CN106454864A - An antenna covering adjustment deployment method and an ultrawideband multi-mode device - Google Patents
An antenna covering adjustment deployment method and an ultrawideband multi-mode device Download PDFInfo
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- CN106454864A CN106454864A CN201610939522.7A CN201610939522A CN106454864A CN 106454864 A CN106454864 A CN 106454864A CN 201610939522 A CN201610939522 A CN 201610939522A CN 106454864 A CN106454864 A CN 106454864A
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- base station
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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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- 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
- H04W16/24—Cell structures
- H04W16/26—Cell enhancers or enhancement, e.g. for tunnels, building shadow
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W24/00—Supervisory, monitoring or testing arrangements
- H04W24/08—Testing, supervising or monitoring using real traffic
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W88/00—Devices specially adapted for wireless communication networks, e.g. terminals, base stations or access point devices
- H04W88/02—Terminal devices
- H04W88/06—Terminal devices adapted for operation in multiple networks or having at least two operational modes, e.g. multi-mode terminals
Abstract
The invention provides an antenna covering adjustment deployment method and an ultrawideband multi-mode device, relates to the field of network technology and solves problems that ultrawideband multi-mode devices can not carry out antenna covering angle adjustment according to actually covered scenes in the prior art. An antenna covering adjustment deployment method is applied to the ultrawideband multi-mode device. The ultrawideband multi-mode device at least includes two antennas, wherein the horizontal covering scopes of the antennas are different. The antenna covering adjustment deployment method comprises the following steps: the ultra-wideband multimode device acquires the sampling business volume in a predetermined period of time through network performance monitoring carried out on the coverage area of a base station where the ultra-wideband multimode device belongs to; the sampling business volume includes a sampling telephone traffic and a sampling throughput capacity; the ultra-wideband multimode device divides the coverage area of communication cells of the base station according to the sampling business volume; and the ultra-wideband multimode device covers the coverage area of each communication cell of the base station by switching the antennas. The embodiment of the invention is used for the manufacturing of ultrawideband multi-mode devices.
Description
Technical field
The present invention relates to networking technology area, more particularly, to a kind of antenna covers adjustment dispositions method and ultra-wideband multimode sets
Standby.
Background technology
Long Term Evolution (English full name：Long Term Evolution, referred to as：LTE) after large scale deployment, operator wishes
Prestige can be as soon as possible by original second generation mobile communication technical specification (English full name：2-
Generationwirelesstelephonetechnology, referred to as：2G), G mobile communication (English full name：
3rd-Generation, referred to as：3G) user of network moves to LTE network, thus obtaining higher income, but due to
The variation of family colony and diversification, also hardly possible complete in certain period of time, and this means that will protect within a very long time
Hold the coexistent situation of 2G, 3G, LTE, but present network design is subject to dispose resource and cost of investment is limited it is impossible to reality
Existing multiple systems are disposed simultaneously, and this has just expedited the emergence of equipment form and the pattern that an equipment carries multiple types, this equipment one
As possess larger bandwidth, larger power and flexible network formats configuration mode, referred to as wideband multimode device.Wideband multimode
The internal structure of device product is as shown in Figure 1：Public active radio frequency device one end is connected to antenna, and the other end is connected to evolution
Land face wireless access (English full name：Evolved Universal Terrestrial Radio Access, referred to as：E-UTRA)
Functional module, two kinds of wave point (English full name of third generation partner program definition：Universal Terrestrial
Radio Access, referred to as：UTRA) functional module and global system for mobile communications (English full name：Global System for
Mobile Communication, referred to as:GSM (English is complete for)/enhanced data rates global system for mobile communications evolution technology
Claim：Enhanced Data Rate for GSM Evolution, referred to as：EDGE) functional module；Wherein, E-UTRA function mould
Block, UTRA functional module and GSM/EDGE functional module are (the English full name in three kinds of possible radio network techniques：Radio
Access Technology, referred to as：RAT) all combinations；As shown in Figure 1, due to wideband multimode device share same public
Active radio frequency device and same antenna, and the horizontal angle of coverage of antenna of same antenna is also fixing；Should in actual
With during, also differ for different covering scene selected wideband multimode devices：Angle of coverage as horizontal in antenna is
When 120 degree, this configuration mode can meet the environment of most of routine；Due to wideband multimode device public antenna money
Source, during to some special screnes, the horizontal angle of coverage of antenna is that 120 degree of antenna cannot meet this special screne, therefore
Need to change the wideband multimode device of the horizontal angle of coverage of other antennas to meet this special screne.
In sum, in prior art, wideband multimode device exists and cannot carry out antenna covering according to actual covering scene
The problem of angle adjustment.
Content of the invention
Embodiments of the invention provide a kind of antenna to cover adjustment dispositions method and ultra-wideband multimode device, solve existing
In technology, wideband multimode device there is a problem of to carry out antenna coverage angle adjustment according to actual covering scene.
For reaching above-mentioned purpose, embodiments of the invention adopt the following technical scheme that：
First aspect, the embodiment of the present invention provide a kind of antenna to cover adjustment dispositions method, are applied to ultra-wideband multimode and set
Standby, ultra-wideband multimode device includes at least 2 antennas；Wherein, the horizontal coverage of every antenna is different；
Antenna covers adjustment dispositions method and includes：
Ultra-wideband multimode device obtains the sampling industry in scheduled time slot to the network performance monitoring of own base station overlay area
Business amount, sampling portfolio includes sample telephone traffic and sampling handling capacity；
Ultra-wideband multimode device divides according to the coverage of the sampling communication cell to base station for the portfolio；
Ultra-wideband multimode device passes through to switch the coverage of each communication cell of antenna coverage base station.
Specifically, base station is to plan to build base station；
Ultra-wideband multimode device obtains the sampling industry in scheduled time slot to the network performance monitoring of own base station overlay area
After business amount, obtain base station average traffic, base station average traffic includes base station average traffic amount and base station average throughput；
Wherein, base station average traffic be equal to all base stations of the whole network total traffic divided by all base stations of the whole network sum or
Person base station average traffic is equal to the total traffic under a baseband processing unit BBU winding divided by a baseband processing unit
Multiple radio frequency remote unit RRU are carried under the sum of all radio frequency remote unit RRU under BBU winding, wherein BBU winding；
Ultra-wideband multimode device divides according to the coverage of the sampling communication cell to base station for the portfolio；Concrete bag
Include：
Ultra-wideband multimode device is according to the covering model of the sampling portfolio and base station average traffic communication cell to base station
Enclose and divided；Wherein：
When sample portfolio ＜ base station average traffic when, if meet sampling telephone traffic ＜ average traffic amount and sample handle up
During amount ＜ base station average throughput, the coverage of the communication cell of base station is divided into increase horizontal extent region；
If meet sampling telephone traffic ＜ average traffic amount and sampling handling capacity >=base station average throughput, if or meeting
When sampling telephone traffic >=average traffic amount and sampling handling capacity ＜ base station average throughput, if or satisfaction sampling telephone traffic >=flat
When equal telephone traffic and sampling handling capacity >=base station average throughput, the coverage of the communication cell of base station is divided into conventional water
Flat range areas.
Specifically, antenna includes：The antenna of 120 degree of horizontal coverage and the antenna of 180 degree horizontal coverage；
The coverage that ultra-wideband multimode device covers each communication cell by switching antenna specifically includes：
When the coverage of communication cell is conventional levels range areas, ultra-wideband multimode device switches 120 degree of levels
The antenna of coverage is covering the communication cell in the predeterminable area planning to build base station；
When the coverage of communication cell is to increase horizontal extent region, ultra-wideband multimode device switches 180 degree level
The antenna of coverage is covering the communication cell in the predeterminable area planning to build base station.
Specifically, base station is built base station；
Ultra-wideband multimode device obtains the sampling industry in scheduled time slot to the network performance monitoring of own base station overlay area
After business amount, obtain base station average traffic and communication cell average traffic, base station average traffic includes base station and averagely talks about
Business amount and base station average throughput；Communication cell average traffic includes communication cell average traffic amount and communication cell averagely gulps down
The amount of telling；Wherein,
Base station average traffic is equal to the total traffic of all base stations of the whole network divided by the sum of all base stations of the whole network or base
The total traffic that average traffic of standing is equal under a baseband processing unit BBU winding returns divided by a baseband processing unit BBU
Multiple radio frequency remote unit RRU are carried under the sum of all radio frequency remote unit RRU under ring, wherein BBU winding；
Communication cell average traffic is equal to the total traffic of all communication cells of the whole network divided by all communication cells of the whole network
Sum；
Ultra-wideband multimode device divides according to the coverage of the sampling communication cell to base station for the portfolio, concrete bag
Include：
Ultra-wideband multimode device is according to sampling portfolio, base station average traffic and communication cell average traffic to base station
The coverage of communication cell divided；Wherein：
When sampling portfolio ＜ base station average traffic, if meeting sampling telephone traffic ＜ base station average traffic amount and sampling
Handling capacity ＜ base station average throughput and sample telephone traffic ＜ communication cell average traffic amount and handling capacity ＜ communication cell of sampling
During average throughput, the coverage of the communication cell of base station is divided into increase horizontal extent region；
If meeting sampling telephone traffic >=base station average traffic amount and sample handling capacity ＜ base station average throughput and words of sampling
Business amount ＜ communication cell average traffic amount and sample handling capacity ＜ communication cell average throughput when, or sampling telephone traffic ＜ base
Average traffic amount of standing and sample handling capacity >=base station average throughput and the telephone traffic ＜ communication cell average traffic amount and adopting of sampling
During sample handling capacity ＜ communication cell average throughput, if or meet sampling telephone traffic ＜ base station average traffic amount and sample handle up
Amount ＜ base station average throughput and sample telephone traffic >=communication cell average traffic amount and sample handling capacity ＜ communication cell average
During handling capacity, if or meet sampling telephone traffic ＜ base station average traffic amount and the handling capacity ＜ base station average throughput and adopting of sampling
Sample telephone traffic ＜ communication cell average traffic amount and sample handling capacity >=communication cell average throughput when, if or meet sampling
Telephone traffic >=base station average traffic amount and sample handling capacity >=base station average throughput and sample telephone traffic >=communication cell average
When telephone traffic and sampling handling capacity >=communication cell average throughput, the coverage of the communication cell of base station is divided into routine
Horizontal extent region.
Specifically, antenna includes：The antenna of 120 degree of horizontal coverage and the antenna of 180 degree horizontal coverage；
The coverage that ultra-wideband multimode device covers each communication cell by switching antenna specifically includes：
When the coverage of communication cell is conventional levels range areas, ultra-wideband multimode device switches 120 degree of levels
The antenna of coverage is covering the communication cell in the predeterminable area of built base station；
When the coverage of communication cell is to increase horizontal extent region, ultra-wideband multimode device switches 180 degree level
The antenna of coverage is covering the communication cell in the predeterminable area of built base station.
Second aspect, the embodiment of the present invention provide a kind of ultra-wideband multimode device, including：
Signal transmitting and receiving unit, for reception and sending signal；Wherein, signal transmitting and receiving unit include at least 2 antennas, every
The horizontal coverage of antenna is different；
Data collection module, for the sampling in the network performance monitoring acquisition scheduled time slot to own base station overlay area
Portfolio, sampling portfolio includes sample telephone traffic and sampling handling capacity；
Processing unit, for dividing according to the coverage of the sampling communication cell to base station for the portfolio；
Dispensing unit, for the coverage of each communication cell by switching antenna coverage base station.
Specifically, base station is to plan to build base station；
Ultra-wideband multimode device also includes：
Acquiring unit, for obtaining base station average traffic, base station average traffic includes base station average traffic amount and base
Stand average throughput；Wherein, base station average traffic is equal to the total traffic of all base stations of the whole network divided by all base stations of the whole network
Sum or base station average traffic be equal to a baseband processing unit BBU winding under total traffic divided by a Base-Band Processing
Multiple radio frequency remote unit RRU are carried under the sum of all radio frequency remote unit RRU under unit B BU winding, wherein BBU winding；
Processing unit is specifically for according to the covering of the sampling portfolio and base station average traffic communication cell to base station
Scope is divided；Wherein：
When sample portfolio ＜ base station average traffic when, if meet sampling telephone traffic ＜ average traffic amount and sample handle up
During amount ＜ base station average throughput, the coverage of the communication cell of base station is divided into increase horizontal extent region；
If meet sampling telephone traffic ＜ average traffic amount and sampling handling capacity >=base station average throughput, if or meeting
When sampling telephone traffic >=average traffic amount and sampling handling capacity ＜ base station average throughput, if or satisfaction sampling telephone traffic >=flat
When equal telephone traffic and sampling handling capacity >=base station average throughput, the coverage of the communication cell of base station is divided into conventional water
Flat range areas.
Specifically, antenna includes：The antenna of 120 degree of horizontal coverage and the antenna of 180 degree horizontal coverage；
Dispensing unit specifically for, when communication cell coverage be conventional levels range areas when, ultra-wideband multimode
Equipment switches the antenna of 120 degree of horizontal coverage covering the communication cell in the predeterminable area planning to build base station；
When the coverage of communication cell is to increase horizontal extent region, ultra-wideband multimode device switches 180 degree level
The antenna of coverage is covering the communication cell in the predeterminable area planning to build base station.
Specifically, base station is built base station；
Ultra-wideband multimode device also includes：
Acquiring unit, for obtaining base station average traffic；Base station average traffic includes base station average traffic amount and base
Stand average throughput；
Wherein, base station average traffic be equal to all base stations of the whole network total traffic divided by all base stations of the whole network sum or
Person base station average traffic is equal to the total traffic under a baseband processing unit BBU winding divided by a baseband processing unit
Multiple radio frequency remote unit RRU are carried under the sum of all radio frequency remote unit RRU under BBU winding, wherein BBU winding；
Acquiring unit is additionally operable to, and obtains communication cell average traffic；Communication cell average traffic includes communication cell
Average traffic amount and communication cell average throughput；
Wherein, communication cell average traffic is equal to the total traffic of all communication cells of the whole network divided by all communication of the whole network
The sum of cell；
Processing unit is specifically for according to sampling portfolio, base station average traffic and communication cell average traffic pair
The coverage of the communication cell of base station is divided；Wherein：
When sampling portfolio ＜ base station average traffic, if meeting sampling telephone traffic ＜ base station average traffic amount and sampling
Handling capacity ＜ base station average throughput and sample telephone traffic ＜ communication cell average traffic amount and handling capacity ＜ communication cell of sampling
During average throughput, the coverage of the communication cell of base station is divided into increase horizontal extent region；
If meeting sampling telephone traffic >=base station average traffic amount and sample handling capacity ＜ base station average throughput and words of sampling
Business amount ＜ communication cell average traffic amount and sample handling capacity ＜ communication cell average throughput when, or sampling telephone traffic ＜ base
Average traffic amount of standing and sample handling capacity >=base station average throughput and the telephone traffic ＜ communication cell average traffic amount and adopting of sampling
During sample handling capacity ＜ communication cell average throughput, if or meet sampling telephone traffic ＜ base station average traffic amount and sample handle up
Amount ＜ base station average throughput and sample telephone traffic >=communication cell average traffic amount and sample handling capacity ＜ communication cell average
During handling capacity, if or meet sampling telephone traffic ＜ base station average traffic amount and the handling capacity ＜ base station average throughput and adopting of sampling
Sample telephone traffic ＜ communication cell average traffic amount and sample handling capacity >=communication cell average throughput when, if or meet sampling
Telephone traffic >=base station average traffic amount and sample handling capacity >=base station average throughput and sample telephone traffic >=communication cell average
When telephone traffic and sampling handling capacity >=communication cell average throughput, the coverage of the communication cell of base station is divided into routine
Horizontal extent region.
Specifically, antenna includes：The antenna of 120 degree of horizontal coverage and the antenna of 180 degree horizontal coverage；
Dispensing unit specifically for, when communication cell coverage be conventional levels range areas when, ultra-wideband multimode
Equipment switches the antenna of 120 degree of horizontal coverage covering the communication cell in the predeterminable area of built base station；
When the coverage of communication cell is to increase horizontal extent region, ultra-wideband multimode device switches 180 degree level
The antenna of coverage is covering the communication cell in the predeterminable area of built base station.
The embodiment of the present invention provides a kind of antenna to cover adjustment dispositions method and ultra-wideband multimode device, and antenna covers adjustment
Dispositions method, is applied to ultra-wideband multimode device, and ultra-wideband multimode device includes at least 2 antennas；Wherein, the water of every antenna
Flat angle of coverage is different；Therefore ultra-wideband multimode device can possess the ability of different antennae angle of coverage；Ultra-wideband multimode sets
For the sampling portfolio in the network performance monitoring acquisition scheduled time slot to own base station overlay area and according to sampling portfolio
The coverage of the communication cell of base station is divided；Thus according to divide result switch different antennas cover pre-
If the communication cell in region；Because the horizontal angle of coverage of every antenna is different, therefore ultra-wideband multimode device can be according to covering
The change of lid scene, selects different antennas to cover corresponding scene, need not change wideband multimode device, thus solving existing
The problem of antenna coverage angle adjustment cannot be carried out with the presence of wideband multimode device in technology according to actual covering scene.
Brief description
In order to be illustrated more clearly that the embodiment of the present invention or technical scheme of the prior art, below will be to embodiment or existing
Have technology description in required use accompanying drawing be briefly described it should be apparent that, drawings in the following description be only this
Some embodiments of invention, for those of ordinary skill in the art, on the premise of not paying creative work, acceptable
Other accompanying drawings are obtained according to these accompanying drawings.
Fig. 1 is the structural representation of wideband multimode device in prior art；
Fig. 2 is that a kind of antenna provided in an embodiment of the present invention covers adjustment dispositions method flow chart；
Fig. 3 is that another kind antenna provided in an embodiment of the present invention covers adjustment dispositions method flow chart；
Fig. 4 is that another antenna provided in an embodiment of the present invention covers adjustment dispositions method flow chart；
Fig. 5 is the structural representation of ultra-wideband multimode device provided in an embodiment of the present invention；
Fig. 6 is another kind of structural representation of ultra-wideband multimode device provided in an embodiment of the present invention.
Reference：
Ultra-wideband multimode device -10；
Signal transmitting and receiving unit -1010；
Data collection module -1020；
Processing unit -1030；
Dispensing unit -1040；
Acquiring unit -1050.
Specific embodiment
Below in conjunction with the accompanying drawing in the embodiment of the present invention, the technical scheme in the embodiment of the present invention is carried out clear, complete
Site preparation description is it is clear that described embodiment is only a part of embodiment of the present invention, rather than whole embodiments.It is based on
Embodiment in the present invention, it is every other that those of ordinary skill in the art are obtained under the premise of not making creative work
Embodiment, broadly falls into the scope of protection of the invention.
The embodiment of the present invention provides a kind of antenna to cover adjustment dispositions method and ultra-wideband multimode device, and antenna covers adjustment
Dispositions method, is applied to ultra-wideband multimode device, and ultra-wideband multimode device includes at least 2 antennas；Wherein, the water of every antenna
Flat angle of coverage is different；Therefore ultra-wideband multimode device can possess the ability of different antennae angle of coverage；Ultra-wideband multimode sets
For the sampling portfolio in the network performance monitoring acquisition scheduled time slot to own base station overlay area and according to sampling portfolio
The coverage of the communication cell of base station is divided；Thus according to divide result switch different antennas cover pre-
If the communication cell in region；Because the horizontal angle of coverage of every antenna is different, therefore ultra-wideband multimode device can be according to covering
The change of lid scene, selects different antennas to cover corresponding scene, need not change wideband multimode device, thus solving existing
The problem of antenna coverage angle adjustment cannot be carried out with the presence of wideband multimode device in technology according to actual covering scene.
Embodiment one, the embodiment of the present invention provide a kind of antenna to cover adjustment dispositions method, are applied to ultra-wideband multimode and set
Standby 10, ultra-wideband multimode device 10 includes at least 2 antennas；Wherein, the horizontal coverage of every antenna is different；
Antenna covers adjustment dispositions method and includes as shown in Figure 2：
S101, ultra-wideband multimode device 10 obtain in scheduled time slot to the network performance monitoring of own base station overlay area
Sampling portfolio, sampling portfolio includes sample telephone traffic and sampling handling capacity；
S102, ultra-wideband multimode device 10 carry out drawing according to the coverage of the sampling communication cell to base station for the portfolio
Point；
S103, ultra-wideband multimode device 10 pass through to switch the coverage of each communication cell of antenna coverage base station.
The embodiment of the present invention provides a kind of antenna to cover adjustment dispositions method, is applied to ultra-wideband multimode device, ultra-wideband
Multimode device includes at least 2 antennas；Wherein, the horizontal angle of coverage of every antenna is different；Therefore ultra-wideband multimode device can
To possess the ability of different antennae angle of coverage；Ultra-wideband multimode device obtains to the network performance monitoring of own base station overlay area
Take the sampling portfolio in scheduled time slot and divided according to the coverage of the sampling communication cell to base station for the portfolio；From
And the communication cell that different antennas cover predeterminable area is switched according to the result dividing；Level due to every antenna is covered
Lid angle is different, and therefore ultra-wideband multimode device can select different antennas to cover correspondence according to the change of covering scene
Scene, wideband multimode device need not be changed, thus solve in prior art that wideband multimode device exists cannot be according to reality
Covering scene carry out the problem of antenna coverage angle adjustment.
Embodiment two, the embodiment of the present invention provide a kind of antenna to cover adjustment dispositions method, as shown in Figure 3 and Figure 4, specifically
Implementation as follows：
Scene one, the embodiment of the present invention provide a kind of antenna to cover adjustment dispositions method, are applied to ultra-wideband multimode device
10, ultra-wideband multimode device 10 includes at least 2 antennas；Wherein, the horizontal coverage of every antenna is different.
Specifically, base station is to plan to build base station.
Specifically, antenna includes：The antenna of 120 degree of horizontal coverage and the antenna of 180 degree horizontal coverage.
Antenna covers adjustment dispositions method and includes as shown in Figure 3：
S1010, ultra-wideband multimode device 10 obtain in scheduled time slot to the network performance monitoring of own base station overlay area
Sampling portfolio, sampling portfolio include sample telephone traffic and sampling handling capacity.
It should be noted that in S1010, obtaining sampling portfolio, can be by using the crucial achievement based on cell level
Effect index (English full name：Key Performance Indicator, referred to as：KPI) sampling instrument, by gathering certain time
Section handling capacity and telephone traffic (such as with the moon as granularity, the continuous acquisition data of 3 months) need to set using ultra-wideband multimode to represent
Service conditions in standby 10 own base station overlay area；Wherein it is possible to by using lattice statistical method, extract work using KPI
Tool extracts handling capacity and the telephone traffic of correlation to the base-station environment needing to build.
It is designated as Va by calculating the whole handling capacities in grid and whole telephone traffic, n (L, H), wherein L are handling capacity
(Mbps), H is telephone traffic (Erl), and Va, n represent and plan to build the traffic case that base station a was at n-th month；Assume the week of continuous acquisition
When phase is 3 months, the business in 3 months is compared, then planning to build traffic case within this stage for the base station a is：
Va, max (L, H) are equal to Max (V1 (L), V2 (L), V3 (L)), Max (V1 (H), V2 (H), V3 (H)).
S1020, acquisition base station average traffic, base station average traffic includes base station average traffic amount and base station averagely gulps down
The amount of telling.
Wherein, base station average traffic be equal to all base stations of the whole network total traffic divided by all base stations of the whole network sum or
Person base station average traffic is equal to the total traffic under a baseband processing unit BBU winding divided by a baseband processing unit
Multiple radio frequency remote unit RRU are carried under the sum of all radio frequency remote unit RRU under BBU winding, wherein BBU winding.
S1030, ultra-wideband multimode device 10 are according to the sampling portfolio and base station average traffic communication cell to base station
Coverage divided；Wherein：
When sample portfolio ＜ base station average traffic when, if meet sampling telephone traffic ＜ average traffic amount and sample handle up
During amount ＜ base station average throughput, the coverage of the communication cell of base station is divided into increase horizontal extent region；
If meet sampling telephone traffic ＜ average traffic amount and sampling handling capacity >=base station average throughput, if or meeting
When sampling telephone traffic >=average traffic amount and sampling handling capacity ＜ base station average throughput, if or satisfaction sampling telephone traffic >=flat
When equal telephone traffic and sampling handling capacity >=base station average throughput, the coverage of the communication cell of base station is divided into conventional water
Flat range areas.
It should be noted that to the scene planning to build base station, direct access intends portfolio Va in the range of deployment, max (L,
H)；
If (average traffic is equal to all base stations of the whole network to this zone leveling portfolio of portfolio ＜ in construction area
Total traffic is equal to total under a baseband processing unit BBU winding divided by the sum of all base stations of the whole network or average traffic
Portfolio is divided by the sum of all radio frequency remote unit RRU under a baseband processing unit BBU winding, wherein BBU winding lower band
Have multiple radio frequency remote unit RRU), and need to compare telephone traffic and handling capacity it is desirable to both this zone leveling business of ＜
Amount, i.e. Va, max (L) ＜ zone leveling handling capacity and Va, are labeled as during max (H) ＜ zone leveling telephone traffic increasing horizontal extent
Cell, other are labeled as conventional levels range cell.
S1040, ultra-wideband multimode device 10 cover the coverage of each communication cell by switching antenna, wherein:
When the coverage of communication cell is conventional levels range areas, ultra-wideband multimode device 10 switches 120 degree of water
The antenna of flat coverage is covering the communication cell in the predeterminable area planning to build base station.
When the coverage of communication cell is to increase horizontal extent region, ultra-wideband multimode device 10 switches 180 degree water
The antenna of flat coverage is covering the communication cell in the predeterminable area planning to build base station.
The embodiment of the present invention provides a kind of antenna to cover adjustment dispositions method, is applied to ultra-wideband multimode device, ultra-wideband
Multimode device includes at least 2 antennas；Wherein, the horizontal angle of coverage of every antenna is different；Therefore ultra-wideband multimode device can
To possess the ability of different antennae angle of coverage；Because base station is to plan to build base station, therefore ultra-wideband multimode device needs to affiliated
The network performance monitoring of base station coverage area obtains the sampling portfolio in scheduled time slot；Also need to obtain base station average traffic
Amount；And divided according to the coverage of the sampling portfolio and base station average traffic communication cell to base station；Thus root
To switch the communication cell that different antennas to cover predeterminable area according to the result dividing；Horizontal cone of coverage due to every antenna
Degree is different, and therefore ultra-wideband multimode device can select different antennas to cover corresponding field according to the change of covering scene
Scape, need not change wideband multimode device, thus solve wideband multimode device in prior art and existing and cannot be covered according to actual
Lid scene carries out the problem of antenna coverage angle adjustment.
Scene two, the embodiment of the present invention provide a kind of antenna to cover adjustment dispositions method, are applied to ultra-wideband multimode device
10, ultra-wideband multimode device 10 includes at least 2 antennas；Wherein, the horizontal coverage of every antenna is different.
Specifically, base station is to plan to build base station.
Specifically, antenna includes：The antenna of 120 degree of horizontal coverage and the antenna of 180 degree horizontal coverage.
Antenna covers adjustment dispositions method, includes as shown in Figure 4：
S1011, ultra-wideband multimode device 10 obtain in scheduled time slot to the network performance monitoring of own base station overlay area
Sampling portfolio, sampling portfolio include sample telephone traffic and sampling handling capacity.
It should be noted that in S1011, obtaining sampling portfolio, can be by using the crucial achievement based on cell level
Effect index (English full name：Key Performance Indicator, referred to as：KPI) sampling instrument, by gathering certain time
Section handling capacity and telephone traffic (such as with the moon as granularity, the continuous acquisition data of 3 months) need to set using ultra-wideband multimode to represent
Service conditions in standby 10 own base station overlay area；Wherein, existing base station is only carried out changing ultra-wideband multimode device
10 scene, obtains handling capacity and the telephone traffic of 3 conventional sectors (cell) of this base station using KPI sampling instrument.
Assume to be carried out continuously the data acquisition of 3 months, being wherein intended that with each cell in RRU base station of continuous acquisition 3 months
Handling capacity and telephone traffic, are designated as Vm respectively, and n (L, H), wherein L are handling capacity (Mbps), H is telephone traffic (Erl), and Vm, n represent m
The cell traffic case of n-th month.
Business in 3 each moons of each cell is compared：Vm, Max (L, H)=Max (V1 (L), V2 (L), V3
(L)), Max (V1 (H), V2 (H), V3 (H)) is the portfolio in this stage for each cell.
S1021, acquisition base station average traffic and communication cell average traffic, base station average traffic includes base station puts down
All telephone traffic and base station average throughputs；Communication cell average traffic includes communication cell average traffic amount and communication cell is put down
All handling capacities；Wherein,
Base station average traffic is equal to the total traffic of all base stations of the whole network divided by the sum of all base stations of the whole network or base
The total traffic that average traffic of standing is equal under a baseband processing unit BBU winding returns divided by a baseband processing unit BBU
Multiple radio frequency remote unit RRU are carried under the sum of all radio frequency remote unit RRU under ring, wherein BBU winding.
Communication cell average traffic is equal to the total traffic of all communication cells of the whole network divided by all communication cells of the whole network
Sum.
S1031, ultra-wideband multimode device 10 are according to sampling portfolio, base station average traffic and communication cell average traffic
Amount divides to the coverage of the communication cell of base station；Wherein：
When sampling portfolio ＜ base station average traffic, if meeting sampling telephone traffic ＜ base station average traffic amount and sampling
Handling capacity ＜ base station average throughput and sample telephone traffic ＜ communication cell average traffic amount and handling capacity ＜ communication cell of sampling
During average throughput, the coverage of the communication cell of base station is divided into increase horizontal extent region.
If meeting sampling telephone traffic >=base station average traffic amount and sample handling capacity ＜ base station average throughput and words of sampling
Business amount ＜ communication cell average traffic amount and sample handling capacity ＜ communication cell average throughput when, or sampling telephone traffic ＜ base
Average traffic amount of standing and sample handling capacity >=base station average throughput and the telephone traffic ＜ communication cell average traffic amount and adopting of sampling
During sample handling capacity ＜ communication cell average throughput, if or meet sampling telephone traffic ＜ base station average traffic amount and sample handle up
Amount ＜ base station average throughput and sample telephone traffic >=communication cell average traffic amount and sample handling capacity ＜ communication cell average
During handling capacity, if or meet sampling telephone traffic ＜ base station average traffic amount and the handling capacity ＜ base station average throughput and adopting of sampling
Sample telephone traffic ＜ communication cell average traffic amount and sample handling capacity >=communication cell average throughput when, if or meet sampling
Telephone traffic >=base station average traffic amount and sample handling capacity >=base station average throughput and sample telephone traffic >=communication cell average
When telephone traffic and sampling handling capacity >=communication cell average throughput, the coverage of the communication cell of base station is divided into routine
Horizontal extent region.
It should be noted that only needing to change the region of ultra-wideband multimode device for having built base station, except requiring
Ensure that base station average traffic is less than average area portfolio, also for ensureing that each cell business volume ＜ the whole network cell is average
Situation, thus avoid the occurrence of individual cells portfolio greatly other same few situations of other cell business volume of standing.Wherein when
Meet Va, max (L)<Base station average throughput and Va in region, max (H)<Base station average traffic amount and Vm in region, Max (L)
<Cell average throughput and Vm in region, Max (H)<In region during cell average traffic amount, it is masked as increase horizontal extent little
Area, other are labeled as conventional levels range cell；Wherein m is whole cell mark of this base station
S1041, ultra-wideband multimode device 10 cover the coverage of each communication cell by switching antenna, wherein：When
When the coverage of communication cell is conventional levels range areas, ultra-wideband multimode device 10 switches 120 degree of horizontal coverage
Antenna covering the communication cell in the predeterminable area of built base station.
When the coverage of communication cell is to increase horizontal extent region, ultra-wideband multimode device 10 switches 180 degree water
The antenna of flat coverage is covering the communication cell in the predeterminable area of built base station.
The embodiment of the present invention provides a kind of antenna to cover adjustment dispositions method, is applied to ultra-wideband multimode device, ultra-wideband
Multimode device includes at least 2 antennas；Wherein, the horizontal angle of coverage of every antenna is different；Therefore ultra-wideband multimode device can
To possess the ability of different antennae angle of coverage；Because base station is built base station, therefore ultra-wideband multimode device needs to affiliated
The network performance monitoring of base station coverage area obtains the sampling portfolio in scheduled time slot；Also need to obtain base station average traffic
With communication cell average traffic；And according to sampling portfolio, base station average traffic and communication cell average traffic to base
The coverage of the communication cell stood is divided；Thus different antennas are switched according to the result dividing cover preset areas
The communication cell in domain；Because the horizontal angle of coverage of every antenna is different, therefore ultra-wideband multimode device can be according to covering field
The change of scape, selecting different antennas to cover corresponding scene, need not changing wideband multimode device, thus solving existing skill
In art, wideband multimode device there is a problem of to carry out antenna coverage angle adjustment according to actual covering scene.
Embodiment three, the embodiment of the present invention provide a kind of ultra-wideband multimode device 10 as shown in figure 5, including：
Signal transmitting and receiving unit 1010, for reception and sending signal；Wherein, signal transmitting and receiving unit includes at least 2 antennas,
The horizontal coverage of every antenna is different.
Data collection module 1020, in the network performance monitoring acquisition scheduled time slot to own base station overlay area
Sampling portfolio, sampling portfolio includes sample telephone traffic and sampling handling capacity.
Processing unit 1030, for dividing according to the coverage of the sampling communication cell to base station for the portfolio.
Dispensing unit 1040, for the coverage of each communication cell by switching antenna coverage base station.
The embodiment of the present invention provides a kind of ultra-wideband multimode device, is used for receiving including signal transmitting and receiving unit and sends letter
Number；Wherein, signal transmitting and receiving unit includes at least 2 antennas, and the horizontal coverage of every antenna is different；Therefore ultra-wideband multimode
Equipment can possess the ability of different antennae angle of coverage；Data collection module needs the internetworking to own base station overlay area
Monitoring can obtain the sampling portfolio in scheduled time slot；Processing unit is according to the covering of the sampling communication cell to base station for the portfolio
Scope is divided；Dispensing unit switches, according to the result dividing, the communication cell that different antennas cover predeterminable area；
Because the horizontal angle of coverage of every antenna is different, therefore ultra-wideband multimode device can select according to the change of covering scene
Different antennas, to cover corresponding scene, need not change wideband multimode device, thus solving wideband multimode in prior art
Equipment there is a problem of to carry out antenna coverage angle adjustment according to actual covering scene.
Example IV, the embodiment of the present invention provide a kind of ultra-wideband multimode device 10, concrete implementation mode as shown in Figure 6
As follows：
Scene one, the embodiment of the present invention provide a kind of ultra-wideband multimode device 10, as shown in fig. 6, including：
Signal transmitting and receiving unit 1010, for reception and sending signal；Wherein, signal transmitting and receiving unit includes at least 2 antennas,
The horizontal coverage of every antenna is different.
Specifically, base station is to plan to build base station.
Specifically, antenna includes：The antenna of 120 degree of horizontal coverage and the antenna of 180 degree horizontal coverage.
Acquiring unit 1050, for obtaining base station average traffic, base station average traffic includes base station average traffic amount
With base station average throughput；Wherein, base station average traffic is equal to the total traffic of all base stations of the whole network divided by all bases of the whole network
The sum stood or base station average traffic are equal to total traffic under a baseband processing unit BBU winding divided by a base band
The sum of all radio frequency remote unit RRU under processing unit BBU winding, carries multiple Remote Radio Unit wherein under BBU winding
RRU.
Data collection module 1020, in the network performance monitoring acquisition scheduled time slot to own base station overlay area
Sampling portfolio, sampling portfolio includes sample telephone traffic and sampling handling capacity.
Processing unit 1030, for the covering according to the sampling portfolio and base station average traffic communication cell to base station
Scope is divided；Wherein：
When sample portfolio ＜ base station average traffic when, if meet sampling telephone traffic ＜ average traffic amount and sample handle up
During amount ＜ base station average throughput, the coverage of the communication cell of base station is divided into increase horizontal extent region.
If meet sampling telephone traffic ＜ average traffic amount and sampling handling capacity >=base station average throughput, if or meeting
When sampling telephone traffic >=average traffic amount and sampling handling capacity ＜ base station average throughput, if or satisfaction sampling telephone traffic >=flat
When equal telephone traffic and sampling handling capacity >=base station average throughput, the coverage of the communication cell of base station is divided into conventional water
Flat range areas.
Dispensing unit 1040, for when communication cell coverage be conventional levels range areas when, ultra-wideband multimode
Equipment 10 switches the antenna of 120 degree of horizontal coverage covering the communication cell in the predeterminable area planning to build base station.
When the coverage of communication cell is to increase horizontal extent region, ultra-wideband multimode device 10 switches 180 degree water
The antenna of flat coverage is covering the communication cell in the predeterminable area planning to build base station.
The embodiment of the present invention provides a kind of ultra-wideband multimode device, is used for receiving including signal transmitting and receiving unit and sends letter
Number；Wherein, signal transmitting and receiving unit includes at least 2 antennas, and the horizontal coverage of every antenna is different；Therefore ultra-wideband multimode
Equipment can possess the ability of different antennae angle of coverage；Base station is to plan to build base station；Data collection module needs to own base station
The network performance monitoring of overlay area obtains the sampling portfolio in scheduled time slot；Acquiring unit is used for obtaining base station average traffic
Amount；Processing unit divides according to the coverage of sampling portfolio, the communication cell to base station for the base station average traffic；Join
Put unit and the communication cell that different antennas cover predeterminable area is switched according to the result dividing；Water due to every antenna
Flat angle of coverage is different, and therefore ultra-wideband multimode device can select different antennas to cover according to the change of covering scene
Corresponding scene, need not change wideband multimode device, thus solving, the presence of wideband multimode device cannot basis in prior art
Actual covering scene carries out the problem of antenna coverage angle adjustment.
Scene two, the embodiment of the present invention provide a kind of ultra-wideband multimode device 10, as shown in fig. 6, including：
Signal transmitting and receiving unit 1010, for reception and sending signal；Wherein, signal transmitting and receiving unit includes at least 2 antennas,
The horizontal coverage of every antenna is different.
Specifically, base station is built base station.
Specifically, antenna includes：The antenna of 120 degree of horizontal coverage and the antenna of 180 degree horizontal coverage.
Acquiring unit 1050, for obtaining base station average traffic；Base station average traffic includes base station average traffic amount
With base station average throughput.
Wherein, base station average traffic be equal to all base stations of the whole network total traffic divided by all base stations of the whole network sum or
Person base station average traffic is equal to the total traffic under a baseband processing unit BBU winding divided by a baseband processing unit
Multiple radio frequency remote unit RRU are carried under the sum of all radio frequency remote unit RRU under BBU winding, wherein BBU winding.
Acquiring unit 1050 is additionally operable to, and obtains communication cell average traffic；Communication cell average traffic includes communicating
Cell average traffic amount and communication cell average throughput；
Wherein, communication cell average traffic is equal to the total traffic of all communication cells of the whole network divided by all communication of the whole network
The sum of cell.
Data collection module 1020, in the network performance monitoring acquisition scheduled time slot to own base station overlay area
Sampling portfolio, sampling portfolio includes sample telephone traffic and sampling handling capacity.
Processing unit 1030, for according to sampling portfolio, base station average traffic and communication cell average traffic pair
The coverage of the communication cell of base station is divided；Wherein：
When sampling portfolio ＜ base station average traffic, if meeting sampling telephone traffic ＜ base station average traffic amount and sampling
Handling capacity ＜ base station average throughput and sample telephone traffic ＜ communication cell average traffic amount and handling capacity ＜ communication cell of sampling
During average throughput, the coverage of the communication cell of base station is divided into increase horizontal extent region.
If meeting sampling telephone traffic >=base station average traffic amount and sample handling capacity ＜ base station average throughput and words of sampling
Business amount ＜ communication cell average traffic amount and sample handling capacity ＜ communication cell average throughput when, or sampling telephone traffic ＜ base
Average traffic amount of standing and sample handling capacity >=base station average throughput and the telephone traffic ＜ communication cell average traffic amount and adopting of sampling
During sample handling capacity ＜ communication cell average throughput, if or meet sampling telephone traffic ＜ base station average traffic amount and sample handle up
Amount ＜ base station average throughput and sample telephone traffic >=communication cell average traffic amount and sample handling capacity ＜ communication cell average
During handling capacity, if or meet sampling telephone traffic ＜ base station average traffic amount and the handling capacity ＜ base station average throughput and adopting of sampling
Sample telephone traffic ＜ communication cell average traffic amount and sample handling capacity >=communication cell average throughput when, if or meet sampling
Telephone traffic >=base station average traffic amount and sample handling capacity >=base station average throughput and sample telephone traffic >=communication cell average
When telephone traffic and sampling handling capacity >=communication cell average throughput, the coverage of the communication cell of base station is divided into routine
Horizontal extent region.
Dispensing unit 1040, for when communication cell coverage be conventional levels range areas when, ultra-wideband multimode
Equipment 10 switches the antenna of 120 degree of horizontal coverage covering the communication cell in the predeterminable area of built base station.
When the coverage of communication cell is to increase horizontal extent region, ultra-wideband multimode device 10 switches 180 degree water
The antenna of flat coverage is covering the communication cell in the predeterminable area of built base station.
The embodiment of the present invention provides a kind of ultra-wideband multimode device, is used for receiving including signal transmitting and receiving unit and sends letter
Number；Wherein, signal transmitting and receiving unit includes at least 2 antennas, and the horizontal coverage of every antenna is different；Therefore ultra-wideband multimode
Equipment can possess the ability of different antennae angle of coverage；Data collection module needs the internetworking to own base station overlay area
Monitoring can obtain the sampling portfolio in scheduled time slot；Processing unit is according to sampling portfolio, base station average traffic and communication
The coverage of the communication cell to base station for the cell average traffic divides；Dispensing unit switches according to the result dividing
Different antennas is covering the communication cell of predeterminable area；Because the horizontal angle of coverage of every antenna is different, therefore ultra-wideband
Multimode device can select different antennas to cover corresponding scene, need not change wideband many according to the change of covering scene
Mould equipment, thus solve wideband multimode device in prior art and existing and cannot carry out antenna covering according to actual covering scene
The problem of angle adjustment.
The above, the only specific embodiment of the present invention, but protection scope of the present invention is not limited thereto, and any
Those familiar with the art the invention discloses technical scope in, change or replacement can be readily occurred in, all should contain
Cover within protection scope of the present invention.Therefore, protection scope of the present invention should be defined by described scope of the claims.
Claims (10)
1. a kind of antenna covers adjustment dispositions method, is applied to ultra-wideband multimode device it is characterised in that described ultra-wideband multimode
Equipment includes at least 2 antennas；Wherein, the horizontal coverage of every described antenna is different；
Described antenna covers adjustment dispositions method and includes：
The network performance monitoring to own base station overlay area for the described ultra-wideband multimode device, obtains the sampling industry in scheduled time slot
Business amount, described sampling portfolio includes sample telephone traffic and sampling handling capacity；
Described ultra-wideband multimode device carries out drawing according to the coverage of the described sampling communication cell to described base station for the portfolio
Point；
Described ultra-wideband multimode device passes through to switch the coverage of each communication cell that antenna covers described base station.
2. antenna according to claim 1 covers adjustment dispositions method it is characterised in that described base station is to plan to build base station；
Described ultra-wideband multimode device obtains the sampling industry in scheduled time slot to the network performance monitoring of own base station overlay area
After business amount, obtain base station average traffic, described base station average traffic includes base station average traffic amount and base station averagely gulps down
The amount of telling；
Wherein, described base station average traffic be equal to all base stations of the whole network total traffic divided by all base stations of the whole network sum or
Base station average traffic described in person is equal to the total traffic under a baseband processing unit BBU winding divided by a Base-Band Processing list
The sum of all radio frequency remote unit RRU under first BBU winding, carries multiple Remote Radio Unit under wherein said BBU winding
RRU；
Described ultra-wideband multimode device carries out drawing according to the coverage of the described sampling communication cell to described base station for the portfolio
Point；Specifically include：
Described ultra-wideband multimode device is according to the described sampling portfolio and described base station average traffic communication to described base station
The coverage of cell is divided；Wherein：
When base station average traffic described in described sampling portfolio ＜, if meeting sampling telephone traffic ＜ average traffic amount and sampling
During the average throughput of handling capacity ＜ base station, the coverage of the communication cell of described base station is divided into increase horizontal extent area
Domain；
If meet sampling telephone traffic ＜ average traffic amount and sampling handling capacity >=base station average throughput, if or meeting sampling
When telephone traffic >=average traffic amount and sampling handling capacity ＜ base station average throughput, if or meeting sampling telephone traffic >=average words
When business amount and sampling handling capacity >=base station average throughput, the coverage of the communication cell of described base station is divided into conventional water
Flat range areas.
3. antenna according to claim 2 covers adjustment dispositions method it is characterised in that described antenna includes：120 degree of water
The antenna of flat coverage and the antenna of 180 degree horizontal coverage；
The coverage that described ultra-wideband multimode device covers each communication cell described by switching antenna specifically includes：
When the coverage of described communication cell is conventional levels range areas, described ultra-wideband multimode device switches 120 degree
The antenna of horizontal coverage is planning to build the communication cell in the predeterminable area of base station described in covering；
When the coverage of described communication cell is to increase horizontal extent region, described ultra-wideband multimode device switches 180 degree
The antenna of horizontal coverage is planning to build the communication cell in the predeterminable area of base station described in covering.
4. antenna according to claim 1 covers adjustment dispositions method it is characterised in that described base station is built base station；
Described ultra-wideband multimode device obtains the sampling industry in scheduled time slot to the network performance monitoring of own base station overlay area
After business amount, obtain base station average traffic and communication cell average traffic, described base station average traffic includes base station puts down
All telephone traffic and base station average throughputs；Described communication cell average traffic includes communication cell average traffic amount and communication is little
Area's average throughput；Wherein,
Described base station average traffic is equal to the total traffic of all base stations of the whole network divided by the sum of all base stations of the whole network or institute
State base station average traffic equal to the total traffic under a baseband processing unit BBU winding divided by a baseband processing unit
The sum of all radio frequency remote unit RRU under BBU winding, carries multiple radio frequency remote unit RRU under wherein said BBU winding；
Described communication cell average traffic is equal to the total traffic of all communication cells of the whole network divided by all communication cells of the whole network
Sum；
Described ultra-wideband multimode device carries out drawing according to the coverage of the described sampling communication cell to described base station for the portfolio
Point, specifically include：
Described ultra-wideband multimode device is average according to described sampling portfolio, described base station average traffic and described communication cell
The coverage of the communication cell to described base station for the portfolio divides；Wherein：
When described sampling portfolio ＜ described in base station average traffic when, if meet sampling telephone traffic ＜ base station average traffic amount and
Sampling handling capacity ＜ base station average throughput and sample telephone traffic ＜ communication cell average traffic amount and handling capacity ＜ communication of sampling
During cell average throughput, the coverage of the communication cell of described base station is divided into increase horizontal extent region；
If meeting sampling telephone traffic >=base station average traffic amount and sample handling capacity ＜ base station average throughput and telephone traffic of sampling
＜ communication cell average traffic amount and sample handling capacity ＜ communication cell average throughput when, or sampling telephone traffic ＜ base station put down
All telephone traffics and sample handling capacity >=base station average throughput and the telephone traffic ＜ communication cell average traffic amount and sampling of sampling gulps down
During the amount of telling ＜ communication cell average throughput, if or meet sampling telephone traffic ＜ base station average traffic amount and sample handling capacity ＜
Base station average throughput and sample telephone traffic >=communication cell average traffic amount and handling capacity ＜ communication cell average throughput of sampling
During amount, if or meet sampling telephone traffic ＜ base station average traffic amount and sample handling capacity ＜ base station average throughput and sample words
Business amount ＜ communication cell average traffic amount and sample handling capacity >=communication cell average throughput when, if or meet sampling traffic
Amount >=base station average traffic amount and sample handling capacity >=base station average throughput and telephone traffic >=communication cell average traffic of sampling
When amount and sampling handling capacity >=communication cell average throughput, the coverage of the communication cell of described base station is divided into routine
Horizontal extent region.
5. antenna according to claim 4 covers adjustment dispositions method it is characterised in that described antenna includes：120 degree of water
The antenna of flat coverage and the antenna of 180 degree horizontal coverage；
The coverage that described ultra-wideband multimode device covers each communication cell described by switching antenna specifically includes：
When the coverage of described communication cell is conventional levels range areas, described ultra-wideband multimode device switches 120 degree
The antenna of horizontal coverage is covering the communication cell in the predeterminable area of described built base station；
When the coverage of described communication cell is to increase horizontal extent region, described ultra-wideband multimode device switches 180 degree
The antenna of horizontal coverage is covering the communication cell in the predeterminable area of described built base station.
6. a kind of ultra-wideband multimode device is it is characterised in that include：
Signal transmitting and receiving unit, for reception and sending signal；Wherein, described signal transmitting and receiving unit include at least 2 antennas, every
The horizontal coverage of described antenna is different；
Data collection module, for the sampling business in the network performance monitoring acquisition scheduled time slot to own base station overlay area
Amount, described sampling portfolio includes sample telephone traffic and sampling handling capacity；
Processing unit, for dividing according to the coverage of the described sampling communication cell to described base station for the portfolio；
Dispensing unit, for by switching the coverage that antenna covers each communication cell of described base station.
7. ultra-wideband multimode device according to claim 6 is it is characterised in that described base station is to plan to build base station；
Described ultra-wideband multimode device also includes：
Acquiring unit, for obtaining base station average traffic, described base station average traffic includes base station average traffic amount and base
Stand average throughput；Wherein, described base station average traffic is equal to the total traffic of all base stations of the whole network divided by all bases of the whole network
The total or described base station average traffic stood is equal to the total traffic under a baseband processing unit BBU winding divided by one
The sum of all radio frequency remote unit RRU under baseband processing unit BBU winding, carries multiple radio frequencies under wherein said BBU winding
Extension unit RRU；
Described processing unit is specifically for leading to described base station according to described sampling portfolio and described base station average traffic
The coverage of letter cell is divided；Wherein：
When base station average traffic described in described sampling portfolio ＜, if meeting sampling telephone traffic ＜ average traffic amount and sampling
During the average throughput of handling capacity ＜ base station, the coverage of the communication cell of described base station is divided into increase horizontal extent area
Domain；
If meet sampling telephone traffic ＜ average traffic amount and sampling handling capacity >=base station average throughput, if or meeting sampling
When telephone traffic >=average traffic amount and sampling handling capacity ＜ base station average throughput, if or meeting sampling telephone traffic >=average words
When business amount and sampling handling capacity >=base station average throughput, the coverage of the communication cell of described base station is divided into conventional water
Flat range areas.
8. ultra-wideband multimode device according to claim 7 is it is characterised in that described antenna includes：120 degree of levels cover
The antenna of scope and the antenna of 180 degree horizontal coverage；
Described dispensing unit is specifically for when the coverage of described communication cell is conventional levels range areas, described super
The antenna that wideband multimode device switches 120 degree of horizontal coverage is little to plan to build the communication in the predeterminable area of base station described in covering
Area；
When the coverage of described communication cell is to increase horizontal extent region, described ultra-wideband multimode device switches 180 degree
The antenna of horizontal coverage is planning to build the communication cell in the predeterminable area of base station described in covering.
9. ultra-wideband multimode device according to claim 6 is it is characterised in that described base station is built base station；
Described ultra-wideband multimode device also includes：
Acquiring unit, for obtaining base station average traffic；Described base station average traffic includes base station average traffic amount and base
Stand average throughput；
Wherein, described base station average traffic be equal to all base stations of the whole network total traffic divided by all base stations of the whole network sum or
Base station average traffic described in person is equal to the total traffic under a baseband processing unit BBU winding divided by a Base-Band Processing list
The sum of all radio frequency remote unit RRU under first BBU winding, carries multiple Remote Radio Unit under wherein said BBU winding
RRU；
Described acquiring unit is additionally operable to, and obtains communication cell average traffic；Described communication cell average traffic includes communicating
Cell average traffic amount and communication cell average throughput；
Wherein, described communication cell average traffic is equal to the total traffic of all communication cells of the whole network divided by all communication of the whole network
The sum of cell；
Described processing unit is specifically for according to described sampling portfolio, described base station average traffic and described communication cell
The coverage of the communication cell to described base station for the average traffic divides；Wherein：
When described sampling portfolio ＜ described in base station average traffic when, if meet sampling telephone traffic ＜ base station average traffic amount and
Sampling handling capacity ＜ base station average throughput and sample telephone traffic ＜ communication cell average traffic amount and handling capacity ＜ communication of sampling
During cell average throughput, the coverage of the communication cell of described base station is divided into increase horizontal extent region；
If meeting sampling telephone traffic >=base station average traffic amount and sample handling capacity ＜ base station average throughput and telephone traffic of sampling
＜ communication cell average traffic amount and sample handling capacity ＜ communication cell average throughput when, or sampling telephone traffic ＜ base station put down
All telephone traffics and sample handling capacity >=base station average throughput and the telephone traffic ＜ communication cell average traffic amount and sampling of sampling gulps down
During the amount of telling ＜ communication cell average throughput, if or meet sampling telephone traffic ＜ base station average traffic amount and sample handling capacity ＜
Base station average throughput and sample telephone traffic >=communication cell average traffic amount and handling capacity ＜ communication cell average throughput of sampling
During amount, if or meet sampling telephone traffic ＜ base station average traffic amount and sample handling capacity ＜ base station average throughput and sample words
Business amount ＜ communication cell average traffic amount and sample handling capacity >=communication cell average throughput when, if or meet sampling traffic
Amount >=base station average traffic amount and sample handling capacity >=base station average throughput and telephone traffic >=communication cell average traffic of sampling
When amount and sampling handling capacity >=communication cell average throughput, the coverage of the communication cell of described base station is divided into routine
Horizontal extent region.
10. ultra-wideband multimode device according to claim 9 is it is characterised in that described antenna includes：120 degree of levels are covered
The antenna of lid scope and the antenna of 180 degree horizontal coverage；
Described dispensing unit is specifically for when the coverage of described communication cell is conventional levels range areas, described super
The antenna that wideband multimode device switches 120 degree of horizontal coverage is little to cover the communication in the predeterminable area of described built base station
Area；
When the coverage of described communication cell is to increase horizontal extent region, described ultra-wideband multimode device switches 180 degree
The antenna of horizontal coverage is covering the communication cell in the predeterminable area of described built base station.
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