CN102655654A - Telephone traffic statistics method and device as well as networking method and device - Google Patents
Telephone traffic statistics method and device as well as networking method and device Download PDFInfo
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- CN102655654A CN102655654A CN2011100524766A CN201110052476A CN102655654A CN 102655654 A CN102655654 A CN 102655654A CN 2011100524766 A CN2011100524766 A CN 2011100524766A CN 201110052476 A CN201110052476 A CN 201110052476A CN 102655654 A CN102655654 A CN 102655654A
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Abstract
The invention provides a telephone traffic statistics method which comprises the steps that: a wireless network controller acquires a channel in which a user is located; and the wireless network controller conducts telephone traffic statistics according to the channel. The invention further provides a telephone traffic statistics device. The invention also provides a networking method which comprises the steps of merging or splitting cell channels according to the telephone traffic statistics result and preset strategy. The invention also provides a networking device. Telephone traffic information of indoor covering areas smaller than that of cell covering areas is obtained by adopting a channel-based telephone traffic statistics method, the adopted method is simple without modifying current protocol standard, and the telephone traffic information is achieved only by supporting the row index of the CCSA (China Communications Standards Association). Simultaneously, indoor telephone traffic statistics effectively utilizes distributive antennas to obtain telephone traffic information of all channels, thus providing more accurate data basis for combination and splitting of cells.
Description
Technical field
The present invention relates to wireless communication system, relate in particular to a kind of statistical method for telephone traffic and device, network-building method and device in the wireless network.
Background technology
Traffic measurement provides the data foundation of carrying out network O&M to the client.The traffic measurement of main flow is that unit carries out according to the sub-district all in the existing network at present.But to indoor covering; Present TDSCDMA (TD SDMA access) network has been realized the indoor covering solution of multichannel; In CCSA (CCSA) rower, introduced simultaneously CP (Cell Portion is a geographic area of sub-district) technological concept.Passage just is meant a CP, and CP is a unit littler than the sub-district, is one or one group of antenna region covered, the part (or all) that CP institute region covered is a sub-district.
The different buildings of different floors possibly covered by one or more passage of a sub-district, and the traffic statistic of realizing at present that is directed to the sub-district can not reflect in each building or actual traffic information in the floor.
Summary of the invention
The technical problem that the present invention will solve provides a kind of statistical method for telephone traffic and device, and a kind of network-building method and device, the problem of actual traffic information in the interior perhaps floor of each buildings of the different reflection of solution live traffic statistics.
In order to address the above problem, the invention provides a kind of statistical method for telephone traffic, comprising:
Radio network controller obtains the user and belongs to passage;
Said radio network controller carries out traffic measurement according to passage.
Further, said method also can have following characteristics, and said radio network controller obtains the user and belongs to passage and comprise: the measurement report that said radio network controller reports according to the base station obtains the user and belongs to passage; Perhaps, obtain the user through the gap marker information in real-time detection Frame Protocol (FP) frame and belong to passage.
Further, said method also can have following characteristics, saidly carries out traffic measurement according to passage and comprises one of following or its combination: the sign indicating number resource occupation ratio of all types of numbers of users of the duration of call of each passage, the flow of each passage, each passage and each passage.
Further, said method also can have following characteristics, and the duration of call statistics of each passage comprises:
When business place passage changed, the duration of call in this passage was: settling time professional radio bearer release time-radio bearer;
When business moved in a plurality of passages, business initial was set up place its duration of call of passage and is: business shifts out current channel time-service bearer settling time; Its duration of call of center-aisle in the professional moving process is: business shifts out the time that current channel time-business shifts out last passage; Its duration of call of last passage in the professional moving process is: service bearer release time-business shifts out the time of last passage.
Further, said method also can have following characteristics, and the traffic statistics of each passage comprise:
When business place passage changed, the flow in this passage was: professional radio bearer release time and radio bearer between settling time in the control of protocol Data Unit number * Radio Link load;
When business moved in a plurality of passages, business initial was set up the place channel capacity and is: business shifts out current channel time and service bearer protocol Data Unit number * Radio Link control load between settling time; Its flow of center-aisle in the professional moving process is: business shifts out current channel time and professional and shifts out protocol Data Unit number * Radio Link control load between time of last passage; Its flow of last passage in the professional moving process is: shift out service bearer release time and professional protocol Data Unit number * Radio Link control load between time of last passage.
The present invention also provides a kind of traffic measurement device, comprising:
The channel management unit is used to obtain the user and belongs to passage;
Statistic unit is used for carrying out traffic measurement according to passage.
Further, said apparatus also can have following characteristics, and said channel management unit is used for obtaining the user according to the measurement report that the base station reports and belongs to passage; Perhaps, obtain the user through the gap marker information in real-time detection Frame Protocol (FP) frame and belong to passage.
Further, said apparatus also can have following characteristics, and said statistic unit is used to add up one of following information or its combination: the sign indicating number resource occupation ratio of all types of numbers of users of the duration of call of each passage, the flow of each passage, each passage and each passage.
Further, said apparatus also can have following characteristics, and said statistic unit is to comprise duration of call statistics subelement, is used for adding up as follows the duration of call of each passage:
When business place passage changed, the duration of call in this passage was: settling time professional radio bearer release time-radio bearer;
When business moved in a plurality of passages, business initial was set up place its duration of call of passage and is: business shifts out current channel time-service bearer settling time; Its duration of call of center-aisle in the professional moving process is: business shifts out the time that current channel time-business shifts out last passage; Its duration of call of last passage in the professional moving process is: service bearer release time-business shifts out the time of last passage.
Further, said apparatus also can have following characteristics, and said statistic unit comprises the traffic statistics subelement, is used for adding up as follows the flow of each passage:
When business place passage changed, the flow in this passage was: professional radio bearer release time and radio bearer between settling time in the control of protocol Data Unit number * Radio Link load;
When business moved in a plurality of passages, business initial was set up the place channel capacity and is: business shifts out current channel time and service bearer protocol Data Unit number * Radio Link control load between settling time; Its flow of center-aisle in the professional moving process is: business shifts out current channel time and professional and shifts out protocol Data Unit number * Radio Link control load between time of last passage; Its flow of last passage in the professional moving process is: shift out service bearer release time and professional protocol Data Unit number * Radio Link control load between time of last passage.
The present invention also provides a kind of network-building method, comprises, obtain the traffic measurement result of each passage according to the inventive method after, the sub-district passage merged or split according to traffic measurement result and preset strategy.
The present invention also provides a kind of network device, comprising: traffic measurement device and networking module, wherein:
Said traffic measurement device is used for the traffic measurement result is sent to the networking module;
Said networking module is used for the sub-district passage is merged or splitting according to said traffic measurement result and preset strategy.
The present invention propose to the passage statistical method for telephone traffic, the actual traffic information in the zones of different in the indoor covering is provided, can obtain than the more accurate index foundation in sub-district; Under the not high situation of relevant a plurality of regional telephone traffics, merge through single channel, can several passages of several RRU or multichannel RRU be merged into a sub-district, improve the area coverage of single subdistrict, to reduce the switching of minizone, reduce investment outlay.After telephone traffic raises, can carry out the passage division according to the telephone traffic situation, the passage in the sub-district is split into a plurality of sub-districts, satisfy user's access, improve user's impression.
The present invention adopts the statistical method for telephone traffic based on passage to obtain telephone traffic information littler than the overlay area of sub-district in the indoor overlay area, and the method for employing is simple, need not revise present consensus standard, as long as support the CCSA rower to realize.Simultaneously indoor traffic measurement effectively utilizes spaced antenna to obtain the traffic information each passage under, for sub-district merging and cell splitting provide more accurate data foundation.
Description of drawings
Fig. 1 be under CELL_DCH (cell private channel) attitude user in the statistical method of each CP for the duration of call and flow;
Fig. 2 be under CELL_FACH (cell forward access channel) attitude user in the statistical method of each CP for the duration of call and flow;
Fig. 3 describes is according to traffic measurement networking sketch map as a result.
Embodiment
The present invention disposes down the Minimum Area dynamics that passage dwindles traffic measurement through the sub-district, for cell splitting/sub-district of indoor distribution merges more accurate foundation is provided.
The present invention provides a kind of statistical method for telephone traffic, comprising:
Radio network controller obtains the user and belongs to passage;
Said radio network controller carries out traffic measurement according to passage.
Wherein, said radio network controller obtains the user and belongs to passage and comprise: the measurement report that said radio network controller reports according to the base station obtains the user and belongs to passage; Perhaps, obtain the user through the gap marker information in real-time detection Frame Protocol (FP) frame and belong to passage.
Wherein, saidly carry out traffic measurement according to passage and comprise one of following or its combination: the sign indicating number resource occupation ratio of all types of numbers of users of the duration of call of each passage, the flow of each passage, each passage and each passage.
Wherein, the duration of call of each passage statistics comprises:
When business place passage changed, the duration of call in this passage was: settling time professional radio bearer release time-radio bearer;
When business moved in a plurality of passages, wherein, business initial was set up place its duration of call of passage and is: business shifts out current channel time-service bearer settling time; Its duration of call of center-aisle in the professional moving process is: business shifts out the time that current channel time-business shifts out last passage; Its duration of call of last passage in the professional moving process is: service bearer release time-business shifts out the time of last passage.
Wherein, the traffic statistics of each passage comprise:
When business place passage changed, the flow in this passage was: professional radio bearer release time and radio bearer between settling time in the control of protocol Data Unit number * Radio Link load;
When business moved in a plurality of passages, business initial was set up the place channel capacity and is: business shifts out current channel time and service bearer protocol Data Unit number * Radio Link control load between settling time; Its flow of center-aisle in the professional moving process is: business shifts out current channel time and professional and shifts out protocol Data Unit number * Radio Link control load between time of last passage; Its flow of last passage in the professional moving process is: shift out service bearer release time and professional protocol Data Unit number * Radio Link control load between time of last passage.
The present invention also provides a kind of network-building method, obtain the traffic measurement result of each passage according to the inventive method after, the sub-district passage merged or split according to traffic measurement result and preset strategy.
Introduce the technological concept of CP in the CCSA industry standard of existing TDSCDMA, i.e. Cellportion.A CP just is meant a passage in the distributed system.In the antenna system, one group of intelligent antenna array is formed a CP.When the network planning, the composition predetermined fixed of CP, these CP information can be set up in protocol message and the audit protocol message in the sub-district and obtain safeguarding; Increase the special measurement type B est CP (optimal channel) of Iub mouth simultaneously in the agreement; The CP that refers to customer service place best quality (SIR, Signal to Interference Ratio, i.e. signal interference ratio) reports; Feed back to RNC (Radio Network Controller, radio network controller) by NodeB (Node B).In addition, in FP (frame protocol, the Frame Protocol) protocol frame of RACH (Random Access Channel, RACH)/FACH (Forward Access Channel, forward access channel), added the CP related cells.
1, based on the traffic measurement of indoor channel, need realize belonging to the maintenance management of CP at network side to the user.RNC will realize carrying out traffic measurement according to passage, just must understand the change of passage in real time.The passage change is mainly concerned with following process (indicating with CP ID (gap marker) for being identified in the protocol message of passage):
When 1) user initially inserted, NodeB can set up the initial access CP ID that carries the user in the RACH FP frame of asking in the RRC connection and give RNC;
2) in the customer service maintenance process, if when change takes place the CP at place, NodeB can report BEST CP to measure RNC;
3) because CP ID is only unique under the sub-district, so the passage of the whole network can identify according to RNC ID (radio network controller identifier)+CELL ID (cell ID)+CP ID; Can safeguard a user-dependent tables of data to each passage, wherein DCH attitude user attaching CP is reported by the special measurement of NodeB; And the user attaching CP of FACH attitude, RNC can directly parse the CP ID among each RACH FP, RNC carries out the change of relative recording if taken place to change then.
2, according to as above 3 kinds of processes, RNC can add up according to CP, need carry out traffic measurement again according to new position behind the CP information-change, comprising: duration of call statistics, and traffic statistics, number of users current C P under and yard resource occupation information are described below respectively:
1) duration of call statistics:
A) if CP does not change always: the duration of call that this CP is interior, according to the settling time RB (Radio Bearer, radio bearer) of concrete business release time-RB;
B) if change (being that RB sets up when discharging with RB not at same CP) took place CP: the duration of call in the different CP is calculating respectively.Comprise: business initial is set up place its duration of call of CP and is: business shifts out current C P time-and service bearer settling time; Its duration of call of center-aisle in the professional moving process is: business shifts out the time that current C P time-business shifts out last CP; Its duration of call of last CP in the professional moving process is: service bearer release time-business shifts out the time of last CP.
All business in the passage are added up.
Wherein, a) and b) what describe is statistical, reports mode to adopt periodic report.
2) traffic statistics:
Statistics in each CP is calculated flow according to PDU (Protocol Data Unit, the protocol Data Unit) number of RLC (Radio Link Control, Radio Link control) and the load gauge of RLC;
A) if CP does not change always: the traffic statistics in this CP are: the PDU number * RLC in this time (concrete professional RB (Radio Bearer, radio bearer) release time-RB settling time) loads;
B) if change (being that RB sets up when discharging with RB not at same CP) took place CP: the traffic statistics in the different CP are calculating respectively, can be with reference to the statistics of the duration of call.
All business in the passage are added up.
Wherein, a) and b) what describe is statistical, reports mode to adopt periodic report.
3) number of users statistics:
The number of users of statistical circuit territory/packet domain (R4/R5/R7) in each CP;
Can take the cycle statistics, the mode of periodic report, wherein report cycle should be the multiple of measurement period.
4) sign indicating number resource occupation statistics:
The ratio of sign indicating number resource occupation/sign indicating number total resources that statistics R4 is professional and HS is professional in each CP;
Can add up in the cycle, the mode of periodic report, wherein report cycle should be the multiple of measurement period.Statistical method does, measurement period then, current statistics sign indicating number resource occupation number/sign indicating number total resources number constantly
Other traffic measurement index can be used according to mode as above.
The statistics of number of users and sign indicating number resource occupation statistics are unit according to RNC ID+CELL ID+CP ID, under respective channel, user profile and sign indicating number occupation condition are safeguarded.Wherein, the sign indicating number occupation condition RNC of R4 resource can obtain the R4 occupation condition of current code table through the sampling period.And HS is owing to be shared resource, and concrete scheduling is realized by NodeB, can safeguard processing by RNC through the relevant measurement statistics of NodeB periodic report.
Fig. 1 has specifically described the statistics of the business duration of call/flow of each CP when the DCH attitude.
During service access DCH: after RAB assigned successfully, RNC can issue Best CP and measure initialization requests to NodeB, required NodeB to belong to the measurement report that Best CP takes place to report after changing CP in business.Make that in business maintenance process, RNC can obtain the CP of user attaching in real time.
To each business:
1) when business place CP changes: the duration of call and traffic statistics are carried out in CELL1+CP1;
2) when change takes place in business place CP:
The situation that professional place CP changes is divided two kinds: a kind of is to move between CP in the sub-district, and a kind of is that move the minizone, respectively both of these case is described.
A, only mobile in the sub-district all the time as if business: move from being linked into to be released in three CP, then the duration of call is in CELL1+CP1: the RB settling time that goes out CELL1+CP1 time-CELL1+CP1; The duration of call in CELL1+CP2 is: go out CELL1+CP2 time-go out the time of CELL1+CP1; The duration of call in CELL1+CP3 is: professional RB discharge time-go out the time of CELL1+CP2;
B, if professional the mobile handoff procedure of having carried out taken place in the minizone: then the statistics in the CELL1+CP3 in previous sub-district finishes, and the duration of call/traffic statistics in CELL2+CP1 begin, and computational methods are with the statistics in each CP under the CELL1.
Fig. 2 has specifically described the statistics of the business duration of call/flow of each CP when the FACH attitude.
During service access FACH: after RAB assigned successfully, whether the CPID information that RNC detects each FP frame in real time changed.
When business place CP changed: the duration of call and traffic statistics were carried out in CELL1+CP1;
When business belongs to CP when change takes place:
If business only moves in the sub-district all the time: move from being linked into to be released in three CP, then duration is in CELL1+CP1: the RB settling time that goes out CELL1+CP1 time-CELL1+CP1; Duration in CELL1+CP2 is: go out CELL1+CP2 time-go out the time of CELL1+CP1; Duration in CELL1+CP3 is: professional RB discharge time-go out the time of CELL1+CP2;
If thereby business has taken place in the minizone to move to have carried out the cell update flow process: the statistics in the CELL1+CP3 in previous sub-district finishes, and the duration of call/traffic statistics in CELL2+CP1 begin.
Fig. 3 carries out indoor distribution networking mode applicating example according to traffic measurement.
Wherein, sub-district 1 is made up of CP1 and CP2, and sub-district 2 is made up of separately CP3: when each passage traffic measurement result is less than presetting first threshold under CP1 and CP2 and the CP3, can CP1, CP2 and CP3 be merged into a sub-district;
If the sub-district is made up of CP1, CP2 and CP3: the traffic measurement under each CP of statistical result showed all surpasses the second preset threshold value; Can consider the sub-district is split; Each CP forms a sub-district, and perhaps wherein two CP form a sub-district, and another CP forms a sub-district separately.
Also other strategies can be set, when the traffic measurement result of passage satisfies certain preset strategy, carry out fractionation of corresponding sub-district or merging.Specific strategy can be: for the duration of call, flow, sign indicating number resource are occupied ratio, number of users and defined corresponding threshold value respectively; Perhaps be that wherein one or more weighted sum defines corresponding threshold value; With the threshold ratio of traffic measurement result and definition, decision splits or merges according to comparative result.The present invention does not limit preset strategy.
The present invention also provides a kind of traffic measurement device, comprising:
The channel management unit is used to obtain the user and belongs to passage;
Statistic unit is used for carrying out traffic measurement according to passage.
Wherein, said channel management unit is used for obtaining the user according to the measurement report that the base station reports and belongs to passage; Perhaps, obtain the user through the gap marker information in real-time detection Frame Protocol (FP) frame and belong to passage.
Wherein, said statistic unit is used to add up one of following information or its combination: the sign indicating number resource occupation ratio of all types of numbers of users of the duration of call of each passage, the flow of each passage, each passage and each passage.
Wherein, Said statistic unit comprises duration of call statistics subelement; Be used for adding up as follows the duration of call: when business place passage changed, the duration of call in this passage was: settling time professional radio bearer release time-radio bearer;
When business moved in a plurality of passages, business initial was set up place its duration of call of passage and is: business shifts out current channel time-service bearer settling time; Its duration of call of center-aisle in the professional moving process is: business shifts out the time that current channel time-business shifts out last passage; Its duration of call of last passage in the professional moving process is: service bearer release time-business shifts out the time of last passage.
Said statistic unit also comprises the traffic statistics subelement, is used for adding up as follows the flow of each passage:
When business place passage changed, the flow in this passage was: professional radio bearer release time and radio bearer between settling time in the control of protocol Data Unit number * Radio Link load;
When business moved in a plurality of passages, business initial was set up the place channel capacity and is: business shifts out current channel time and service bearer protocol Data Unit number * Radio Link control load between settling time; Its flow of center-aisle in the professional moving process is: business shifts out current channel time and professional and shifts out protocol Data Unit number * Radio Link control load between time of last passage; Its flow of last passage in the professional moving process is: shift out service bearer release time and professional protocol Data Unit number * Radio Link control load between time of last passage.
The present invention also provides a kind of network device, comprises traffic measurement device according to the invention and networking module, wherein:
Said traffic measurement device is used for the traffic measurement result is sent to the networking module;
Said networking module is used for the sub-district passage is merged or splitting according to said traffic measurement result and preset strategy.
Obviously, it is apparent to those skilled in the art that above-mentioned each module of the present invention or each step can realize with the general calculation device; They can concentrate on the single calculation element; Perhaps be distributed on the network that a plurality of calculation element forms, alternatively, they can be realized with the executable program code of calculation element; Thereby; Can they be stored in the storage device and carry out, perhaps they are made into each integrated circuit modules respectively, perhaps a plurality of modules in them or step are made into the single integrated circuit module and realize by calculation element.Like this, the present invention is not restricted to any specific hardware and software combination.
Claims (12)
1. a statistical method for telephone traffic is characterized in that, comprising:
Radio network controller obtains the user and belongs to passage;
Said radio network controller carries out traffic measurement according to passage.
2. the method for claim 1 is characterized in that, said radio network controller obtains the user and belongs to passage and comprise: the measurement report that said radio network controller reports according to the base station obtains the user and belongs to passage; Perhaps, obtain the user through the gap marker information in real-time detection Frame Protocol (FP) frame and belong to passage.
3. according to claim 1 or claim 2 method; It is characterized in that, saidly carry out traffic measurement according to passage and comprise one of following or its combination: the sign indicating number resource occupation ratio of all types of numbers of users of the duration of call of each passage, the flow of each passage, each passage and each passage.
4. method as claimed in claim 3 is characterized in that, the duration of call statistics of each passage comprises:
When business place passage changed, the duration of call in this passage was: settling time professional radio bearer release time-radio bearer;
When business moved in a plurality of passages, business initial was set up place its duration of call of passage and is: business shifts out current channel time-service bearer settling time; Its duration of call of center-aisle in the professional moving process is: business shifts out the time that current channel time-business shifts out last passage; Its duration of call of last passage in the professional moving process is: service bearer release time-business shifts out the time of last passage.
5. method as claimed in claim 3 is characterized in that, the traffic statistics of each passage comprise:
When business place passage changed, the flow in this passage was: professional radio bearer release time and radio bearer between settling time in the control of protocol Data Unit number * Radio Link load;
When business moved in a plurality of passages, business initial was set up the place channel capacity and is: business shifts out current channel time and service bearer protocol Data Unit number * Radio Link control load between settling time; Its flow of center-aisle in the professional moving process is: business shifts out current channel time and professional and shifts out protocol Data Unit number * Radio Link control load between time of last passage; Its flow of last passage in the professional moving process is: shift out service bearer release time and professional protocol Data Unit number * Radio Link control load between time of last passage.
6. a traffic measurement device is characterized in that, comprising:
The channel management unit is used to obtain the user and belongs to passage;
Statistic unit is used for carrying out traffic measurement according to passage.
7. device as claimed in claim 6 is characterized in that, said channel management unit is used for obtaining the user according to the measurement report that the base station reports and belongs to passage; Perhaps, obtain the user through the gap marker information in real-time detection Frame Protocol (FP) frame and belong to passage.
8. like claim 6 or 7 described devices, it is characterized in that said statistic unit is used to add up one of following information or its combination: the sign indicating number resource occupation ratio of all types of numbers of users of the duration of call of each passage, the flow of each passage, each passage and each passage.
9. device as claimed in claim 8 is characterized in that, said statistic unit is to comprise duration of call statistics subelement, is used for adding up as follows the duration of call of each passage:
When business place passage changed, the duration of call in this passage was: settling time professional radio bearer release time-radio bearer;
When business moved in a plurality of passages, business initial was set up place its duration of call of passage and is: business shifts out current channel time-service bearer settling time; Its duration of call of center-aisle in the professional moving process is: business shifts out the time that current channel time-business shifts out last passage; Its duration of call of last passage in the professional moving process is: service bearer release time-business shifts out the time of last passage.
10. device as claimed in claim 8 is characterized in that said statistic unit comprises the traffic statistics subelement, is used for adding up as follows the flow of each passage:
When business place passage changed, the flow in this passage was: professional radio bearer release time and radio bearer between settling time in the control of protocol Data Unit number * Radio Link load;
When business moved in a plurality of passages, business initial was set up the place channel capacity and is: business shifts out current channel time and service bearer protocol Data Unit number * Radio Link control load between settling time; Its flow of center-aisle in the professional moving process is: business shifts out current channel time and professional and shifts out protocol Data Unit number * Radio Link control load between time of last passage; Its flow of last passage in the professional moving process is: shift out service bearer release time and professional protocol Data Unit number * Radio Link control load between time of last passage.
11. a network-building method is characterized in that, comprises, obtain the traffic measurement result of each passage according to the said method of claim 1 after, the sub-district passage merged or split according to traffic measurement result and preset strategy.
12. a network device is characterized in that, comprises traffic measurement device as claimed in claim 6 and networking module, wherein:
Said traffic measurement device is used for the traffic measurement result is sent to the networking module;
Said networking module is used for the sub-district passage is merged or splitting according to said traffic measurement result and preset strategy.
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| CN107113560A (en) * | 2014-12-30 | 2017-08-29 | 意大利电信股份公司 | Method and system for the quantity of the participant at real-time counting public meeting |
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| WO2017101574A1 (en) * | 2015-12-17 | 2017-06-22 | 中兴通讯股份有限公司 | Method and apparatus for making statistics on traffic indicators of each subnet |
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Application publication date: 20120905 |