CN101136975B - Traffic data statistical method and apparatus for the next generation network soft switching system - Google Patents
Traffic data statistical method and apparatus for the next generation network soft switching system Download PDFInfo
- Publication number
- CN101136975B CN101136975B CN2007101218780A CN200710121878A CN101136975B CN 101136975 B CN101136975 B CN 101136975B CN 2007101218780 A CN2007101218780 A CN 2007101218780A CN 200710121878 A CN200710121878 A CN 200710121878A CN 101136975 B CN101136975 B CN 101136975B
- Authority
- CN
- China
- Prior art keywords
- traffic data
- calling
- user
- statistical
- call
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Active
Links
Images
Landscapes
- Monitoring And Testing Of Exchanges (AREA)
- Telephonic Communication Services (AREA)
Abstract
The statistical method includes steps: based on service logic to setup ID of flow direction for telephone traffic data (TTD); based on ID of flow direction to process TTD; making statistics for processed TTD. Correspondingly, the invention also discloses statistical device for TTD in soft exchange system in next generation network. The invention can implement correct statistics for TTD of the soft exchange system. Moreover, the invention ensures consistency between statistical TTD at soft exchange side and statistical TTD at forwarding end office side. Comparing prior art, the invention not only can implement one to one statistical TTD, but also can implement one to many statistical TTD. Advantages are: powerful functions, strong extensibility, and flexible practical application.
Description
Technical field
The present invention relates to NGN (Next Generation Network, next generation network) Softswitch technology field, relate in particular to the method and the device of traffic data statistical in a kind of NGN soft switch.
Background technology
NGN (Next Generation Network, next generation network) is based on TDM (Time-DivisionMultiplexing, time division multiplexing) PSTN (Public Switched Telephone Network, public switch telephone network) speech network and based on IP/ATM (Internet Protocol/Asynchronous TransferMode, Internet protocol/asynchronous transfer mode) product that packet network merges, it can provide multiple business such as speech, data, multimedia simultaneously, is a wideband network platform system comprehensive, that standard-sized sheet is put.
Represented the direction of future network development based on the NGN of soft switch, can realize PSTN/ISDN (Public Switched Telephone Network/Integrated Services Digital Network, public switch telephone network/integrated services digital network) whole business that switch provided, comprise basic service and supplementary service, also should cooperate intelligent network business is provided with existing intelligent network, also can cooperate, multiple value-added service and IN service are provided with third party.
At present, traditional voice transmission still is the topmost professional revenue sources of telecom operators, and PSTN will be long process to the NGN transition.When carrying out the PSTN intellectualized reconstruction, need promote PSTN to the NGN smooth evolution according to the architectural framework of NGN.When carrying out NGN evolution usually on the tandem aspect, tandem exchange can be evolved to TG (Trunk Gateway, Trunk Media Gateway), and end office (EO) can remain unchanged.Carry out NGN evolution in tandem exchange's aspect, can reduce improvement cost and workload, and by the local network intellectualized reconstruction, end office's user's data management and business provide can be unified by the soft switch support.
Based on the hierarchical structure of soft switchcall server and networking structure shown in Fig. 1 a and Fig. 1 b: comprise marginal layer 13, core layer 12, key-course 11 and operation layer 10.Wherein,
Key-course 11 is meant the soft switch control unit, and Comprehensive Control processing capacities such as processing controls, the access protocol that is used to finish calling is adaptive, interconnection and interflow provide whole network to use supporting platform.Comprise Softswitch (soft switch) 111.
In the soft switchcall server, communicate by standard interface between layer and the layer, related network elements is divided into back-up worker cooperation in the control of soft switch control appliance, realizes the miscellaneous service function of system jointly.
Traffic measurement in the communication network belongs to the category of performance management, it is the important evidence of estimating the switch quality, be responsible for the collection of performance data, by to relevant performance parameter monitoring, statistical analysis, be operator's traffic control and network management, route planning provides foundation, to guarantee the QoS (Quality ofService, service quality) of communication network.
The traffic measurement parameter that operator relatively pays close attention to has:
Take number of times: as long as call out any resource that has taken soft switch, even if take.
Connect number of times: caller is calculated call through after hearing the ring-back tone of connection.
Response times: called off-hook is promptly replied, and just thinks after the user answer that this is once successful calling.
Take duration: take from calling that the soft switch resource begins until the duration in moment of call clearing.
Connect duration: the duration in the moment from the call through to the call clearing, i.e. (moment-connection of taking out stitches constantly).
Reply duration: the duration in the moment from the call answering to the call clearing, promptly (take out stitches constantly-reply constantly).
Call completing rate: (connecting number of times+Called Busy+subscriber's line does not work
*0.5+ spacing+number is not complete+professional ability is unrealized)/(connect number of times+Called Busy+subscriber's line not work+spacing+number not complete+opposite end congested+local terminal is congested+professional ability is unrealized+the call loss number of times).
Overflow ratio: (number of call attempts-take number of times)/number of call attempts.
The general fashion that traffic measurement is realized is: the business module of switch is collected the traffic data (caller information, called party information, call-information etc.) of conversation, traffic data is reported to the traffic measurement module of switch behind end of conversation; Traffic measurement module registers traffic statistic task is added up above-mentioned statistical parameter.The traffic measurement module is after the traffic data that receives the business module transmission, with the statistical parameter coupling in the statistics task.If the match is successful, the counter of this statistical parameter changes.At the output time of customization, the traffic measurement module is exported statistics with specified format.
In present PSTN and flexible exchanging network, a calling can simply be divided into caller and called two parts, traffic measurement also can be targetedly to caller with calledly distinguish statistical disposition, take number of times, take telephone traffic, reply call attempt and compare etc. thereby calculate.Two PSTN users pass through as " mistake for example! Do not find Reference source." shown in TG equipment insert an ordinary call of soft switch, soft switch can be provided with " going into relaying " or " out-trunk " and add up in traffic measurement, obtain this trunk group go into to or go out to take data such as duration, telephone traffic.And these data can be compared with the traffic measurement data of carrying out on the PSTN, determine whether traffic measurement is accurate.
More than be the traffic data statistical method in existing PSTN and the flexible exchanging network, this method is applicable to the statistics of calling out one to one: promptly in the call, a calling subscriber only can corresponding called subscriber.Yet in the NGN network system framework based on soft switch, multiple supplementary service is arranged, a caller may be corresponding a plurality of called in these business.When adopting above-mentioned simple man-to-man statistical method for telephone traffic to add up the traffic data of this class business, resulting traffic data partly is invalid, can not use the network operation arrangement in such traffic measurement data-guiding later stage.
With two CRBT (Customized Ring Back Tone that exhale, Customized Ring Back Tone) traffic data statisticals professional and 300 business are example, adopt above-mentioned man-to-man statistical method for telephone traffic, the representative network structure at described professional place as shown in Figure 2, PSTN end office (EO) inserts SoftSwitch by TG equipment, and SoftSwitch lower part IN service is to realize by SCP.
Under two sights of exhaling personalized ring back tone service, the 204 user A201 of PSTN end office (EO) are initiated to the calling of user B202, the described user B202 personalized ring back tone service of having contracted, because the architectural framework of China is to adopt two patterns of exhaling to realize personalized ring back tone service, that is: SoftSwitch 200 is initiated to user B202 and simultaneously to the calling at personalized ring back tone service center 205, so if adopt above-mentioned man-to-man statistical method for telephone traffic, then soft switch side traffic measurement mode comprises: add up the traffic data of a user A201 to user B202, add up the traffic data of a user A201 to personalized ring back tone service center 205 again.The traffic data that this existing traffic data statistical method can cause traffic data that the soft switch side added up and PSTN end office (EO) side to be added up is inconsistent.Reason is: in PSTN end office (EO) 204 sides, user A201 has only initiated a calling, and the traffic measurement of end office (EO) 204 only can count on out-trunk data that comprise A information; But in soft switch 200 sides, because user A201 has initiated two exhaling, traffic measurement will count on two relay datas of going into that comprise A information so.The traffic data of the traffic data of soft switch and forward direction PSTN end office (EO) is inconsistent, can cause the personnel's of operator misunderstanding.
Under the sight of 300 business, the 204 user A201 of PSTN end office (EO) dial 300 card numbers, because described 300 business realize that by SCP user A logins SCP206, the input account number cipher, follow calling party B202, user B202 replys the back on-hook, and user A201 is calling party C203 once more, after user C203 replys on-hook, user A201 on-hook, end of calling.If adopt above-mentioned man-to-man statistical method for telephone traffic, then soft switch side traffic measurement mode is to carry out traffic data statistical by the calling of last release, promptly adds up the traffic data of user A201 to user C203.The defective of this existing traffic data statistical method is: for this type of calling, simple calculates telephone traffic with the calling of user A and user B or the calling of user A and user C, all can't embody the information of telephone traffic in the SoftSwitch accurately, if but user A is all come out to the traffic data of user C to user B, user A, again can be inconsistent with two traffic data of the same traffic data that causes soft switch of personalized ring back tone service application scenarios and forward direction PSTN end office (EO) of exhaling.
In summary, existing traffic data statistical technology obviously exists inconvenience and defective, so be necessary to be improved on reality is used.
Summary of the invention
At above-mentioned defective, first purpose of the present invention is to provide the method for traffic data statistical in a kind of next generation network soft switching system, this method can be correct the telephone traffic of statistics soft switchcall server, and traffic data that can be implemented in soft switch side statistics and consistency in the traffic data of forward direction end office (EO) side statistics.
Second purpose of the present invention is to provide traffic data statistical device in a kind of next generation network soft switching system, this device can be correct the telephone traffic of statistics soft switchcall server, and traffic data that can be implemented in soft switch side statistics and consistency in the traffic data of forward direction end office (EO) side statistics.
In order to realize above-mentioned first purpose, the invention provides the statistical method of traffic data in a kind of next generation network soft switching system, comprise the steps:
A, according to service logic, traffic data is set flows to sign;
B, flow to sign, processes traffic data according to described traffic data;
Traffic data after C, the described processing of statistics.
According to statistical method of the present invention, described traffic data comprises: caller information, called party information, call-information and/or control information.
According to statistical method of the present invention, in the described steps A, can traffic data flow to sign only be set to statistics go into to, only count to, statistics discrepancy to do not add up discrepancy to;
Among the described step B, if described traffic data flow to be designated only add up to, then the called party information in the traffic data is removed; If described traffic data flow to be designated only count to, then the caller information in the traffic data is removed; If described traffic data flow to be designated statistics come in and go out to, then keep whole traffic data; If described traffic data flow to be designated do not add up discrepancy to, then remove all traffic data.
According to statistical method of the present invention, described caller information comprises: the node number of calling number, incoming call gateway, incoming call MSC route and circuit number and/or incoming office direction number;
Described called party information comprises: the node number of called number, exhalation gateway, exhalation MSC route and circuit number and/or out office direction number;
Described call-information comprises: off-hook constantly, ring constantly, reply constantly and/or conversation constantly.
According to statistical method of the present invention, described traffic data comprises call completing rate and take number of times, in the described steps A, also comprise with call completing rate and take number of times be designated into to call completing rate, go out to call completing rate, go into to taking number of times and/or going out to taking number of times.
According to statistical method of the present invention, among the described step C, further comprise:
C1, the traffic data after will handling and the statistical parameter in the statistics task mate;
Traffic data after C2, the statistical match.
According to statistical method of the present invention, before the described steps A, further comprise:
Calling is split as Calling Side half calling and half calling of some callee sides, and the call state that described Calling Side is partly called out and callee side is partly called out is defined, with the miscellaneous service in the formation service logic realization next generation network soft switching system;
Described step C further comprises: according to service logic, respectively traffic data statistical is carried out in Calling Side half calling and callee side half calling.
According to statistical method of the present invention, described Calling Side is partly called out corresponding a plurality of callee side half and is called out, and perhaps described Calling Side half is called out a corresponding callee side half and called out.
In order to realize above-mentioned second purpose, the present invention also provides traffic data statistical device in a kind of next generation network soft switching system, comprising:
Business module is used for according to service logic, traffic data is set flows to sign;
The traffic measurement module is used for flowing to sign according to described traffic data, processes traffic data, and add up traffic data after the described processing.
According to statistic device of the present invention, this statistic device also comprises:
Calling splits module, is used for calling is split as Calling Side half calling and half calling of some callee sides;
The state definition module is used for the call state that described Calling Side is partly called out and callee side half is called out is defined, to form the miscellaneous service in the service logic realization next generation network.
The present invention is according to service logic, traffic data is set flows to sign, flow to sign according to described traffic data then, processes traffic data, add up the traffic data after the described processing at last, both can realize the telephone traffic of correct statistics soft switchcall server, can be implemented in the traffic data of soft switch side statistics and the consistency of the traffic data of adding up again in forward direction end office (EO) side, it is compared with existing traffic data statistical method, not only can realize man-to-man traffic data statistical, also can realize the traffic data statistical of one-to-many, powerful, extensibility is strong, more flexible in practical application.
Description of drawings
Fig. 1 a is the next generation network soft switching system hierarchical structure;
Fig. 1 b is the networking structure schematic diagram of next generation network soft switching system;
Fig. 2 is the representative network structural representation of business realizing in the next generation network soft switching system;
Fig. 3 is the apparatus structure module map of traffic data statistical in the next generation network soft switching system provided by the invention;
Fig. 4 is the method flow diagram of traffic data statistical in the next generation network soft switching system provided by the invention;
Fig. 5 is the method flow diagram of traffic data statistical in the next generation network soft switching system that provides of first embodiment of the invention;
Fig. 6 is the method flow diagram of traffic data statistical in the next generation network soft switching system that provides of second embodiment of the invention.
Embodiment
In order to make purpose of the present invention, technical scheme and advantage clearer,, the present invention is further elaborated below in conjunction with drawings and Examples.Should be appreciated that specific embodiment described herein only in order to explanation the present invention, and be not used in qualification the present invention.
Basic thought of the present invention is: according to service logic, traffic data is set flows to sign, flow to sign according to described traffic data then, processes traffic data is added up the traffic data after the described processing at last.
Traffic data statistical device 300 as shown in Figure 3 in the next generation network soft switching system of the present invention, described device 300 preferably is arranged on the SoftSwitch, and this device 300 comprises: call out and split module 301, state definition module 302, business module 303, traffic measurement module 304.Wherein,
Calling splits module 301, is used for calling is split as Calling Side half calling and half calling of some callee sides.Described Calling Side half is called out corresponding call model and is called O_BCM (Originating Basic CallMode, the basic call model of making a start), described callee side half is called out corresponding call model and is called T_BCM (Terminating Basic Call Mode, receiving end basic call model).Among the present invention, according to business characteristic, described Calling Side half is called out and can corresponding a plurality of callee sides half be called out or described Calling Side half is called out a corresponding callee side half and called out, promptly described O_BCM can corresponding a plurality of T_BCM or described O_BCM can corresponding T_BCM.
Set up the half-call model of Calling Side and callee side respectively for a calling, can simplify the processing of each several part, make the clear and easy modification that becomes in the design.
State definition module 302 is used for defining calling out the fractionation module 301 split call states that Calling Side half is called out and callee side half is called out, and with the formation service logic, realizes the various call business in the next generation network soft switching system.Described state definition module 302 can be by adopting finite state machine definition call state.
Business module 303 is used for according to service logic, traffic data is set flows to sign.This business module 303 is arranged in switch, and it is to be state definition module 302 defined call states according to specific service logic, and the flow direction sign of different traffic data is set.
Among the present invention, the flow direction of described traffic data sign can be set to: only statistics go into to, only count to, statistics come in and go out to, do not add up discrepancy to.
Describedly go into, describedly go out to the flow direction that is meant from the soft switch side to callee side to the flow direction that is meant from Calling Side to the soft switch side.
In communication process, described traffic data comprises: caller information, called party information, call-information and/or control information.Wherein,
Described caller information comprises: the node number of calling number, incoming call gateway, incoming call MSC route and circuit number and/or incoming office direction number etc.;
Described called party information comprises: the node number of called number, exhalation gateway, exhalation MSC route and circuit number and/or out office direction number etc.;
Described call-information comprises: off-hook constantly, ring constantly, reply constantly and/or conversation constantly.
Described traffic data comprises further: call completing rate.It can be designated into to call completing rate, go out to call completing rate, go into to taking number of times, going out to taking number of times etc.Go into to traffic data such as call completing rates, be mainly used in consistently, and go out, be mainly used in the traffic data of back and be consistent to end office (EO) to traffic data such as call completing rates with the traffic data of forward direction end office (EO).
Traffic measurement module 304 is used for flowing to sign according to the traffic data of business module 303, processes traffic data, and add up traffic data after the described processing.
Particularly, described traffic measurement module 304 flows to sign according to the traffic data of business module 303, processes traffic data, and traffic data after will handling then and the statistical parameter in the traffic statistic task mate, the traffic data after the last statistical match.
Among the present invention, the processing procedure of traffic data comprises as follows: if traffic data flow to only be designated statistics go into to, then traffic measurement module 304 is the removing of the called party information in the traffic data, and keeps other traffic data; If traffic data flow to be designated only count to, then traffic measurement module 304 is removed the caller information in the traffic data, and keeps other traffic data; If traffic data flow to be designated statistics come in and go out to, then traffic measurement module 304 keeps whole traffic data; If traffic data flow to be designated do not add up discrepancy to, then traffic measurement module 304 is removed all traffic data.
The present invention is by classifying the data message in the traffic data, the developer can be according to business features and traffic measurement principle, selectively filter the information in the traffic data, thereby solve the defective that the live traffic data statistical approach exists, the telephone traffic that counts on soft switchcall server that both can be correct can realize consistent with PSTN end office (EO) traffic measurement data again.
Fig. 4 is the method flow diagram of traffic data statistical in the next generation network soft switching system provided by the invention, and this method specifically comprises as follows:
Step S401 according to service logic, is provided with traffic data and flows to sign.
Described traffic data comprises: caller information, called party information, logical live information and control information.In this step, can be described traffic data flow to sign only be set to statistics go into to, only count to, statistics discrepancy to, do not add up discrepancy to.
Further, described traffic data comprises call completing rate and takies number of times, can its be set to into to call completing rate, go out to call completing rate, go into to taking number of times, going out to taking number of times etc.
Step S402 flows to sign, processes traffic data according to described traffic data.
In this step, if traffic data flow to be designated only add up to, then the called party information in the traffic data is removed; If traffic data flow to be designated only count to, then the caller information in the traffic data is removed; If traffic data flow to be designated statistics come in and go out to, then keep whole traffic data; If traffic data flow to be designated do not add up discrepancy to, then remove all traffic data.
Step S403 adds up the traffic data after the described processing.
This step further comprises: traffic data after will handling and the statistical parameter in the statistics task mate, and the traffic data after the statistical match.
Described statistical parameter can comprise: take number of times, connect number of times, response times, take duration, connect duration, reply duration, call completing rate and overflow than etc.
The method of traffic data statistical only needs statistics discrepancy simultaneously to getting final product for the corresponding called calling of a common caller in the described next generation network soft switching system, and it is the same with existing statistical method for telephone traffic.And for the corresponding a plurality of called callings of a caller, then need according to practical business, the design statistics flows to scheme.
The method of traffic data statistical as shown in Figure 5 in the next generation network soft switching system that first embodiment of the invention provides, it is applied to the traffic data statistical of personalized ring back tone service, be described in conjunction with network configuration shown in Figure 2, this method specifically comprises as follows:
Step S501 is split as Calling Side half calling with the calling of having signed personalized ring back tone service and some callee sides half are called out, and the call state that described Calling Side half is called out and callee side is partly called out is defined to form the personalized ring back tone service logic.
As previously mentioned, personalized ring back tone service is to realize by two patterns of exhaling, and then in this step, will call out from being split as Calling Side user A half calling, callee side user B half calling and callee side personalized ring back tone service center half in logic and call out.
By the call state that described Calling Side half is called out and callee side half is called out is defined, form the personalized ring back tone service logic, can realize personalized ring back tone service.
Step S502, user A201 dials user B202, SoftSwitch 200 is initiated the calling of user A201 to user B202, according to the traffic data of this calling procedure of personalized ring back tone service logic flow to sign be set to statistics come in and go out to, and opening entry user A201 is to the holding time of user B202.
In this step, described user A201 is first calling of personalized ring back tone service to the calling of user B202.Wherein, user A201 is caller, and user B201 is called.
Step S503, after SoftSwitch 200 is judged user B202 and is the personalized ring back tone service contracted user, trigger the calling of user A201 to personalized ring back tone service center 205, simultaneously send bell signal to user B202, and according to this user A201 of personalized ring back tone service logic to the traffic data of personalized ring back tone service center 205 calling procedures flow to sign be set to only to count to and opening entry user A201 to the holding time at personalized ring back tone service center 205 with to ring time of user B202 transmission bell signal.
In this step, described user A201 is second calling of personalized ring back tone service to the calling at personalized ring back tone service center 205.Wherein, user A201 is caller, and personalized ring back tone service center 205 is called.
Step S504, personalized ring back tone service center 205 connects with user A201, and plays Customized Ring Back Tone to user A201.
Step S505, user B202 off-hook is replied, and discharges user A201 to connecting between the personalized ring back tone service center 205.
Step S506 flows to sign according to user A201 to the traffic data between the personalized ring back tone service center 205, handles described user A201 to the traffic data between the personalized ring back tone service center 205.
In this step, described traffic data be designated only count to, the caller information in the traffic data is leached.
Step S507 traffic data after handling and the statistical parameter in the statistics task are mated, and the traffic data after the statistical match is called party information, call-information etc.
Step S508, user A201 on-hook, end user A201 connects to the calling between the user B202.
Step S509 flows to sign according to user A201 to the traffic data between the user B202, handles described user A201 to the traffic data between the user B202.
In this step, described traffic data is designated statistics and comes in and goes out, and then keeps whole traffic data.
Step S510 mates traffic data after handling and the statistical parameter in the statistics task, and the traffic data after the statistical match is caller information, called party information, call-information etc.
In the present embodiment, described user A201 and user B202 are 204 users of PSTN end office (EO), and soft switch 200 sides are being gone into to side in current calling procedure, only add up the trunk information of going into of a user A201; Going out to side, statistics once arrives the out-trunk information of user B202, once arrives the out-trunk information at personalized ring back tone service center 205.Thus, with the data consistent of PSTN end office (EO) 204 statistics.In current calling procedure, filter user A201 is behind the caller information of personalized ring back tone service center 205 call data, still can count on contents such as called party information, call-information, the telephone traffic information in the reaction soft switchcall server that so just can be correct.
Fig. 6 is the method for traffic data statistical in the next generation network soft switching system that provides of second embodiment of the invention, and the traffic data statistical that it is applied to card class business 300 is described in conjunction with network configuration shown in Figure 2, and this method specifically comprises as follows:
Step S601 is split as Calling Side half calling with the calling of having signed card class business 300 and some callee sides half are called out, and the call state that described Calling Side half is called out and callee side is partly called out is defined to form card class service logic.
For card class business, the user can initiate the second the tunnel and call out after initiate one road end of calling once more.In whole process, shared time of different user, the duration of call etc. are all inequality.
In this step, will call out from being split as partly calling of Calling Side user A, half calling of callee side 300 platforms, callee side user B half calling and callee side user C in logic and partly call out.
By the call state that described Calling Side half is called out and callee side half is called out is defined, form card class service logic, can realize card class business.
Step S602, user A201 dials 300, triggers SCP206.
In this step, user A201 is to first calling for card class business of the calling between 300 platforms.
Wherein, user A201 is caller, and 300 platforms are called.
Step S603, soft switch 200 is play the dial-up prompt voice to user A201, and according to card class service logic with this user A201 to the traffic data of 300 platform calling procedures be designated only add up to, and begin to add up the holding time of user A201.
Step S604, user A201 dial-up user B202, SoftSwitch 200 is initiated the calling of user A201 to user B202, according to the traffic data of this calling procedure of card class service logic flow to identify be set to only count to, and opening entry user A201 is to the holding time of user B202.
In this step, user A201 is second calling of card class business to the calling of user B202.Wherein, user A201 is caller, and user B202 is called.
Step S605, user B202 off-hook is replied, and user A201 and user B202 converse.
Step S606, user A201 and user B202 end of conversation.
Step S607 flows to sign according to user A201 to the traffic data between the user B202, handles described user A201 to the traffic data between the user B202.
In this step, described traffic data be designated only count to, then the caller information user A201 information in the traffic data is leached.
Step S608 mates traffic data after handling and the statistical parameter in the statistics task, and the traffic data after the statistical match is called party information, call-information etc.
Step S609, user A201 dial-up user C203, SoftSwitch 200 is initiated the calling of user A201 to user C203, according to the traffic data of this calling procedure of card class service logic flow to identify be set to only count to, and opening entry user A201 is to the holding time of user C203.
In this step, user A201 is the 3rd calling of card class business to the calling of user C203.Wherein, user A201 is caller, and user C203 is called.
Step S610, user C203 off-hook is replied, and user A201 and user C203 converse.
Step S611, user A201 and user C203 end of conversation.
Step S612 flows to sign according to user A201 to the traffic data between the user C203, handles described user A201 to the traffic data between the user C203.
In this step, described traffic data be designated only count to, then be that user A201 information leaches with the caller information in the traffic data.
Step S613 mates traffic data after handling and the statistical parameter in the statistics task, and the traffic data after the statistical match is called party information, call-information etc.
Step S614, user A201 on-hook, user A201 connects end to the calling between 300 platforms.
Step S615 flows to sign according to user A201 to the traffic data between 300 platforms, handles described user A200 to the traffic data between 300 platforms.
In this step, described traffic data be designated statistics go into to, then with the called party information in the traffic data promptly 300 platform informations leach.
Step S616 mates traffic data after handling and the statistical parameter in the statistics task, and the traffic data after the statistical match is caller information, call-information etc.
In the present embodiment, user A201, B202, C203 are 204 users of PSTN end office (EO), and soft switch 200 sides are being gone into to side in current calling procedure, only count on the trunk information of going into of a user A201; Going out to side, counting on the out-trunk information that once arrives user B202, once arriving the out-trunk information of user C203, thus with the data consistent of PSTN end office (EO) 204 statistics.And, in current calling procedure, filter user A201 behind the caller information of user C203 call data, still can count on contents such as called party information, call-information, so just the telephone traffic information in the reaction system that can be correct to user B202, user A201.
In summary, the present invention is according to service logic, the sign traffic data flows to, flow to sign according to described traffic data then, processes traffic data, add up the traffic data after the described processing at last, both can realize the telephone traffic of correct statistics soft switchcall server, can be implemented in the traffic data of soft switch side statistics and the consistency of the traffic data of adding up again in forward direction end office (EO) side, it is compared with existing traffic data statistical method, not only can realize man-to-man traffic data statistical, also can realize the traffic data statistical of one-to-many, powerful, extensibility is strong, more flexible in practical application.
Certainly; the present invention also can have other various embodiments; under the situation that does not deviate from spirit of the present invention and essence thereof; those of ordinary skill in the art work as can make various corresponding changes and distortion according to the present invention, but these corresponding changes and distortion all should belong to the protection range of the appended claim of the present invention.
Claims (9)
1. the statistical method of traffic data in the next generation network soft switching system is characterized in that, comprises the steps:
A, according to service logic, traffic data is set flows to sign;
B, flow to sign, processes traffic data according to described traffic data;
Traffic data after C, the described processing of statistics;
In the described steps A, can traffic data flow to sign only be set to statistics go into to, only count to, statistics discrepancy to do not add up discrepancy to;
Among the described step B, if described traffic data flow to be designated only add up to, then the called party information in the traffic data is removed; If described traffic data flow to be designated only count to, then the caller information in the traffic data is removed; If described traffic data flow to be designated statistics come in and go out to, then keep whole traffic data; If described traffic data flow to be designated do not add up discrepancy to, then remove all traffic data.
2. statistical method according to claim 1 is characterized in that, described traffic data comprises: caller information, called party information, call-information and/or control information.
3. statistical method according to claim 2 is characterized in that, described caller information comprises: the node number of calling number, incoming call gateway, incoming call MSC route and circuit number and/or incoming office direction number;
Described called party information comprises: the node number of called number, exhalation gateway, exhalation MSC route and circuit number and/or out office direction number;
Described call-information comprises: off-hook constantly, ring constantly, reply constantly and/or conversation constantly.
4. statistical method according to claim 2 is characterized in that, described traffic data also comprises call completing rate and take number of times, in the described steps A, also comprises call completing rate is designated into to call completing rate and/or go out to call completing rate.
5. statistical method according to claim 1 is characterized in that, among the described step C, further comprises:
C1, the traffic data after will handling and the statistical parameter in the statistics task mate;
Traffic data after C2, the statistical match.
6. statistical method according to claim 1 is characterized in that, before the described steps A, further comprises:
Calling is split as Calling Side half calling and half calling of some callee sides, and the call state that described Calling Side is partly called out and callee side is partly called out is defined, with the miscellaneous service in the formation service logic realization next generation network soft switching system;
Described step C further comprises: according to service logic, respectively traffic data statistical is carried out in Calling Side half calling and callee side half calling.
7. statistical method according to claim 6 is characterized in that, described Calling Side is partly called out corresponding a plurality of callee side half and called out, and perhaps described Calling Side half is called out a corresponding callee side half and called out.
8. the statistic device of a realization such as each method of claim 1～7 is characterized in that, comprising:
Business module is used for according to service logic, traffic data is set flows to sign, can traffic data flow to sign only be set to statistics go into to, only count to, statistics discrepancy to do not add up discrepancy to;
The traffic measurement module is used for flowing to sign according to described traffic data, processes traffic data, and add up traffic data after the described processing; If described traffic data flow to be designated only add up to, then the called party information in the traffic data is removed; If described traffic data flow to be designated only count to, then the caller information in the traffic data is removed; If described traffic data flow to be designated statistics come in and go out to, then keep whole traffic data; If described traffic data flow to be designated do not add up discrepancy to, then remove all traffic data.
9. statistic device according to claim 8 is characterized in that, this statistic device also comprises:
Calling splits module, is used for calling is split as Calling Side half calling and half calling of some callee sides;
The state definition module is used for the call state that described Calling Side is partly called out and callee side half is called out is defined, to form the miscellaneous service in the service logic realization next generation network.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2007101218780A CN101136975B (en) | 2007-09-17 | 2007-09-17 | Traffic data statistical method and apparatus for the next generation network soft switching system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2007101218780A CN101136975B (en) | 2007-09-17 | 2007-09-17 | Traffic data statistical method and apparatus for the next generation network soft switching system |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN101136975A CN101136975A (en) | 2008-03-05 |
| CN101136975B true CN101136975B (en) | 2011-10-26 |
Family
ID=39160791
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2007101218780A Active CN101136975B (en) | 2007-09-17 | 2007-09-17 | Traffic data statistical method and apparatus for the next generation network soft switching system |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN101136975B (en) |
Families Citing this family (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101697600B (en) * | 2009-09-27 | 2012-05-09 | 中兴通讯股份有限公司 | Method and device for automatically analyzing and processing polyphonic ringtone data |
| CN101998001B (en) * | 2010-09-25 | 2014-03-12 | 中兴通讯股份有限公司 | System and method for realizing wholesale based on soft switch |
| CN108650429B (en) * | 2018-04-08 | 2020-10-23 | 国网辽宁省电力有限公司信息通信分公司 | Call bill repetition eliminating method and system |
| CN108965048B (en) * | 2018-06-27 | 2021-12-24 | 平安科技（深圳）有限公司 | Data acquisition method and device for voice gateway, storage medium and server |
-
2007
- 2007-09-17 CN CN2007101218780A patent/CN101136975B/en active Active
Also Published As
| Publication number | Publication date |
|---|---|
| CN101136975A (en) | 2008-03-05 |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| Freeman | Telecommunication system engineering | |
| US7020268B2 (en) | System and method for providing telephony services to remote subscribers | |
| Davidson | Voice over IP fundamentals | |
| US7555109B2 (en) | System and method for caller control of a distinctive ring | |
| US7894589B2 (en) | Method and system for identifying telemarketer communications | |
| DE60036350T2 (en) | Mediation communication system | |
| EP1279299B1 (en) | Telephone call control system and method for the public switched telephone network | |
| US6529596B1 (en) | Web-based control of telephone | |
| Dryburgh et al. | Signaling System No. 7 (SS7/C7): protocol, architecture, and services | |
| EP2003868A1 (en) | Setting up a connection via an interconnection between different networks | |
| CN101136975B (en) | Traffic data statistical method and apparatus for the next generation network soft switching system | |
| KR20040092519A (en) | Method and apparatus for providing ring back tone using a private automatic branch exchange | |
| CN100382544C (en) | Method for realizing transform of conventional telephone exchange network to younger generation network and transient network | |
| CN102045463A (en) | Method and device for analyzing calls | |
| CN101883116B (en) | Call processing method and media gateway | |
| Peters | Voice over IP Fundamentals | |
| DE69910976T2 (en) | WIRED TELEPHONY IN A CELLULAR SWITCH | |
| US6532288B1 (en) | Tandem access control processor connected to the public switched telephone network for controlling features | |
| CN101998001A (en) | System and method for realizing wholesale based on soft switch | |
| CN114025048A (en) | Wireless telephone call center system based on soft switch | |
| US20040213202A1 (en) | Method and apparatus for identifying communications in an ATM/circuit-switched communication network | |
| US7406166B1 (en) | Message conversion system | |
| KR20040067617A (en) | System and method for providing intelligent network service for plain old telephony service subscriber of access gateway based media gateway control protocol | |
| JP3231724B2 (en) | International incoming call priority connection method | |
| KR100965089B1 (en) | Apparatus and method of voice network design based on end-to-end traffic in BcN networks |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C06 | Publication | ||
| PB01 | Publication | ||
| C10 | Entry into substantive examination | ||
| SE01 | Entry into force of request for substantive examination | ||
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant |