage condition of each cell is calculated, finds the section in network
Energy cell and its corresponding compensation cell, and changed by the traffic load of analysis energy-saving cell and compensation cell to cooperation energy-saving
Execution module issues Energy Saving Strategy；
Cooperation energy-saving execution module: according to Energy Saving Strategy, the base station of suspend mode or wake up instruction into mobile network is set
It is standby to issue.
As it can be seen that by using above scheme, it will be able to measurement report is associated with the location information of user equipment, then
By the incidence relation of the signal strength in location information and measurement report, the coverage area of at least one cell is determined；It is based on
The coverage area of each cell, selection obtain energy-saving cell and compensation cell to form energy saving group, finally when energy conservation
Energy-saving cell in cell in a dormant state when, control for the user equipment of energy-saving cell provides compensation cell to service.Such as
This, it will be able to it obtains more accurate minizone and is overlapped coverage；And due to the covering relation that can accurately obtain cell,
It is not only suitable for one energy-saving cell scene of a compensation cell, is also applied for more compensation one energy-saving cell scenes of cell；Further, energy
It is enough based on accurate coverage condition, so that the processing of energy saving group is more accurate, the power consumption of base station is effectively reduced.
Further, the embodiment of the present invention can also provide a kind of energy saver based on cell cooperative, comprising: processor
With the memory for storing the computer program that can be run on a processor,
Wherein, the processor is for executing when running the computer program:
Obtain the measurement report and location information of user equipment in each cell at least one cell；Wherein, institute
It states to include at least in measurement report and has signal strength；
Based on the location information and its measurement report of user equipment in each cell, obtain in each cell
At least one location information and its corresponding signal strength；
Based at least one location information and its signal strength in each cell, determine that each cell is corresponding
Coverage area；
Based on coverage area corresponding at least one cell, selection obtains energy-saving cell and its at least one corresponding benefit
Cell is repaid, the energy-saving cell and its at least one corresponding compensation cell are formed into energy saving group；
When the energy-saving cell in the energy saving group in a dormant state when, by least one of the energy saving group
It compensates cell and provides service for the user equipment in energy-saving cell in a dormant state.
In addition, aforementioned device can also execute each step described in previous embodiment one kind, only no longer carry out here
It repeats.
The embodiment of the present invention can also provide a kind of storage medium, be stored thereon with computer program, wherein the computer
Realization when program is executed by processor:
Obtain the measurement report and location information of user equipment in each cell at least one cell；Wherein, institute
It states to include at least in measurement report and has signal strength；
Based on the location information and its measurement report of user equipment in each cell, obtain in each cell
At least one location information and its corresponding signal strength；
Based at least one location information and its signal strength in each cell, determine that each cell is corresponding
Coverage area；
Based on coverage area corresponding at least one cell, selection obtains energy-saving cell and its at least one corresponding benefit
Cell is repaid, the energy-saving cell and its at least one corresponding compensation cell are formed into energy saving group；
When the energy-saving cell in the energy saving group in a dormant state when, by least one of the energy saving group
It compensates cell and provides service for the user equipment in energy-saving cell in a dormant state.
In addition, aforementioned storage medium can also execute each step described in previous embodiment one, only here no longer
It is repeated.
It should be noted that, in this document, the terms "include", "comprise" or its any other variant are intended to non-row
His property includes, so that the process, method, article or the device that include a series of elements not only include those elements, and
And further include other elements that are not explicitly listed, or further include for this process, method, article or device institute it is intrinsic
Element.In the absence of more restrictions, the element limited by sentence "including a ...", it is not excluded that including being somebody's turn to do
There is also other identical elements in the process, method of element, article or device.
The serial number of the above embodiments of the invention is only for description, does not represent the advantages or disadvantages of the embodiments.
Through the above description of the embodiments, those skilled in the art can be understood that above-described embodiment side
Method can be realized by means of software and necessary general hardware platform, naturally it is also possible to by hardware, but in many cases
The former is more preferably embodiment.Based on this understanding, technical solution of the present invention substantially in other words does the prior art
The part contributed out can be embodied in the form of software products, which is stored in a storage medium
In (such as ROM/RAM, magnetic disk, CD), including some instructions are used so that a terminal device equipment (can be mobile phone, calculate
Machine, device, air conditioner or network equipment etc.) execute method described in each embodiment of the present invention.
The above is only a preferred embodiment of the present invention, is not intended to limit the scope of the invention, all to utilize this hair
Equivalent structure or equivalent flow shift made by bright specification and accompanying drawing content is applied directly or indirectly in other relevant skills
Art field, is included within the scope of the present invention.
Claims (17)
1. a kind of power-economizing method based on cell cooperative, which is characterized in that the described method includes:
Obtain the measurement report and location information of user equipment in each cell at least one cell；Wherein, the survey
Including at least in amount report has signal strength；
Based on the location information and its measurement report of user equipment in each cell, obtain in each cell at least
One location information and its corresponding signal strength；
Based at least one location information and its signal strength in each cell, the corresponding covering of each cell is determined
Range；
Based on coverage area corresponding at least one cell, selection obtains energy-saving cell and its at least one corresponding compensation is small
The energy-saving cell and its at least one corresponding compensation cell are formed energy saving group by area；
When the energy-saving cell in the energy saving group in a dormant state when, by least one compensation of the energy saving group
Cell provides service for the user equipment in energy-saving cell in a dormant state.
2. the method according to claim 1, wherein the position based on user equipment in each cell
Confidence breath and its measurement report, obtain at least one location information and its corresponding signal strength in each cell, comprising:
The corresponding measurement report of the location information of user equipment in each cell is associated, determines the use
The location information of family equipment and its corresponding measurement report；
The location information and the signal strength in the measurement report are associated, to obtain at least one in each cell
A location information and its corresponding signal strength.
3. the method according to claim 1, which is characterized in that described to be based at least one in each cell
Location information and its signal strength determine the corresponding coverage area of each cell, comprising:
From in the corresponding signal strength of at least one location information, selection is greater than signal strength threshold value in each cell
At least one signal strength as reference signal strength；
Based on location information corresponding to the reference signal strength, coverage area corresponding to cell is determined.
4. according to the method described in claim 3, it is characterized in that, described based on position corresponding to the reference signal strength
Information determines coverage area corresponding to cell, further includes:
Judge whether the quantity of the reference signal strength in cell is greater than number threshold value；
If more than the number threshold value, then based on location information corresponding to the reference signal strength, the position is determined
The regional scope of information covering；
Judge whether the regional scope of the location information covering is greater than preset area threshold value；
If more than preset area threshold value, then the regional scope covered the location information is as the corresponding covering of the cell
Range.
5. method according to claim 1-4, which is characterized in that described based on corresponding at least one cell
Coverage area, selection obtain energy-saving cell and its at least one corresponding compensation cell, comprising:
Based on coverage area corresponding at least one cell, the cell for obtaining meeting the first preset condition is chosen as energy saving small
Area；Wherein, the first preset condition characterization cell can be by least one other MPS process；
At least one other cell of the energy-saving cell will be covered, it is small as at least one corresponding compensation of the energy-saving cell
Area.
6. method according to claim 1-5, which is characterized in that the method also includes:
When the energy-saving cell is in running order, based on the traffic load, and/or compensation cell in the energy-saving cell
Network quality data, judge whether the energy-saving cell switching to dormant state；
When the energy-saving cell in a dormant state when, traffic loads in whole compensation cells based on the energy-saving cell
And/or network quality data, judge whether the energy-saving cell switching to working condition.
7. according to the method described in claim 6, it is characterized in that, based in the energy-saving cell traffic load, and/or
The network quality data for compensating cell, judges whether the energy-saving cell switching to dormant state, comprising:
When the traffic load of the energy-saving cell is lower than underload threshold value, and/or described in network quality data characterization
When the network quality of compensation cell is normal, determines and energy-saving cell is switched into dormant state；
Traffic load and/or network quality data in whole compensation cells based on the energy-saving cell, judge whether institute
It states energy-saving cell and switches to working condition, comprising:
When the traffic load of the compensation cell is higher than high load capacity threshold value, and/or described in network quality data characterization
When compensating the network quality exception of cell, determines and energy-saving cell is switched into working condition.
8. a kind of energy saver based on cell cooperative, which is characterized in that described device includes:
Network data acquisition module, for obtain at least one cell in each cell the measurement report of user equipment and
Location information；Wherein, including at least in the measurement report has signal strength；
Energy-saving Data analysis module, for location information and its measurement report based on user equipment in each cell,
Obtain at least one location information and its corresponding signal strength in each cell；Based in each cell at least
One location information and its signal strength determine the corresponding coverage area of each cell；Based on corresponding at least one cell
Coverage area, selection obtain energy-saving cell and its it is corresponding at least one compensation cell, by the energy-saving cell and its correspondence
At least one compensation cell form energy saving group；
Cooperation energy-saving execution module, for when the energy-saving cell in the energy saving group in a dormant state when, by described
At least one compensation cell of energy saving group provides service for the user equipment in energy-saving cell in a dormant state.
9. a kind of energy saver based on cell cooperative, which is characterized in that described device includes:
Communication interface, for obtaining, the measurement report of user equipment and position are believed in each cell at least one cell
Breath；Wherein, including at least in the measurement report has signal strength；
Processor obtains each for location information and its measurement report based on user equipment in each cell
At least one location information and its corresponding signal strength in cell；Believed based at least one position in each cell
Breath and its signal strength, determine the corresponding coverage area of each cell；Based on coverage area corresponding at least one cell,
Selection obtains energy-saving cell and its at least one corresponding compensation cell, by the energy-saving cell and its at least one corresponding benefit
It repays cell and forms energy saving group；When the energy-saving cell in the energy saving group in a dormant state when, it is small by the energy conservation
At least one compensation cell of group provides service for the user equipment in energy-saving cell in a dormant state.
10. device according to claim 9, which is characterized in that the processor, for will be used in each cell
The measurement report that the location information of family equipment is corresponding is associated, and determines the location information and its correspondence of the user equipment
Measurement report；The location information and the signal strength in the measurement report are associated, to obtain each cell
At least one interior location information and its corresponding signal strength.
11. the device according to claim 9, which is characterized in that the processor is used for from each cell
In the corresponding signal strength of interior at least one location information, chooses and be greater than at least one signal strength of signal strength threshold value and make
For reference signal strength；Based on location information corresponding to the reference signal strength, coverage area corresponding to cell is determined.
12. device according to claim 11, which is characterized in that the processor, for judging the reference in cell
Whether the quantity of signal strength is greater than number threshold value；If more than the number threshold value, then the reference signal strength is based on
Corresponding location information determines the regional scope of the location information covering；Judge the area of the location information covering
Whether domain range is greater than preset area threshold value；If more than preset area threshold value, then the region that covers the location information
Range is as the corresponding coverage area of the cell.
13. according to the described in any item devices of claim 9-12, which is characterized in that the processor, for being based at least one
Coverage area corresponding to a cell chooses the cell for obtaining meeting the first preset condition as energy-saving cell；Wherein, described
One preset condition characterizes cell can be by least one other MPS process；At least one other of the energy-saving cell will be covered
Cell, as at least one corresponding compensation cell of the energy-saving cell.
14. according to the described in any item devices of claim 9-12, which is characterized in that the processor, for working as the energy conservation
When cell is in running order, based in the energy-saving cell traffic load, and/or compensate cell network quality data,
Judge whether the energy-saving cell switching to dormant state；
When the energy-saving cell in a dormant state when, traffic loads in whole compensation cells based on the energy-saving cell
And/or network quality data, judge whether the energy-saving cell switching to working condition.
15. device according to claim 14, which is characterized in that processor, it is negative for the business when the energy-saving cell
Lotus be lower than underload threshold value when, and/or the network quality data characterize it is described compensation cell network quality it is normal when,
It determines and energy-saving cell is switched into dormant state；
When the traffic load of the compensation cell is higher than high load capacity threshold value, and/or described in network quality data characterization
When compensating the network quality exception of cell, determines and energy-saving cell is switched into working condition.
16. a kind of energy saver based on cell cooperative, comprising: processor and by store can run on a processor based on
The memory of calculation machine program,
Wherein, the processor is for when running the computer program, perform claim to require the step of any one of 1-7 the method
Suddenly.
17. a kind of storage medium, is stored thereon with computer program, wherein the realization when computer program is executed by processor
The step of any one of claim 1-7 the method.
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| CN112601252A (en) * | 2020-12-07 | 2021-04-02 | 中国联合网络通信集团有限公司 | Energy-saving control method and device |
| CN113132945A (en) * | 2019-12-30 | 2021-07-16 | 中国移动通信集团辽宁有限公司 | Energy-saving scheduling method and system for railway private network base station cell |
| CN113766617A (en) * | 2021-10-27 | 2021-12-07 | 中通服咨询设计研究院有限公司 | 5G-based energy consumption control method and system for Internet of things micro base station group |
| CN114363952A (en) * | 2020-10-14 | 2022-04-15 | 中国移动通信集团设计院有限公司 | Mobile communication network resource allocation method, device and readable storage medium |
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| CN112434885A (en) * | 2020-12-15 | 2021-03-02 | 中国联合网络通信集团有限公司 | Service prediction method and device for energy-saving cell |
| CN112434885B (en) * | 2020-12-15 | 2023-06-06 | 中国联合网络通信集团有限公司 | Service prediction method and device for energy-saving cell |
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