CN103200594B - The statistical method of a kind of yard of resource and device - Google Patents
The statistical method of a kind of yard of resource and device Download PDFInfo
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- CN103200594B CN103200594B CN201310071301.9A CN201310071301A CN103200594B CN 103200594 B CN103200594 B CN 103200594B CN 201310071301 A CN201310071301 A CN 201310071301A CN 103200594 B CN103200594 B CN 103200594B
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
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Abstract
The present invention relates to the communications field, disclose statistical method and the device of a kind of yard of resource, in order to reduce statistics power consumption, and improve the precision of code resource statistics result.The method is: base station side does not re-use the sampling period, also no longer empty point of difference reports pattern and non-NULL to divide and reports pattern, but only the BRU total number that on each frequency, H business takies is inquired about once in each report cycle, and adopt the algorithm optimized to calculate a yard resource statistics result, like this, not only increase the precision calculating the code resource statistics result obtained, also computational process is made to simplify, more can reflect the truth of yard utilization of resources compared to existing technology objectively, thus the size of code saved needed for computing, save amount of calculation and the interface message amount of base station, and simplified every configuration parameter of base station, reduce the risk that mistake appears in result of calculation, the effective guarantee overall performance of system.
Description
Technical field
The present invention relates to the communications field, particularly the statistical method of a kind of yard of resource and device.
Background technology
At RAN(RadioAccessNetwork, wireless access network) in system, code resource utilization is an important statistical parameter, namely so-called code resource utilization refers to the BRU(BasicResourceUnit that business takies, basic resource unit) number divided by whole available BRU number, be that RAN system exports the statistics of the code occupation condition that miscellaneous service type and Common Control Channel are carried out, wherein, HSDPA(HighSpeedDownlinkPacketAccess, high-speed slender body theory)/HSUPA(HighSpeedUplinkPacketAccess, high speed uplink packet accesses) the code occupation condition statistics of business (be collectively referred to as below these two kinds of business be called for short H business) relates to the statistics of base station side to the BRU number that H business takies, base station side can according to HS-SCCH(SharedControlChannelforHighSpeedDownlinkSharedCh annel, high speed descending sharing channel shared control channel)/HS-AGCH(EnhancedDedicatedTransportChannelAbsoluteGrantCh annel, enhanced dedicated absolute grant channel) actual count goes out HS-PDSCH(HighSpeedPhysicalDownlinkSharedChannel, high-speed physical downlink shared channel (HS-PDSCH))/E-PUCH(EnhancedDedicatedTransportChannelPhysicalUplinkCh annel, enhanced dedicated physical uplink channel) the BRU number that is scheduled, and report to OMC(OperationsandMaintenanceCentre-Radio, operation maintenance center), at present, report cycle is 15 minutes, follow community KPI(KeyPerformanceIndicator, KPI Key Performance Indicator) report.
Consult shown in Fig. 1, current implementation is: first, and definition " sampling period " parameter, operation interface can be inquired about, can arrange, and just join value for 30s, span is 1-30s.Secondly, definition " reporting pattern " parameter, operation interface can be inquired about, can arrange, be divided into sky merotype and non-NULL merotype; Namely so-called empty point refer to that physical location terminal relatively far apart adopts identical frequency domain resource, namely same frequency domain resource is reused, the mode of frequency domain resource recycling as shown in Figure 2, it is a kind of characteristic under prior art, empty merotype is MAC(MediumAccessControl in existing code resource statistics scheme, medium education) module to the OM(OperationsandMaintenance of base station side, Operation and Maintenance) a kind of method of counting that module is given the correct time.
The OM module of base station side inquires about the relevant parameter of each frequency respectively in each sampling period in units of frequency to MAC-hs and MAC-e of base station side, and reports according to the pattern that reports preset; Wherein, MAC-hs is for managing HSDPA relevant issues, and MAC-e is for managing HSUPA relevant issues.
For frequency x, the relevant parameter of frequency x is specially:
1, the maximum of the actual BRU number taken by H business of each subframe in the sampling period, i.e. MAX [the BRU number that in the sampling period, each subframe reality is taken by H business].
2, set up from community, the BRU total number that on frequency x, H business takies, wherein, the BRU total number that in each sampling period, on frequency x, H business takies=this reported result-last reported result.
Inquire about above-mentioned 1st kind and the 2nd kind of relevant parameter time, MAC-hs and MAC-e of base station side is according to predetermined manner statistics, as follows for the process that subframe X, MAC-hs and a MAC-e add up the BRU number that H business takies in subframe x according to predetermined manner:
If MAC-hs and MAC-e adopts empty merotype to report, then report each heavy BRU number sum;
If MAC-hs and MAC-e adopts non-NULL merotype to report, then report the maximum number in each heavy BRU number.
When inquiring about above-mentioned 2nd kind of relevant parameter, MAC-hs and MAC-e of base station side is actual is set up from community according to predetermined manner statistics, the BRU total number that on frequency x, H business takies, and after the statistics of OM acquisition MAC-hs and MAC-e, above-mentioned 2nd kind of relevant parameter is calculated again, the BRU total number that namely in the sampling period, on frequency x, H business takies based on this statistics.
3, in each sampling period, according to the last NBAP(NodeBApplicationPart, NodeB Application Part) configure to the code resource theory value of the BRU number determination frequency x of the HS-PDSCH/E-PUCH channel of MAC.
OM, after the above-mentioned 3 kinds of parameters receiving the frequency x that MAC-hs and MAC-e reports, can adopt but be not limited to following 3 kinds of algorithms and carry out process acquisition code resource statistics result, be specially:
Algorithm 1:
Algorithm 2:
Algorithm 3:
After OM obtains above-mentioned code resource statistics result, judge whether the code resource statistics result of frequency x reality exceedes default theoretical value, if so, then reports OMC by theoretical value, otherwise, report OMC by calculating the code resource statistics result obtained.
For each frequency, OM all can carry out the inquiry of yard resource according to the mode identical with frequency x and report, and does not repeat them here.
But, adopt aforesaid way to report the code resource of each frequency can there is following problem:
The first, in each sampling period, OM will respectively for 3 relevant parameters mutual between each frequency and MAC-hs and MAC-e, thus cause size of message mutual between OM and MAC-hs and MAC-e larger.
The second, distinguish empty point to report pattern and non-NULL to divide to report pattern, add the calculating dimension of MAC-hs and MAC-e; And OM does not distinguish empty point to report pattern and non-NULL merotype, namely no matter which kind of pattern MAC-hs and MAC-e adopts report, OM all divides situation process by common without empty, the code resource statistics result being greater than theoretical value calculated under merotype that makes to have leisure is reported by by theoretical value again, wastes computational resource.
When three, processing based on algorithm 2, adopt the BRU number maximum sampling period to represent all sampling periods in report cycle, the situation in other sampling period all can be obliterated like this; As, there is the business such as download in the sampling period 1, only there is web-browsing service in other sampling periods, so OM will be as the criterion with the situation in employing cycle 1 all the time and carry out a yard resource statistics, thus affects the precision of code resource statistics result.
When four, processing based on algorithm 3, within each sampling period, get BRU maximum number does on average again, with the third situation in like manner, in this case, also be equal to the situation adopting the maximum subframe of BRU number to represent other all subframes in the sampling period, thus affect the precision of code resource statistics result.
Five, OM judges whether code resource statistics result exceedes theoretical value, exceedes theoretical value and then reports according to theoretical value, does not exceed theoretical value and then reports according to statistical value.This processing mode, owing to taking approximate processing, thus exacerbates the deviation of data.Namely the theoretical value that OM thinks gets " the last NBAP configures to the BRU number of the HS-PDSCH/E-PUCH channel of MAC " to MAC-hs and MAC-e inquiry, and the reprovision situation that can have ignored like this in front several sampling period, if the BRU number of the HS-PDSCH/E-PUCH channel configured in front several report cycle is more, and the BRU number of the HS-PDSCH/E-PUCH channel of reprovision is less in current report cycle, the result reported to OMC then can be caused to diminish, otherwise, if the BRU number of the HS-PDSCH/E-PUCH channel configured in front several report cycle is less, and the BRU number of the HS-PDSCH/E-PUCH channel of reprovision is more and adopt empty point to report pattern in current report cycle, the result reported to OMC then can be caused to exceed theoretical value, this can affect the precision of final code resource statistics result equally.
Six, adopt existing algorithm to carry out yard resource statistics and can correct " for paroxysmal business such as web page browsings; the code resource statistics Lower result that H business takies; cannot embody actually taking situation " this problem, but also brought new problem into simultaneously, namely the paroxysmal business such as web page browsing are too pursued no longer on the low side, cause existing code resource statistics result generally higher than actual conditions, thus the precision of final code resource statistics result can be affected equally.
Summary of the invention
The embodiment of the present invention provides statistical method and the device of a kind of yard of resource, in order to reduce statistics power consumption, and improves the precision of code resource statistics result.
The concrete technical scheme that the embodiment of the present invention provides is as follows:
A statistical method for yard resource, comprising:
The BRU total number that in the current report cycle of base station inquiry, on each frequency, high-speed packet access service takies;
Base station calculates the code resource statistics result in current report cycle on each frequency according to Query Result;
The code resource statistics result of each frequency obtained is reported to OMC by base station.
A statistic device for yard resource, comprising:
OM module, for inquiring about the BRU total number that in current report cycle, on each frequency, high-speed packet access service takies, and base station calculates the code resource statistics result in current report cycle on each frequency according to Query Result, and the code resource statistics result of each frequency obtained is reported to OMC;
MAC module, for providing the BRU total number that in current report cycle, on each frequency, high-speed packet access service takies.
In the embodiment of the present invention, base station side does not re-use the sampling period, also no longer empty point of difference reports pattern and non-NULL to divide and reports pattern, but only the BRU total number that on each frequency, H business takies is inquired about once in each report cycle, and adopt the algorithm optimized to calculate a yard resource statistics result, like this, not only increase the precision calculating the code resource statistics result obtained, also computational process is made to simplify, more can reflect the truth of the utilization of resources compared to existing technology objectively, thus the size of code saved needed for computing, save amount of calculation and the interface message amount of base station, and simplified every configuration parameter of base station, reduce the risk that mistake appears in result of calculation, the effective guarantee overall performance of system.
Accompanying drawing explanation
Fig. 1 is that under prior art, code resource statistics result reports schematic diagram;
Fig. 2 is Resourse Distribute schematic diagram under empty merotype under prior art;
Fig. 3 is base station functions structural representation in the embodiment of the present invention;
Fig. 4 is that in the embodiment of the present invention, a yard resource statistics flow chart is carried out in base station.
Embodiment
In order to reduce the power consumption of yard resource statistics, and improve the precision of statistics, in the embodiment of the present invention, in the embodiment of the present invention, the statistical project of the code resource (i.e. BRU number) that base station side H business takies is optimized, be specially: the OM module of base station side does not re-use the sampling period, only inquire about once to MAC layer module (i.e. MAC-hs and MAC-e) in each report cycle, and only inquire about a kind of relevant parameter, the BRU total number that namely in report cycle, H business takies; Wherein, namely so-called H business refers to HSUPA business and HSDPA business, and the BRU total number that these two kinds of business take is independent inquiry separately.
Below in conjunction with accompanying drawing, the preferred embodiment of the present invention is described in detail.
Consult shown in Fig. 3, in the embodiment of the present invention, base station comprises OM module 30 and MAC module 31, wherein,
OM module 30, for inquiring about the BRU total number that in current report cycle, on each frequency, H business takies, and base station calculates the code resource statistics result in current report cycle on each frequency according to Query Result, and the code resource statistics result of each frequency obtained is reported to OMC;
MAC module 31, for providing the BRU total number that in current report cycle, on each frequency, high-speed packet access service takies.
Consult shown in Fig. 4, in the embodiment of the present invention, the detailed process that yard resource statistics is carried out in base station is as follows:
Step 400: the BRU total number that in the current report cycle of base station inquiry, on each frequency, high-speed packet access service (i.e. H business) takies.
In the embodiment of the present invention, one query is only carried out for each frequency in base station in each report cycle, no longer distinguishes the sampling period.For any one frequency (i.e. frequency x), preferably, OM module 30 in base station to the BRU total number that the MAC module 31 of this locality H business on frequency x of inquiring about takies, namely inquires about the BRU total number that in current report cycle, on frequency x, HSUPA business takies in each report cycle; And inquire about the BRU total number that in current report cycle, on frequency x, HSDPA business takies.Accordingly, in MAC module 31, comprise MAC-hs and MAC-e, be respectively used to provide the BRU total number that on BRU total number and each frequency that on each frequency, HSDPA business takies, HSUPA business takies.In the embodiment of the present invention, MAC module 31 is when the BRU total number that H business on frequency x of feeding back to OM module 30 takies, no matter be adopt empty merotype to report or adopt non-NULL merotype to report, all feed back the maximum number in each heavy BRU number that on frequency x, HSDPA business takies, and the maximum number in each heavy BRU number that on feedback frequency x, HSUPA business takies, further, MAC module 31, after feeding back to OM module 30, needs feedback content to reset New count of laying equal stress on.
Wherein, the opportunity that OM module 30 inquires about the BRU total number that H business on frequency x takies is determined by OM module 30, be generally and report setting-up time point before the code resource statistics result of frequency x to OMC, and call time on trying one's best, because code resource statistics result together will report with community KPI parameter, therefore, need to guarantee that OM module 30 has enough time to process the KPI parameter of all communities.
Step 410: base station calculates the code resource statistics result on each frequency according to Query Result.
Still for frequency x, base station is when the BRU total number taken according to H business on frequency x calculates code resource statistics result, preferably, the algorithm 1 of optimization can be adopted, the BRU total number that namely HSUPA business on frequency x can be taken, divided by the totalframes in current report cycle, obtains the code resource statistics result of HSUPA business; And the BRU total number that on frequency x, HSDPA business takies, divided by the totalframes in current report cycle, obtains the code resource statistics result of HSDPA business.
Such as: for HSDPA business, suppose to exist in a subframe 2 ascending time slots and 4 descending time slots (to there are 4 descending time slots not represent HSDPA business and take 4 descending time slots, according to actual needs, 4 descending time slots can be taken at most), in the present embodiment, suppose all to take 4 descending time slots in each subframe of HSDPA business in each report cycle, and the duration of a hypothesis report cycle is 15min, then in a report cycle, the BRU total number that on frequency x, HSDPA business takies is:
∑ { the BRU number that on each descending time slot in report cycle in each subframe, HSDPA business takies }
And in each time slot, include 16 BRU, and include 200 subframes in per second, namely BRU total number is: 16*4*15min*(60s/min) * (200 frames/s)=11520000 BRU.
Accordingly, in report cycle, on frequency x, the code resource statistics result of HSDPA business is: the totalframes in BRU total number/report cycle that on frequency x, HSDPA business takies, namely 11520000/ [15min*(60s/min) * (200 frames/s)]=64 BRU, as can be seen here, on frequency x, namely the code resource statistics result of HSDPA business is the BRU number that on frequency x, HSDPA business on average takies in every frame.
Under prior art, the problem of upset can be there is in code resource statistics the possibility of result, namely community is set up usually always, the code resource statistics result of the H business that so in community, each frequency is corresponding can exceed default range of variables sooner or later, therefore, MAC layer needs counting during correct process upset, and OM needs calculating during correct process upset, as: the BRU total number that in the sampling period, H business takies=this reported result (after upset)-last reported result (upset).
For overcoming the miscount risk problem that upset brings, in the embodiment of the present invention, the data type of default range of variables is redefined.
Preferably, in the embodiment of the present invention, for H business (HSUPA business or HSDPA business all applicable), default range of variables can be set to u32, wherein, the meaning of u is " without symbol ", namely u32 can represent 232, open ended BRU number is 4, 294, 967, 296, be far longer than the theoretical maximum of the BRU total number that the H business that calculates in a report cycle takies, that is: the totalframes (i.e. 15min*60s/min*200 frame/s)=14 in (16 BRU/ time slots) * (maximum 5 upstream or downstream time slot/frames) * report cycle, 400, 000 BRU, further, feedback content all can be reset New count of laying equal stress on after feeding back the BRU total number that H business takies each time by MAC module 31, therefore, there will not be turning problem, effectively simplifies computation complexity, ensured the accuracy of result of calculation.
On the other hand, in the above-described embodiments, consider the business for demblee forms such as web page browsings, in most of subframe, BRU takies number is 0, and namely BRU total number is less, and after average, numerical value may be very small, and spy does following process to the average obtained:
First method is: to get after decimal point at least six by calculating the code resource statistics result obtained
Concrete, code resource statistics result can be defined as decimal, fractional part figure place can calculate theoretical extreme, namely suppose to only have 1 BRU to take in 15min, then calculating a yard resource statistics result is 0.00000555 ..., display, as long as comprise 6 decimals, even if by code resource statistics result by numerical value imbody out, instead of 0 can be shown as when only having 1 BRU to take in 15min.
Second method is: round up calculating the code resource statistics result obtained.
Adopt the mode rounded up both can not differ greatly with actual conditions, web page browsing statistics can not be made again to be 0, to be namely at least 1, like this, even if by code resource statistics result by numerical value imbody out, instead of 0 can be shown as when only having 1 BRU to take in 15min.
Step 420: the code resource statistics result of each frequency obtained is reported to OMC by base station.
After OMC receives the code resource statistics result of each frequency, can respectively by the code resource statistics result of each frequency divided by corresponding frequency can BRU number, just can obtain the code resource utilization of each frequency.
In sum, in the embodiment of the present invention, base station side does not re-use the sampling period, also no longer empty point of difference reports pattern and non-NULL to divide and reports pattern, but only the BRU total number that on each frequency, H business takies is inquired about once in each report cycle, and adopt the algorithm 1 optimized to calculate a yard resource statistics result, like this, not only increase the precision calculating the code resource statistics result obtained, also computational process is made to simplify, more can reflect the truth of the utilization of resources compared to existing technology objectively, thus the size of code saved needed for computing, save amount of calculation and the interface message amount of base station, and simplified every configuration parameter of base station, reduce the risk that mistake appears in result of calculation, the effective guarantee overall performance of system.
Those skilled in the art should understand, embodiments of the invention can be provided as method, system or computer program.Therefore, the present invention can adopt the form of complete hardware embodiment, completely software implementation or the embodiment in conjunction with software and hardware aspect.And the present invention can adopt in one or more form wherein including the upper computer program implemented of computer-usable storage medium (including but not limited to magnetic disc store, CD-ROM, optical memory etc.) of computer usable program code.
The present invention describes with reference to according to the flow chart of the method for the embodiment of the present invention, equipment (system) and computer program and/or block diagram.Should understand can by the combination of the flow process in each flow process in computer program instructions realization flow figure and/or block diagram and/or square frame and flow chart and/or block diagram and/or square frame.These computer program instructions can being provided to the processor of all-purpose computer, special-purpose computer, Embedded Processor or other programmable data processing device to produce a machine, making the instruction performed by the processor of computer or other programmable data processing device produce device for realizing the function of specifying in flow chart flow process or multiple flow process and/or block diagram square frame or multiple square frame.
These computer program instructions also can be stored in can in the computer-readable memory that works in a specific way of vectoring computer or other programmable data processing device, the instruction making to be stored in this computer-readable memory produces the manufacture comprising command device, and this command device realizes the function of specifying in flow chart flow process or multiple flow process and/or block diagram square frame or multiple square frame.
These computer program instructions also can be loaded in computer or other programmable data processing device, make on computer or other programmable devices, to perform sequence of operations step to produce computer implemented process, thus the instruction performed on computer or other programmable devices is provided for the step realizing the function of specifying in flow chart flow process or multiple flow process and/or block diagram square frame or multiple square frame.
Although describe the preferred embodiments of the present invention, those skilled in the art once obtain the basic creative concept of cicada, then can make other change and amendment to these embodiments.So claims are intended to be interpreted as comprising preferred embodiment and falling into all changes and the amendment of the scope of the invention.
Obviously, those skilled in the art can carry out various change and modification to the embodiment of the present invention and not depart from the spirit and scope of the embodiment of the present invention.Like this, if these amendments of the embodiment of the present invention and modification belong within the scope of the claims in the present invention and equivalent technologies thereof, then the present invention is also intended to comprise these change and modification.
Claims (8)
1. a statistical method for code resource, is characterized in that, comprising:
The basic resource unit BRU total number that in the current report cycle of base station inquiry, on each frequency, each scheduling sublayer frame high speed uplink packet access HSUPA business takies; And, the BRU total number that in the current report cycle of base station inquiry, on each frequency, each scheduling sublayer frame high-speed downlink packet access HSDPA business takies; On any one frequency of base station inquiry each scheduling sublayer frame high-speed packet access service take BRU total number time, maximum number in each heavy BRU number that on feedback any one frequency described, HSUPA business takies, and the maximum number in each heavy BRU number that on feedback any one frequency described, HSDPA business takies, and after feedback, feedback content is reset;
Base station calculates the code resource statistics result of each scheduling subframe on each frequency in current report cycle according to Query Result;
The code resource statistics result of each scheduling subframe on each frequency obtained is reported to operation maintenance center OMC by base station.
2. the method for claim 1, is characterized in that, the setting-up time point of base station before reporting to OMC, inquires about the basic resource unit BRU total number that in current report cycle, on each frequency, high-speed packet access service takies.
3. the method for claim 1, is characterized in that, the base station Query Result corresponding according to any one frequency calculates the code resource statistics result of each scheduling subframe on any one frequency described in current report cycle, comprising:
The BRU total number that the HSUPA business of scheduling sublayer frame scheduling each on any one frequency described takies by base station, divided by the totalframes in current report cycle, obtains the code resource statistics result of HSUPA business; And,
The BRU total number that the HSDPA business of scheduling sublayer frame scheduling each on any one frequency described takies by base station, divided by the totalframes in current report cycle, obtains the code resource statistics result of HSDPA business.
4. the method for claim 1, it is characterized in that, after base station calculates the code resource statistics result obtaining each scheduling subframe on any one frequency described, before reporting, the code resource statistics result of acquisition to be got after decimal point at least six, or, the code resource statistics result of acquisition is rounded up.
5. a statistic device for code resource, is characterized in that, comprising:
Operation and Maintenance OM module, for inquiring about the BRU total number that in current report cycle, on each frequency, each scheduling sublayer frame high speed uplink packet access HSUPA business takies; And, inquire about the BRU total number that in current report cycle, on each frequency, each scheduling sublayer frame high-speed downlink packet access HSDPA business takies, and calculate the code resource statistics result of each scheduling subframe on each frequency in current report cycle according to Query Result, and the code resource statistics result of each scheduling subframe on each frequency obtained is reported to operation maintenance center OMC;
Media access control MAC module, for providing the BRU total number that in current report cycle, on each frequency, high-speed packet access service takies, on described any one frequency of OM module polls each scheduling sublayer frame high-speed packet access service take BRU total number time, maximum number in each heavy BRU number that on feedback any one frequency described, each scheduling subframe HSUPA business takies, and the maximum number in each heavy BRU number that on feedback any one frequency described, HSDPA business takies, and after feedback, feedback content is reset.
6. device as claimed in claim 5, is characterized in that, the setting-up time point of described OM module before reporting to OMC, inquires about the basic resource unit BRU total number that in current report cycle, on each frequency, high-speed packet access service takies.
7. device as claimed in claim 5, is characterized in that, the Query Result corresponding according to any one frequency calculates the code resource statistics result of each scheduling subframe on any one frequency described in current report cycle, described OM module specifically for:
The BRU total number HSUPA business of scheduling sublayer frame scheduling each on any one frequency described taken, divided by the totalframes in current report cycle, obtains the code resource statistics result of HSUPA business; And,
The BRU total number HSDPA business of scheduling sublayer frame scheduling each on any one frequency described taken, divided by the totalframes in current report cycle, obtains the code resource statistics result of HSDPA business.
8. device as claimed in claim 5, it is characterized in that, described OM module is further used for:
After calculating the code resource statistics result obtaining each scheduling subframe on any one frequency described, before reporting, the code resource statistics result of acquisition to be got after decimal point at least six, or, the code resource statistics result of acquisition is rounded up.
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