CN105636059B  A kind of method and apparatus distributing frequency spectrum  Google Patents
A kind of method and apparatus distributing frequency spectrum Download PDFInfo
 Publication number
 CN105636059B CN105636059B CN201410594143.XA CN201410594143A CN105636059B CN 105636059 B CN105636059 B CN 105636059B CN 201410594143 A CN201410594143 A CN 201410594143A CN 105636059 B CN105636059 B CN 105636059B
 Authority
 CN
 China
 Prior art keywords
 base station
 adjacent base
 frequency spectrum
 target bs
 type
 Prior art date
Links
 238000001228 spectrum Methods 0 title claims abstract description 553
 230000000875 corresponding Effects 0 claims description 66
 238000002955 isolation Methods 0 claims description 66
 238000005516 engineering processes Methods 0 abstract description 4
 238000004891 communication Methods 0 abstract description 3
 238000000034 methods Methods 0 description 4
Classifications

 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
 H04W16/14—Spectrum sharing arrangements between different networks
Abstract
Description
Technical field
The present invention relates to wireless communication technology field, in particular to a kind of method and apparatus for distributing frequency spectrum.
Background technique
5G proposes following 1000 times of even higher flow growth goals, and it is logical that this just needs to seek more wireless mobiles Frequency range is believed, to meet the year two thousand twenty and later wireless mobile communications market development needs.ITUR(ITURadio Communications sector, International Telecommunication Union's radio communication group) prediction China's the year two thousand twenty mobile communication frequency demand Amount are as follows: 1490~1810MHz, and the usable frequency distributed at present is usually in several hundred MHz magnitudes.
Radio supervision at present mainly uses fixed Frequency Assignment policy, and on the one hand new frequency needs continue to bring out, nothing Linear system system is difficult distribution and obtains required frequency spectrum resource, and on the other hand allocated frequency spectrum resource utilization rate is not high, there is height Frequency usage lack of uniformity.It is necessary to carry out the research of more flexible frequency usage technology and policy, frequency utilization is improved Efficiency.
Spectrumsharing techniques are a kind of promising intelligent frequency Land use systems of tool, except technically needing continual grind Study carefully and improve outer, it is also necessary to consider radio frequency use and the adjustment and variation of regulatory rule.
Frequency spectrum use situation now is the far super available resources of tomorrow requirement, and frequency spectrum share is mutually tied with the frequency spectrum newly planned It closes, could more effectively ensure the demand for meeting following spectral efficient and highspeed.Multiple operators are since user is in difference Region is unevenly distributed on the time, leads to being supported on the time, spatially having differences for the access network of different operators, from And the demand to frequency spectrum has differences.Static spectrum allocation strategy prevents the access network of different operators from negative according to network The change of load and the frequency spectrum resource for dynamically adjusting occupancy, so that causing frequency spectrum resource cannot be fully utilized and frequency spectrum satiety And utilization.
In the prior art, the scheme even without being directed to multioperator frequency spectrum share.And multisystem (such as is runed More RAT (Radio Access Type, wireless access type) in quotient) between frequency spectrum share and cognitive radio system with The frequency spectrum share of other main systems is substantially based on access database or physical layer frequency spectrum perception technology, by idle frequency spectrum Resource realizes shared use between system, is unable to satisfy multioperator frequency spectrum share.
In conclusion there is presently no a kind of schemes for carrying out frequency spectrum distribution for multioperator frequency spectrum share scene.
Summary of the invention
The present invention provides a kind of method and apparatus for distributing frequency spectrum, to carry out frequency for multioperator frequency spectrum share scene Spectrum distribution.
A kind of method for distributing frequency spectrum provided in an embodiment of the present invention, comprising:
Each of the determining target BS for having carried out frequency spectrum distribution of frequency spectrum distributing equipment and the target BS need to carry out The distance between the adjacent base station of frequency spectrum distribution；
The frequency spectrum distributing equipment determines each described according to the distance between target BS and each adjacent base station Usable spectrum of the adjacent base station relative to the target BS, and according to the usable spectrum of each adjacent base station, it determines every Predistribution frequency spectrum of a adjacent base station relative to the target BS；
For an adjacent base station, if the target BS of only one in the adjacent base station of the adjacent base station, The adjacent base station is distributed to the adjacent base relative to the predistribution frequency spectrum of the target BS by the frequency spectrum distributing equipment It stands；If there is multiple target BS in the adjacent base station of the adjacent base station, the frequency spectrum distributing equipment is according to described adjacent Predistribution frequency spectrum of the base station relative to each target BS carries out frequency spectrum distribution for the adjacent base station.
Preferably, the frequency spectrum distributing equipment is determined according to the distance between target BS and each adjacent base station Usable spectrum of each adjacent base station relative to the target BS, comprising:
For an adjacent base station, the frequency spectrum distributing equipment is according to distance range and for expression and target BS The corresponding relationship of the type of distance determines the corresponding class of range belonging to the distance between target BS and the adjacent base station Type, and using determining type as the type of the adjacent base station；
The frequency spectrum distributing equipment determines each adjacent base station relative to described according to the type of each adjacent base station The usable spectrum of target BS.
Preferably, type of the frequency spectrum distributing equipment according to each adjacent base station, determines each adjacent base station phase For the usable spectrum of the target BS, comprising:
If the type of the adjacent base station is the first kind that distance is remote between expression and target BS, for one first The adjacent base station of type, the frequency spectrum distributing equipment is using all usable spectrums as the adjacent base station relative to the target base The usable spectrum stood；
If the type of the adjacent base station is to indicate the farther away Second Type of distance between target BS, for one the The adjacent base station of two types, the frequency spectrum distributing equipment determine between the adjacent base station and adjacent each specific objective base station Distance, and determine the corresponding frequency isolation degree of the shortest distance, the frequency spectrum of determining frequency isolation degree will be met as the phase Usable spectrum of the adjacent base station relative to the target BS, wherein the specific objective base station is adjacent with the adjacent base station The type of the adjacent base station can be made as the target BS of Second Type in the target BS.
If the type of the adjacent base station is the third type that distance is close between expression and target BS, for a third The adjacent base station of type, the frequency spectrum distributing equipment determine total interference of the adjacent base station on each frequency spectrum, and select dry Disturb usable spectrum of the smallest frequency spectrum benchmark as the adjacent base station relative to the target BS.
Preferably, the frequency spectrum distributing equipment determines the corresponding frequency isolation degree of the shortest distance, comprising:
If the adjacent base station is macro base station, the frequency spectrum distributing equipment is according to the distance range and frequency isolation of macro base station The corresponding relationship of degree determines the corresponding frequency isolation degree of distance range belonging to the shortest distance；
If the adjacent base station is small station, the frequency spectrum distributing equipment is according to the distance range in small station and frequency isolation degree Corresponding relationship determines the corresponding frequency isolation degree of distance range belonging to the shortest distance.
Preferably, usable spectrum of the frequency spectrum distributing equipment according to each adjacent base station, determines each phase Predistribution frequency spectrum of the adjacent base station relative to the target BS, comprising:
The frequency spectrum distributing equipment is according to the demand bandwidth and each third type of the adjacent base station of each third type Usable spectrum of the adjacent base station relative to the target BS, determine the adjacent base station of each third type relative to the mesh Mark the predistribution frequency spectrum of base station；
Usable spectrum of the frequency spectrum distributing equipment from the adjacent base station of each Second Type relative to the target BS In, predistribution frequency spectrum of the adjacent base station of third type relative to the target BS is removed, according to second each of after removal The adjacent base station of type is relative to the usable spectrum of the target BS and the demand band of the adjacent base station of each Second Type Width determines predistribution frequency spectrum of the adjacent base station relative to the target BS of each Second Type；
The frequency spectrum distributing equipment removes the adjacent base station of third type relative to the target from all usable spectrums The predistribution frequency spectrum of the predistribution frequency spectrum of base station and the adjacent base station of Second Type relative to the target BS, according to removal The demand bandwidth of the adjacent base station of usable spectrum and each first kind afterwards, determines the adjacent base station phase of each first kind For the predistribution frequency spectrum of the target BS.
Preferably, predistribution of the frequency spectrum distributing equipment according to the adjacent base station relative to each target BS Frequency spectrum carries out frequency spectrum distribution for the adjacent base station, comprising:
Friendship of the frequency spectrum distributing equipment by the adjacent base station relative to the predistribution frequency spectrum of each target BS Collection frequency spectrum distributes to the adjacent base station.
The method of another distribution frequency spectrum provided in an embodiment of the present invention, comprising:
Base station determines that frequency spectrum distributing equipment is the frequency spectrum of base station distribution；
It is transmitted on the frequency spectrum that the frequency spectrum distributing equipment distributes the base station.
A kind of frequency spectrum distributing equipment distributing frequency spectrum provided in an embodiment of the present invention, comprising:
Apart from determining module, for determining each needs of the target BS and the target BS that have carried out frequency spectrum distribution Carry out the distance between the adjacent base station of frequency spectrum distribution；
Frequency spectrum determining module, for determining each institute according to the distance between target BS and each adjacent base station Usable spectrum of the adjacent base station relative to the target BS is stated, and according to the usable spectrum of each adjacent base station, is determined Predistribution frequency spectrum of each adjacent base station relative to the target BS；
Distribution module, for being directed to an adjacent base station, if only one in the adjacent base station of the adjacent base station The target BS, the predistribution frequency spectrum by the adjacent base station relative to the target BS distribute to the adjacent base station； If there is multiple target BS in the adjacent base station of the adjacent base station, according to the adjacent base station relative to each mesh The predistribution frequency spectrum of base station is marked, carries out frequency spectrum distribution for the adjacent base station.
Preferably, described be specifically used for apart from determining module:
For an adjacent base station, according to distance range and for indicating corresponding with the type of target BS distance Relationship, determines the corresponding type of range belonging to the distance between target BS and the adjacent base station, and by determining type Type as the adjacent base station；According to the type of each adjacent base station, determine each adjacent base station relative to described The usable spectrum of target BS.
Preferably, the frequency spectrum determining module is specifically used for:
If the type of the adjacent base station is the first kind that distance is remote between expression and target BS, for one first The adjacent base station of type, the usable spectrum using all usable spectrums as the adjacent base station relative to the target BS；
If the type of the adjacent base station is to indicate the farther away Second Type of distance between target BS, for one the The adjacent base station of two types determines the adjacent base station and adjacent the distance between each specific objective base station, and determines most The corresponding frequency isolation degree of short distance will meet the frequency spectrum of determining frequency isolation degree as the adjacent base station relative to described The usable spectrum of target BS, wherein the specific objective base station is energy in the target BS adjacent with the adjacent base station Enough make the type of the adjacent base station as the target BS of Second Type.
If the type of the adjacent base station is the third type that distance is close between expression and target BS, for a third The adjacent base station of type determines total interference of the adjacent base station on each frequency spectrum, and selects to interfere the smallest frequency spectrum benchmark Usable spectrum as the adjacent base station relative to the target BS.
Preferably, the frequency spectrum determining module is specifically used for:
If the adjacent base station is macro base station, according to the corresponding relationship of the distance range of macro base station and frequency isolation degree, really Determine the corresponding frequency isolation degree of distance range belonging to the shortest distance；
If the adjacent base station is small station, according to the corresponding relationship of the distance range in small station and frequency isolation degree, determine most The corresponding frequency isolation degree of distance range belonging to short distance.
Preferably, the frequency spectrum determining module is specifically used for:
According to the adjacent base station of the demand bandwidth of the adjacent base station of each third type and each third type relative to The usable spectrum of the target BS determines predistribution frequency of the adjacent base station relative to the target BS of each third type Spectrum；In usable spectrum from the adjacent base station of each Second Type relative to the target BS, removal third type it is adjacent Predistribution frequency spectrum of the base station relative to the target BS, according to the adjacent base station of each Second Type after removal relative to institute The demand bandwidth for stating the usable spectrum of target BS and the adjacent base station of each Second Type, determines each Second Type Predistribution frequency spectrum of the adjacent base station relative to the target BS；From all usable spectrums, the adjacent base of third type is removed It stands relative to the predistribution frequency spectrum of the target BS and the adjacent base station of Second Type relative to the pre of the target BS Frequency spectrum is distributed, according to the demand bandwidth of the adjacent base station of usable spectrum and each first kind after removal, determines each the Predistribution frequency spectrum of the adjacent base station of one type relative to the target BS.
Preferably, the distribution module is specifically used for:
The adjacent base station is distributed to relative to the intersection frequency spectrum of the predistribution frequency spectrum of each target BS described Adjacent base station.
A kind of base station for distributing frequency spectrum provided in an embodiment of the present invention, comprising:
Processing module, for determining that frequency spectrum distributing equipment is the frequency spectrum of base station distribution；
Transmission module, for being transmitted on the frequency spectrum that the frequency spectrum distributing equipment distributes.
Frequency spectrum of embodiment of the present invention distributing equipment is determined according to the distance between target BS and each adjacent base station Usable spectrum of each adjacent base station relative to the target BS, and according to the available frequency of each adjacent base station Spectrum, determines predistribution frequency spectrum of each adjacent base station relative to the target BS, is each phase according to predistribution frequency spectrum Adjacent base station carries out frequency spectrum distribution, carries out frequency spectrum distribution for multioperator frequency spectrum share scene to realize；It further increases System performance.
Detailed description of the invention
Figure 1A is the system structure diagram that the embodiment of the present invention one distributes frequency spectrum；
Figure 1B is the first kind of embodiment of the present invention position view；
Fig. 1 C is Second Type of embodiment of the present invention position view；
Fig. 1 D is third of embodiment of the present invention type position view；
Fig. 1 E is frequency spectrum distribution schematic diagram of the embodiment of the present invention；
Fig. 1 F is macro station of the embodiment of the present invention and small station position view；
Fig. 2 is the structural schematic diagram of two frequency spectrum distributing equipment of the embodiment of the present invention；
Fig. 3 is the structural schematic diagram of three base station of the embodiment of the present invention；
Fig. 4 is the structural schematic diagram of four frequency spectrum distributing equipment of the embodiment of the present invention；
Fig. 5 is the structural schematic diagram of five base station of the embodiment of the present invention；
Fig. 6 is the method flow schematic diagram that the embodiment of the present invention six distributes frequency spectrum；
Fig. 7 is the method flow schematic diagram that the embodiment of the present invention seven distributes frequency spectrum.
Specific embodiment
Frequency spectrum of embodiment of the present invention distributing equipment is determined according to the distance between target BS and each adjacent base station Usable spectrum of each adjacent base station relative to the target BS, and according to the available frequency of each adjacent base station Spectrum, determines predistribution frequency spectrum of each adjacent base station relative to the target BS, is each phase according to predistribution frequency spectrum Adjacent base station carries out frequency spectrum distribution, carries out frequency spectrum distribution for multioperator frequency spectrum share scene to realize；It further increases System performance.And the embodiment of the present invention uses centralized management mode, carries out between the base station for belonging to different operators Efficient frequency spectrum distribution, the frequency spectrum distributed is shared resource, compared to the mode of existing operator's separate spectrum licence plate, energy More efficient promotion frequency spectrum service efficiency is conducive to meet the needs of following 5G is for spectral efficient and highspeed.
In an implementation, the frequency spectrum distributing equipment of the embodiment of the present invention can be the advanced spectrum management list in centralized architecture Member is perhaps central management unit or is called database facility, which, which has, is connected to (example on operator's existing equipment Such as Network Management Equipment) function.
The embodiment of the present invention is described in further detail with reference to the accompanying drawings of the specification.
As shown in Figure 1A, the system that the embodiment of the present invention one distributes frequency spectrum includes: frequency spectrum distributing equipment 10 and base station 20.
Frequency spectrum distributing equipment 10, for determining each need of the target BS and the target BS that have carried out frequency spectrum distribution Carry out the distance between the adjacent base station of frequency spectrum distribution；According to the distance between target BS and each adjacent base station, Determine usable spectrum of each adjacent base station relative to the target BS, and according to the available of each adjacent base station Frequency spectrum determines predistribution frequency spectrum of each adjacent base station relative to the target BS；For an adjacent base station, If the target BS of only one in the adjacent base station of the adjacent base station, by the adjacent base station relative to the target base The predistribution frequency spectrum stood distributes to the adjacent base station；If there is multiple target bases in the adjacent base station of the adjacent base station It stands, the predistribution frequency spectrum according to the adjacent base station relative to each target BS carries out frequency spectrum for the adjacent base station Distribution.
Base station 20, for determining that frequency spectrum distributing equipment is the frequency spectrum of base station distribution；In the frequency spectrum distributing equipment point It is transmitted on the frequency spectrum matched.
Wherein, each adjacent base station and target BS of the embodiment of the present invention can belong to different operators.
Frequency spectrum distributing equipment can obtain each operator's site location information at the initial stage of building a station by preconfigured mode, Or the geographical location information of administrative base station is reported by operator during operation.
Frequency spectrum allocation result can be sent to by frequency spectrum distributing equipment when distributing frequency spectrum for adjacent base station with signaling message Each base station of operator.
Target BS of the embodiment of the present invention is the base station for having carried out frequency spectrum distribution, for a target BS, determines the mesh The adjacent base station for needing to carry out frequency spectrum distribution in base station around mark base station, then determines each adjacent base station relative to institute State the predistribution frequency spectrum of target BS.
For adjacent base station, it is possible to around have multiple target BS, can determine that this is adjacent for each base station Predistribution frequency spectrum of the base station relative to target BS.
If only one predistribution frequency spectrum relative to target BS is only needed pre point relative to target BS The adjacent base station is distributed to frequency spectrum；
If there is multiple predistribution frequency spectrums relative to target BS, by the adjacent base station relative to each target The intersection frequency spectrum of the predistribution frequency spectrum of base station distributes to the adjacent base station.
For example having target BS A and target BS B around adjacent base station 1, then frequency spectrum distributing equipment can determine whether adjacent base station 1 Relative to the predistribution frequency spectrum A of target BS A, and determine predistribution frequency spectrum B of the adjacent base station 1 relative to target BS B, so The intersection frequency spectrum for preallocating frequency spectrum A and predistribution frequency spectrum B is distributed into the adjacent base station 1 afterwards.
When determining predistribution frequency spectrum of the adjacent base station relative to target BS due to frequency spectrum distributing equipment, for each target The mode for the predistribution frequency spectrum that base station determines is all identical, so be no longer introduced respectively for different target BS, below It is introduced just for some target BS.
The frequency spectrum distributing equipment of the embodiment of the present invention receives the spectrum requirement information of operator base station, and determines multioperator Base station between relationship；Each base station reports the information such as self geographical position and spectrum bandwidth requirements, itself RF capabilities.Frequency spectrum Distributing equipment is counted and is analyzed whole base station locations (including having disposed base station and having proposed the base station of spectrum requirement), divides each base The type stood.
Specifically, frequency spectrum distributing equipment determines each according to the distance between target BS and each adjacent base station When usable spectrum of the adjacent base station relative to the target BS, for an adjacent base station, the frequency spectrum distribution Equipment according to distance range and for indicate with the corresponding relationship of the type of target BS distance, determine target BS and the phase The corresponding type of range belonging to the distance between adjacent base station, and using determining type as the type of the adjacent base station；
The frequency spectrum distributing equipment determines each adjacent base station relative to described according to the type of each adjacent base station The usable spectrum of target BS.
Frequency spectrum of embodiment of the present invention distributing equipment preset condition according to needed for dividing base station classification, determines each adjacent base The type stood.
Wherein, preset condition is distance range, and specific distance range can be set according to emulation, experience etc..Such as it can To set first distance and second distance, base station type can be divided into three kinds in this way:
It indicates the remote first kind (referring to Figure 1B) of distance between target BS: meeting distance between website and be more than or equal to the Two base stations of one distance, it is believed that be typically much deeper than the sum of two website covering radius, identical work at this moment can be used Frequency, the power density interfered with each other between base station is approximately equal to noise at this time.
Indicate the farther away Second Type of distance (referring to Fig. 1 C) between target BS: distance is less than first between meeting website Distance and two base stations for being more than or equal to second distance, i.e. always slightly greater than the sum of two website covering radius, it is believed that make It is worked near by frequency, is leaked in another base station operation frequency band from a Base Transmitter signal at this time, form interference, it should The power density of interference is approximately equal to noise.
Indicate the close third type (referring to Fig. 1 D) of distance between target BS: meet between website distance less than second away from From two base stations, i.e., be usually less than equal to the sum of two website covering radius, it is believed that worked using frequency farther out so that Leakage jamming power density between base station is approximately equal to noise.
For first kind base station, it is believed that it is spaced far between adjacent base station and target BS, it is nonoverlapping mutually, it is believed that meet With frequency coverage condition, so all frequency spectrums are available；
For Second Type base station, it is believed that the geographical location between adjacent base station and target BS is adjacent, according to each other Isolated instances are managed, when meeting certain frequency isolation, adjacent frequency coexistence is carried out, then counts each Second Type base station and target BS Geographic isolation distance, then determine each Second Type base station minimal geographical isolation distance (the multiple target BS in periphery with The distance of the Second Type base station is different, and selects the smallest distance, then corresponds to the isolation of maximum frequency spectrum) in the case of it is corresponding Frequency isolation degree, then the frequency spectrum for meeting frequency spectrum isolation is usable spectrum.It should be noted that because the second class of periphery Type base station may include macro station and small station, although macro station and the geographic isolation that ought be set out in advance to make arrangements are farther out, the transmission power of macro station is big, because This may also need biggish frequency spectrum to be isolated.So to distinguish macro station and small station to periphery station to handle.
For third type of base station base station, it is believed that adjacent base station and target BS are located at partly overlapping region, then frequency spectrum The adjacent area interference measurement that distributing equipment receives third type of base station reports, and counts total disturbed condition on each frequency spectrum, then It selects to interfere lesser frequency spectrum as usable spectrum always for third type of base station.Each frequency spectrum can be equal to third type of base station Radio frequency bandwidth ability.
Based on above content, the frequency spectrum distributing equipment determines each described adjacent according to the type of each adjacent base station Usable spectrum of the base station relative to the target BS, specific:
If one, the type of the adjacent base station is the first kind that distance is remote between expression and target BS, for one The adjacent base station of the first kind, the frequency spectrum distributing equipment is using all usable spectrums as the adjacent base station relative to the mesh Mark the usable spectrum of base station.
That is, for the first kind adjacent base station can consider it is spaced far between adjacent base station and target BS, mutually It is mutually nonoverlapping, it is believed that meet with frequency coverage condition.
If two, the type of the adjacent base station is to indicate the farther away Second Type of distance between target BS, for one The adjacent base station of a Second Type, the frequency spectrum distributing equipment determine the adjacent base station and adjacent each specific objective base station The distance between, and determine the corresponding frequency isolation degree of the shortest distance, the frequency spectrum of determining frequency isolation degree will be met as institute Usable spectrum of the adjacent base station relative to the target BS is stated, wherein the specific objective base station is and the adjacent base station phase The type of the adjacent base station can be made as the target BS of Second Type in the adjacent target BS.
That is, the adjacent base station for Second Type can consider the geographical location between adjacent base station and target BS It is adjacent, adjacent frequency coexistence is carried out when meeting certain frequency isolation according to mutual geographic isolation situation.
Such as have target BS A, target BS B and target BS C around adjacent base station 1, wherein according to target BS B and The distance between adjacent base station 1 can determine that the type of adjacent base station 1 is Second Type, according to target BS C and adjacent base station 1 The distance between can determine adjacent base station 1 type be Second Type, then target BS B and target BS C be exactly relative to The specific objective base station of adjacent base station 1.
When determining the shortest distance, from the distance between target BS B and adjacent base station 1 and target BS C and adjacent In the distance between base station 1.Select the shortest distance.
When determining that the corresponding frequency isolation of the shortest distance is spent, can previously according to emulation or experience set distance range and Then the corresponding relationship of frequency isolation degree determines belonging to the shortest distance according to the corresponding relationship of distance range and frequency isolation degree The corresponding frequency isolation degree of distance range.
Preferably, the transmission power due to macro station is greater than small station, for identical distance, macro station with it is adjacent Interference between base station can be bigger, so required frequency isolation degree is also greater than small station.Based on this, in set distance range and When the corresponding relationship of frequency isolation degree, it can be directed to the site type of different target base station, set respectively.
Frequency spectrum distributing equipment first judges that adjacent base station is macro station or small station, described if the adjacent base station is macro base station Frequency spectrum distributing equipment determines distance belonging to the shortest distance according to the distance range of macro base station and the corresponding relationship of frequency isolation degree The corresponding frequency isolation degree of range；If the adjacent base station is small station, the frequency spectrum distributing equipment is according to the distance range in small station With the corresponding relationship of frequency isolation degree, the corresponding frequency isolation degree of distance range belonging to the shortest distance is determined.
If three, the type of the adjacent base station is the third type that distance is close between expression and target BS, for one The adjacent base station of third type, the frequency spectrum distributing equipment determines total interference of the adjacent base station on each frequency spectrum, and selects Select the usable spectrum for interfering the smallest frequency spectrum as the adjacent base station relative to the target BS.
It partly overlaps that is, the adjacent base station for being directed to third type can consider that adjacent base station and target BS are located at Region, contain here approximate with covering and neighbouring covering.
In an implementation, it can be set as needed the width of each frequency spectrum, i.e., entire frequency spectrum be divided into multiple frequency spectrum benchmark Unit, splitphase adjacent base station distribute frequency spectrum reference cell.The size of frequency spectrum reference cell can be according to the radio frequency bandwidth of adjacent base station Ability setting.For example the frequency spectrum reference cell can be equal to the radio frequency bandwidth ability of adjacent base station.
In an implementation, when frequency spectrum distributing equipment carries out frequency spectrum distribution to the base station of each operator, its three classes base can be integrated The usable spectrum stood.It may include in result for the base station distribution frequency spectrum of each operator identical or neighbouring as other operators Frequency spectrum.
Specifically, primarily meeting base station classification institute when distributing frequency spectrum for each of each operator base station to be allocated Corresponding usable spectrum range, wherein the usable spectrum range of all kinds of base stations is the first kind > Second Type > third type.
Based on this, when being allocated, frequency spectrum resource C first is distributed for third type all to be allocated；It is again the second class Type distributes frequency spectrum resource (BC).Frequency spectrum resource (AB) finally is distributed for first kind base station, specifically may refer to Fig. 1 E.Specifically :
The frequency spectrum distributing equipment determines each adjacent base station phase according to the usable spectrum of each adjacent base station For the predistribution frequency spectrum of the target BS, comprising:
The frequency spectrum distributing equipment is according to the demand bandwidth and each third type of the adjacent base station of each third type Usable spectrum of the adjacent base station relative to the target BS, determine the adjacent base station of each third type relative to the mesh Mark the predistribution frequency spectrum of base station；
Usable spectrum of the frequency spectrum distributing equipment from the adjacent base station of each Second Type relative to the target BS In, predistribution frequency spectrum of the adjacent base station of third type relative to the target BS is removed, according to second each of after removal The adjacent base station of type is relative to the usable spectrum of the target BS and the demand band of the adjacent base station of each Second Type Width determines predistribution frequency spectrum of the adjacent base station relative to the target BS of each Second Type；
The frequency spectrum distributing equipment removes the adjacent base station of third type relative to the target from all usable spectrums The predistribution frequency spectrum of the predistribution frequency spectrum of base station and the adjacent base station of Second Type relative to the target BS, according to removal The demand bandwidth of the adjacent base station of usable spectrum and each first kind afterwards, determines the adjacent base station phase of each first kind For the predistribution frequency spectrum of the target BS.
The adjacent area interference measurement results that above specific method of salary distribution is reported according to each base station, in usable spectrum resource with The bandwidth demand that base station reports is unit, counts interference strength on the frequency spectrum of constituent parts length, and base station selected have to be each The usable spectrum for meeting bandwidth demand of least interference intensity.
If be unable to satisfy, frequency spectrum distributing equipment reduces the bandwidth that base station reports demand, such as base station radiofrequency ability can With support { B1, B2, B3 }, and B1 > B2 > B3, this reports demand B1 to be unable to satisfy, and frequency spectrum distributing equipment will be the base according to B2 It stands and selects idle frequency spectrum again, when the bandwidth that final all RF capabilities are supported all is unable to satisfy, then refuse asking for base station It asks.
The scheme of the embodiment of the present invention is illustrated by taking Fig. 1 F as an example below.
For reporting the operator base station of demand, the set of three classes base station: first kind base station, Second Type has been marked off Base station, third type of base station.If macro cell (macrocell) website homeoperator 1, small cell (cell) website Homeoperator 2.It is reference with marco cell website, and the spacing for setting macro cell website and small cell a meets More than or equal to first distance, the spacing of macro cell website and small cell b, which meet, to be less than first distance and is greater than etc. In second distance, the spacing of macro cell website and small cell c, which meet, is less than second distance.
So at this point it is possible to obtained base station category division result are as follows: when being reference with marco cell website, Small cell a is first kind base station, and small cell b is Second Type base station, and small cell c is third type Base station.
The spectrum bandwidth requirements that each website reports are set again are as follows: marco cell website is Ma Hz, and small cell a is Sa Hz, small cell b are Sb Hz, and small cell c is Sc Hz.And total available bandwidth resources B Hz meets abovementioned each website Bandwidth demand.
In total available bandwidth B, adjacent area interference measurement is carried out by type 2 site small cell c, in available resources In B Hz as unit of Sc Hz, interference strength on the frequency spectrum of constituent parts bandwidth length is counted, selects that there is least interference intensity Bandwidth Sc Hz, and using this bandwidth as frequency spectrum resource C, distribute to small cell c.
Adjacent area interference measurement is carried out by type 2 site small cell b again, removes Sc in available resources B Hz On frequency spectrum except Hz, using (SbSc) Hz as unit, interference strength on the frequency spectrum of constituent parts bandwidth length is counted, selection has Bandwidth (SbSc) Hz of least interference intensity is distributed using this bandwidth as frequency spectrum resource (BC) together with frequency spectrum resource C together Give B class website small cell b.
Finally, due to can work with frequency between first kind website, therefore frequency spectrum resource (B is removed in available bandwidth C on remainder (BSb) Hz) and except frequency spectrum resource C, be not required to measure, arbitrarily be small cell a select bandwidth for (SaSb) Hz distributes to A class website together with frequency spectrum resource (BC) and frequency spectrum resource C as frequency spectrum resource (AB) together small cell a。
By abovementioned distribution, the optimum use of frequency spectrum resource is realized, i.e., maximum journey between each small cell website Reusespectrum resource is spent, while the interference between each website can be avoided by identical networking in same operator.In addition, can also Meet coexisting between another operator's website macro cell.
As shown in Fig. 2, the frequency spectrum distributing equipment of the embodiment of the present invention two includes: to determine mould apart from determining module 200, frequency spectrum Block 210 and distribution module 220.
Apart from determining module 200, for each of the determining target BS for having carried out frequency spectrum distribution and the target BS Need to carry out the distance between the adjacent base station of frequency spectrum distribution；
Frequency spectrum determining module 210, for determining each according to the distance between target BS and each adjacent base station Usable spectrum of the adjacent base station relative to the target BS, and according to the usable spectrum of each adjacent base station, really Fixed predistribution frequency spectrum of each adjacent base station relative to the target BS；
Distribution module 220, for being directed to an adjacent base station, if there was only one in the adjacent base station of the adjacent base station The adjacent base station is distributed to the adjacent base relative to the predistribution frequency spectrum of the target BS by a target BS It stands；If there is multiple target BS in the adjacent base station of the adjacent base station, according to the adjacent base station relative to each institute The predistribution frequency spectrum of target BS is stated, carries out frequency spectrum distribution for the adjacent base station.
Preferably, described be specifically used for apart from determining module 200:
For an adjacent base station, according to distance range and for indicating corresponding with the type of target BS distance Relationship, determines the corresponding type of range belonging to the distance between target BS and the adjacent base station, and by determining type Type as the adjacent base station；According to the type of each adjacent base station, determine each adjacent base station relative to described The usable spectrum of target BS.
Preferably, the frequency spectrum determining module 210 is specifically used for:
If the type of the adjacent base station is the first kind that distance is remote between expression and target BS, for one first The adjacent base station of type, the usable spectrum using all usable spectrums as the adjacent base station relative to the target BS；
If the type of the adjacent base station is to indicate the farther away Second Type of distance between target BS, for one the The adjacent base station of two types determines the adjacent base station and adjacent the distance between each specific objective base station, and determines most The corresponding frequency isolation degree of short distance will meet the frequency spectrum of determining frequency isolation degree as the adjacent base station relative to described The usable spectrum of target BS, wherein the specific objective base station is energy in the target BS adjacent with the adjacent base station Enough make the type of the adjacent base station as the target BS of Second Type.
If the type of the adjacent base station is the third type that distance is close between expression and target BS, for a third The adjacent base station of type determines total interference of the adjacent base station on each frequency spectrum, and selects to interfere the smallest frequency spectrum benchmark Usable spectrum as the adjacent base station relative to the target BS.
Preferably, the frequency spectrum determining module 210 is specifically used for:
If the adjacent base station is macro base station, according to the corresponding relationship of the distance range of macro base station and frequency isolation degree, really Determine the corresponding frequency isolation degree of distance range belonging to the shortest distance；
If the adjacent base station is small station, according to the corresponding relationship of the distance range in small station and frequency isolation degree, determine most The corresponding frequency isolation degree of distance range belonging to short distance.
Preferably, the frequency spectrum determining module 210 is specifically used for:
According to the adjacent base station of the demand bandwidth of the adjacent base station of each third type and each third type relative to The usable spectrum of the target BS determines predistribution frequency of the adjacent base station relative to the target BS of each third type Spectrum；In usable spectrum from the adjacent base station of each Second Type relative to the target BS, removal third type it is adjacent Predistribution frequency spectrum of the base station relative to the target BS, according to the adjacent base station of each Second Type after removal relative to institute The demand bandwidth for stating the usable spectrum of target BS and the adjacent base station of each Second Type, determines each Second Type Predistribution frequency spectrum of the adjacent base station relative to the target BS；From all usable spectrums, the adjacent base of third type is removed It stands relative to the predistribution frequency spectrum of the target BS and the adjacent base station of Second Type relative to the pre of the target BS Frequency spectrum is distributed, according to the demand bandwidth of the adjacent base station of usable spectrum and each first kind after removal, determines each the Predistribution frequency spectrum of the adjacent base station of one type relative to the target BS.
Preferably, the distribution module 220 is specifically used for:
The adjacent base station is distributed to relative to the intersection frequency spectrum of the predistribution frequency spectrum of each target BS described Adjacent base station.
As shown in figure 3, the base station of the embodiment of the present invention three includes: processing module 300 and transmission module 310.
Processing module 300, for determining that frequency spectrum distributing equipment is the frequency spectrum of base station distribution；
Transmission module 310, for being transmitted on the frequency spectrum that the frequency spectrum distributing equipment distributes.
As shown in figure 4, the frequency spectrum distributing equipment of the embodiment of the present invention four includes:
Processor 401 executes following process for reading the program in memory 404:
Each of the determining target BS for having carried out frequency spectrum distribution and the target BS need to carry out the phase of frequency spectrum distribution The distance between adjacent base station；According to the distance between target BS and each adjacent base station, each adjacent base is determined The usable spectrum stood relative to the target BS, and according to the usable spectrum of each adjacent base station, it determines each described Predistribution frequency spectrum of the adjacent base station relative to the target BS；For an adjacent base station, if the adjacent base station The target BS of only one in adjacent base station, by transceiver 402 by the adjacent base station relative to the target BS Predistribution frequency spectrum distribute to the adjacent base station；If there is multiple target BS in the adjacent base station of the adjacent base station, Predistribution frequency spectrum according to the adjacent base station relative to each target BS is the adjacent base by transceiver 402 It stands and carries out frequency spectrum distribution.
Transceiver 402, for sending and receiving data under the control of processor 401.
Preferably, the processor 401 is specifically used for:
For an adjacent base station, according to distance range and for indicating corresponding with the type of target BS distance Relationship, determines the corresponding type of range belonging to the distance between target BS and the adjacent base station, and by determining type Type as the adjacent base station；According to the type of each adjacent base station, determine each adjacent base station relative to described The usable spectrum of target BS.
Preferably, the processor 401 is specifically used for:
If the type of the adjacent base station is the first kind that distance is remote between expression and target BS, for one first The adjacent base station of type, the usable spectrum using all usable spectrums as the adjacent base station relative to the target BS；
If the type of the adjacent base station is to indicate the farther away Second Type of distance between target BS, for one the The adjacent base station of two types determines the adjacent base station and adjacent the distance between each specific objective base station, and determines most The corresponding frequency isolation degree of short distance will meet the frequency spectrum of determining frequency isolation degree as the adjacent base station relative to described The usable spectrum of target BS, wherein the specific objective base station is energy in the target BS adjacent with the adjacent base station Enough make the type of the adjacent base station as the target BS of Second Type.
If the type of the adjacent base station is the third type that distance is close between expression and target BS, for a third The adjacent base station of type determines total interference of the adjacent base station on each frequency spectrum, and selects to interfere the smallest frequency spectrum benchmark Usable spectrum as the adjacent base station relative to the target BS.
Preferably, the processor 401 is specifically used for:
If the adjacent base station is macro base station, according to the corresponding relationship of the distance range of macro base station and frequency isolation degree, really Determine the corresponding frequency isolation degree of distance range belonging to the shortest distance；
If the adjacent base station is small station, according to the corresponding relationship of the distance range in small station and frequency isolation degree, determine most The corresponding frequency isolation degree of distance range belonging to short distance.
Preferably, the processor 401 is specifically used for:
According to the adjacent base station of the demand bandwidth of the adjacent base station of each third type and each third type relative to The usable spectrum of the target BS determines predistribution frequency of the adjacent base station relative to the target BS of each third type Spectrum；In usable spectrum from the adjacent base station of each Second Type relative to the target BS, removal third type it is adjacent Predistribution frequency spectrum of the base station relative to the target BS, according to the adjacent base station of each Second Type after removal relative to institute The demand bandwidth for stating the usable spectrum of target BS and the adjacent base station of each Second Type, determines each Second Type Predistribution frequency spectrum of the adjacent base station relative to the target BS；From all usable spectrums, the adjacent base of third type is removed It stands relative to the predistribution frequency spectrum of the target BS and the adjacent base station of Second Type relative to the pre of the target BS Frequency spectrum is distributed, according to the demand bandwidth of the adjacent base station of usable spectrum and each first kind after removal, determines each the Predistribution frequency spectrum of the adjacent base station of one type relative to the target BS.
Preferably, the processor 401 is specifically used for:
The adjacent base station is distributed to relative to the intersection frequency spectrum of the predistribution frequency spectrum of each target BS described Adjacent base station.
In Fig. 4, bus architecture (is represented) with bus 400, and bus 400 may include the bus of any number of interconnection And bridge, the memory that bus 400 will include the one or more processors represented by processor 401 and memory 404 represents Various circuits link together.Bus 400 can also be by each of such as peripheral equipment, voltagestablizer and management circuit or the like Other circuits of kind link together, and these are all it is known in the art, and therefore, it will not be further described herein. Bus interface 403 provides interface between bus 400 and transceiver 402.Transceiver 402 can be an element, be also possible to Multiple element, such as multiple receivers and transmitter, provide the unit for communicating over a transmission medium with various other devices. The data handled through processor 401 are transmitted on the radio medium by antenna 405, and further, antenna 405 also receives data And transfer data to processor 401.
Processor 401 is responsible for management bus 400 and common processing, can also provide various functions, including timing, periphery Interface, voltage adjusting, power management and other control functions.And memory 404 can be used for storage processor 401 and hold Used data when row operation.
Optionally, processor 401 can be CPU (centre buries device), ASIC (Application Specific Integrated Circuit, specific integrated circuit), (FieldProgrammable Gate Array, scene can compile FPGA Journey gate array) or CPLD (Complex Programmable Logic Device, Complex Programmable Logic Devices).
As shown in figure 5, the base station of the embodiment of the present invention five includes:
Processor 501 executes following process for reading the program in memory 504:
Determine that frequency spectrum distributing equipment is the frequency spectrum of base station distribution；By transceiver 502 in the frequency spectrum distributing equipment It is transmitted on the frequency spectrum of distribution
Transceiver 502, for sending and receiving data under the control of processor 501.
In Fig. 5, bus architecture (is represented) with bus 500, and bus 500 may include the bus of any number of interconnection And bridge, the memory that bus 500 will include the one or more processors represented by processor 501 and memory 504 represents Various circuits link together.Bus 500 can also be by each of such as peripheral equipment, voltagestablizer and management circuit or the like Other circuits of kind link together, and these are all it is known in the art, and therefore, it will not be further described herein. Bus interface 503 provides interface between bus 500 and transceiver 502.Transceiver 502 can be an element, be also possible to Multiple element, such as multiple receivers and transmitter, provide the unit for communicating over a transmission medium with various other devices. The data handled through processor 501 are transmitted on the radio medium by antenna 505, and further, antenna 505 also receives data And transfer data to processor 501.
Processor 501 is responsible for management bus 500 and common processing, can also provide various functions, including timing, periphery Interface, voltage adjusting, power management and other control functions.And memory 504 can be used for storage processor 501 and hold Used data when row operation.
Optionally, processor 501 can be CPU, ASIC, FPGA or CPLD.
Based on the same inventive concept, the method for distribution frequency spectrum is additionally provided in the embodiment of the present invention, due to distribution frequency spectrum Method corresponding equipment is the different equipment in the system of distribution frequency spectrum of the embodiment of the present invention, and this method solves the problems, such as Principle is similar to system, therefore the implementation of this method may refer to the implementation of system, and overlaps will not be repeated.
As shown in fig. 6, the method that the embodiment of the present invention six distributes frequency spectrum includes:
Each of the determining target BS for having carried out frequency spectrum distribution of step 600, frequency spectrum distributing equipment and the target BS Need to carry out the distance between the adjacent base station of frequency spectrum distribution；
Step 601, the frequency spectrum distributing equipment are determined according to the distance between target BS and each adjacent base station Usable spectrum of each adjacent base station relative to the target BS, and according to the available frequency of each adjacent base station Spectrum, determines predistribution frequency spectrum of each adjacent base station relative to the target BS；
Step 602 is directed to an adjacent base station, if the mesh of only one in the adjacent base station of the adjacent base station Base station is marked, the frequency spectrum distributing equipment distributes to the adjacent base station relative to the predistribution frequency spectrum of the target BS described Adjacent base station；If there is multiple target BS in the adjacent base station of the adjacent base station, the frequency spectrum distributing equipment is according to institute Predistribution frequency spectrum of the adjacent base station relative to each target BS is stated, carries out frequency spectrum distribution for the adjacent base station.
Preferably, the frequency spectrum distributing equipment is determined according to the distance between target BS and each adjacent base station Usable spectrum of each adjacent base station relative to the target BS, comprising:
For an adjacent base station, the frequency spectrum distributing equipment is according to distance range and for expression and target BS The corresponding relationship of the type of distance determines the corresponding class of range belonging to the distance between target BS and the adjacent base station Type, and using determining type as the type of the adjacent base station；
The frequency spectrum distributing equipment determines each adjacent base station relative to described according to the type of each adjacent base station The usable spectrum of target BS.
Preferably, type of the frequency spectrum distributing equipment according to each adjacent base station, determines each adjacent base station phase For the usable spectrum of the target BS, comprising:
If the type of the adjacent base station is the first kind that distance is remote between expression and target BS, for one first The adjacent base station of type, the frequency spectrum distributing equipment is using all usable spectrums as the adjacent base station relative to the target base The usable spectrum stood；
If the type of the adjacent base station is to indicate the farther away Second Type of distance between target BS, for one the The adjacent base station of two types, the frequency spectrum distributing equipment determine between the adjacent base station and adjacent each specific objective base station Distance, and determine the corresponding frequency isolation degree of the shortest distance, the frequency spectrum of determining frequency isolation degree will be met as the phase Usable spectrum of the adjacent base station relative to the target BS, wherein the specific objective base station is adjacent with the adjacent base station The type of the adjacent base station can be made as the target BS of Second Type in the target BS.
If the type of the adjacent base station is the third type that distance is close between expression and target BS, for a third The adjacent base station of type, the frequency spectrum distributing equipment determine total interference of the adjacent base station on each frequency spectrum, and select dry Disturb usable spectrum of the smallest frequency spectrum benchmark as the adjacent base station relative to the target BS.
Preferably, the frequency spectrum distributing equipment determines the corresponding frequency isolation degree of the shortest distance, comprising:
If the adjacent base station is macro base station, the frequency spectrum distributing equipment is according to the distance range and frequency isolation of macro base station The corresponding relationship of degree determines the corresponding frequency isolation degree of distance range belonging to the shortest distance；
If the adjacent base station is small station, the frequency spectrum distributing equipment is according to the distance range in small station and frequency isolation degree Corresponding relationship determines the corresponding frequency isolation degree of distance range belonging to the shortest distance.
Preferably, usable spectrum of the frequency spectrum distributing equipment according to each adjacent base station, determines each phase Predistribution frequency spectrum of the adjacent base station relative to the target BS, comprising:
The frequency spectrum distributing equipment is according to the demand bandwidth and each third type of the adjacent base station of each third type Usable spectrum of the adjacent base station relative to the target BS, determine the adjacent base station of each third type relative to the mesh Mark the predistribution frequency spectrum of base station；
Usable spectrum of the frequency spectrum distributing equipment from the adjacent base station of each Second Type relative to the target BS In, predistribution frequency spectrum of the adjacent base station of third type relative to the target BS is removed, according to second each of after removal The adjacent base station of type is relative to the usable spectrum of the target BS and the demand band of the adjacent base station of each Second Type Width determines predistribution frequency spectrum of the adjacent base station relative to the target BS of each Second Type；
The frequency spectrum distributing equipment removes the adjacent base station of third type relative to the target from all usable spectrums The predistribution frequency spectrum of the predistribution frequency spectrum of base station and the adjacent base station of Second Type relative to the target BS, according to removal The demand bandwidth of the adjacent base station of usable spectrum and each first kind afterwards, determines the adjacent base station phase of each first kind For the predistribution frequency spectrum of the target BS.
Preferably, predistribution of the frequency spectrum distributing equipment according to the adjacent base station relative to each target BS Frequency spectrum carries out frequency spectrum distribution for the adjacent base station, comprising:
Friendship of the frequency spectrum distributing equipment by the adjacent base station relative to the predistribution frequency spectrum of each target BS Collection frequency spectrum distributes to the adjacent base station.
As shown in fig. 7, the method that the embodiment of the present invention seven distributes frequency spectrum includes:
Step 700, base station determine that frequency spectrum distributing equipment is the frequency spectrum of base station distribution；
Step 701, the base station are transmitted on the frequency spectrum that the frequency spectrum distributing equipment distributes.
It can be seen from the above: frequency spectrum of embodiment of the present invention distributing equipment according to target BS with it is each described adjacent The distance between base station determines usable spectrum of each adjacent base station relative to the target BS, and according to each institute The usable spectrum for stating adjacent base station determines predistribution frequency spectrum of each adjacent base station relative to the target BS, according to Preallocating frequency spectrum is that each adjacent base station carries out frequency spectrum distribution, carries out frequency for multioperator frequency spectrum share scene to realize Spectrum distribution；Further improve system performance.
Obviously, various changes and modifications can be made to the invention without departing from essence of the invention by those skilled in the art Mind and range.In this way, if these modifications and changes of the present invention belongs to the range of the claims in the present invention and its equivalent technologies Within, then the present invention is also intended to include these modifications and variations.
Claims (14)
Priority Applications (1)
Application Number  Priority Date  Filing Date  Title 

CN201410594143.XA CN105636059B (en)  20141029  20141029  A kind of method and apparatus distributing frequency spectrum 
Applications Claiming Priority (2)
Application Number  Priority Date  Filing Date  Title 

CN201410594143.XA CN105636059B (en)  20141029  20141029  A kind of method and apparatus distributing frequency spectrum 
PCT/CN2015/089469 WO2016065992A1 (en)  20141029  20150911  Spectrum allocating method and device 
Publications (2)
Publication Number  Publication Date 

CN105636059A CN105636059A (en)  20160601 
CN105636059B true CN105636059B (en)  20181211 
Family
ID=55856573
Family Applications (1)
Application Number  Title  Priority Date  Filing Date 

CN201410594143.XA CN105636059B (en)  20141029  20141029  A kind of method and apparatus distributing frequency spectrum 
Country Status (2)
Country  Link 

CN (1)  CN105636059B (en) 
WO (1)  WO2016065992A1 (en) 
Citations (4)
Publication number  Priority date  Publication date  Assignee  Title 

CN1258419A (en) *  19970328  20000628  艾利森电话股份有限公司  Method and apparatus for performing local traffic measurement in cellular telephone network 
CN102232307A (en) *  20110616  20111102  华为技术有限公司  Dynamic spectrum allocation method, center control unit, bs and spectrum allocation system 
CN103297974A (en) *  20120227  20130911  中兴通讯股份有限公司  Dynamic spectrum distributing method and device based on information channel management 
CN103379498A (en) *  20120420  20131030  华为技术有限公司  Method and device for sharing dynamic spectrums 
Family Cites Families (4)
Publication number  Priority date  Publication date  Assignee  Title 

US20060160543A1 (en) *  20020314  20060720  Alex Mashinsky  Method and system for dynamic spectrum allocation and management 
CN101098500B (en) *  20060630  20100512  联想(北京)有限公司  Communication system and communication method fusing mobile communications network and video broadcasting network 
US8442001B2 (en) *  20091021  20130514  Qualcomm Incorporated  Systems, methods and apparatus for facilitating handover control using resource reservation with frequency reuse 
CN103002501A (en) *  20110919  20130327  北京三星通信技术研究有限公司  Mobile relay implementing method and mobile relay system 

2014
 20141029 CN CN201410594143.XA patent/CN105636059B/en active IP Right Grant

2015
 20150911 WO PCT/CN2015/089469 patent/WO2016065992A1/en active Application Filing
Patent Citations (4)
Publication number  Priority date  Publication date  Assignee  Title 

CN1258419A (en) *  19970328  20000628  艾利森电话股份有限公司  Method and apparatus for performing local traffic measurement in cellular telephone network 
CN102232307A (en) *  20110616  20111102  华为技术有限公司  Dynamic spectrum allocation method, center control unit, bs and spectrum allocation system 
CN103297974A (en) *  20120227  20130911  中兴通讯股份有限公司  Dynamic spectrum distributing method and device based on information channel management 
CN103379498A (en) *  20120420  20131030  华为技术有限公司  Method and device for sharing dynamic spectrums 
Also Published As
Publication number  Publication date 

WO2016065992A1 (en)  20160506 
CN105636059A (en)  20160601 
Similar Documents
Publication  Publication Date  Title 

JP2017085594A (en)  Method and apparatus for opportunistic radio resource allocation in multicarrier communication system  
US10568104B2 (en)  System and method for heterogenous spectrum sharing between commercial cellular operators and legacy incumbent users in wireless networks  
CN104272790B (en)  The measurement of coordinating multiple points (CoMP) system interior joint  
Tehrani et al.  Licensed spectrum sharing schemes for mobile operators: A survey and outlook  
Naik et al.  Quantitative assessment of TV white space in India  
CN105830523B (en)  Device is carried out using carrier wave polymerization to communicate to device  
CN103733664B (en)  Method and apparatus for managing distributing antenna system  
Doyle et al.  Spectrum without bounds, networks without borders  
ES2728235T3 (en)  Wireless terminal, wireless station, wireless communication system and method implemented in them  
KR20170033276A (en)  WirelessSpectrum Monitoring and Analysis  
EP2578011B1 (en)  Method and apparatus for cognitive radio coexistence  
CN104737608B (en)  System and method for interference coordination between dynamic cell  
US8290503B2 (en)  Multichannel dynamic frequency selection  
US9992784B2 (en)  Base station frequency resource allocation method and network device  
CN104272794B (en)  InterCell Interference Coordination in wireless network  
KR20150067261A (en)  Coexistence management of shared spectrum access  
US8954010B2 (en)  Spectrum management system for municipal spectrum using guided cognitive radio  
US10349412B2 (en)  Communication control apparatus, communication control method, and communication system  
JP5178915B2 (en)  Adjusting transmissions for secondary use  
DE102012222022A1 (en)  Quasidynamic access to frequencies for applications on the internet of things (i0t)  
CN103297974B (en)  A kind of method for allocating dynamic frequency spectrums and device based on channel management  
US8023898B2 (en)  Communication systems  
TWI404442B (en)  System and method for femtocell self organization and configuration process  
CN102595616B (en)  Measurementassisted dynamic frequencyreuse in cellular telecommuncations networks  
CN102204310B (en)  Resource allocation method, apparatus and base station 
Legal Events
Date  Code  Title  Description 

C06  Publication  
PB01  Publication  
C10  Entry into substantive examination  
SE01  Entry into force of request for substantive examination  
GR01  Patent grant  
GR01  Patent grant 