CN1507255A - Method of realizing statistical analysis of group rate adapting signal - Google Patents
Method of realizing statistical analysis of group rate adapting signal Download PDFInfo
- Publication number
- CN1507255A CN1507255A CNA02155384XA CN02155384A CN1507255A CN 1507255 A CN1507255 A CN 1507255A CN A02155384X A CNA02155384X A CN A02155384XA CN 02155384 A CN02155384 A CN 02155384A CN 1507255 A CN1507255 A CN 1507255A
- Authority
- CN
- China
- Prior art keywords
- calling
- call
- called
- signaling
- message
- 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.)
- Granted
Links
Images
Landscapes
- Telephonic Communication Services (AREA)
Abstract
The present invention is statistical analysis method of primary group rate adapting (PRA) signaling. In PRA signaling communication, the PRA signaling obtained through tracing in the specified PRA/BRA port is transferred from the main control board of the exchange to maintaining stage and saved in the port signaling tracing file in the maintaining stage. The method includes the following steps: searching port signaling tracing file to create original message list, with each data frame of PRA signaling in the file being processed as one record; filtering and sorting the original message list, scanning the records in the list and analyzing the scanned content to obtain interpretation content; and scanning the interpretation content, counting the required messages and establishing calling record list. The present invention has low cost, simple operation and convenient application.
Description
Technical field
The present invention relates to the analytic technique of message related to calls, particularly method about realizing that primary rate adaptive (PRA, Primary Rate Adaptation) signaling statistics is resolved.
Background technology
Along with the PRA relaying finds application more and more widely on the net, the PRA problem relevant with calling is also more and more, although some digital program-controlled exchange system is the integrated tracking and the explanation function of PRA message on maintenance console, but the function that switch generally only provides instant explanation and saving file to look back, just in tracking message, can make an explanation to message, or saving file is made an explanation, the statistics and analysis function is seldom arranged.This method is only applicable to the analysis and the location of simple problem, in case in the face of a large amount of tracking messages, it is unable to do what one wishes often just to seem, is easy to be flooded by garbage.
Though also have a lot of companies that Signaling Analyzer equipment directly is provided at present, this kind equipment mostly is the separate equipment entity, it focuses on hardware device, simultaneously the function of support software statistics.Its implementation is by using the E1 interface Signaling Analyzer to be parallel on the transmission equipment of switch, perhaps Signaling Analyzer directly being docked as terminal and E1 mouth.These Signaling Analyzers are to adopt independently that the signaling tracing form carries out message collection, every message is made an explanation.But the many deficiencies of these existing Signaling Analyzer equipment ubiquities, mainly show following some:
1) costs an arm and a leg;
2) bulky, heaviness is carried inconvenience;
3) maintenance efficiency is low, can't add up, analyze message on the whole;
4) complicated operation, operating personnel need could grasp its using method through certain training.
Summary of the invention
In view of this, the invention provides a kind of method that realizes that the adaptive signaling of primary rate statistics is resolved, make it have flexibly message and follow the tracks of and the analytic statistics function, and with low cost, simple to operate, be easy to carry.
A kind of method that realizes that the adaptive signaling statistics of primary rate is resolved, this method is achieved in that
A kind of method that realizes that the adaptive signaling of primary rate (PRA) statistics is resolved, in PRA signaling communication process, master control borad from the PRA signaling of specifying the adaptive signaling of PRA/ basic rate (BRA) port to follow the tracks of to obtain from switch is passed to maintenance console, again this PRA signaling is stored in the port signaling tracing saving file in the maintenance console, it is characterized in that this method may further comprise the steps:
A. search port signaling tracing saving file as a record, generates the origination message table with each Frame of PRA signaling in the port signaling tracing saving file;
B. the origination message table in the steps A is filtered and sort, scan the record in the origination message table then one by one, and obtain explanatory content after will scans content resolving; Search for this explanatory content, the information of needs is added up, set up calling record list.
This method further comprises: calling record list is sorted by call identification, and then from the scanning of article one recording start, each field in the statistics calling record list is set up and is called out summary sheet.
This method further comprises: calling record list is sorted by calling number and call identification, and then from the scanning of article one recording start, each field in the statistics calling record list is set up the caller summary sheet.
This method further comprises: calling record list is sorted by called number and call identification, and then from the scanning of article one recording start, each field in the statistics calling record list is set up called summary sheet.
This method further comprises: calling record list is sorted by disconnection cause, and then from the scanning of article one recording start, each field in the statistics calling record list is set up the reason summary sheet.
The origination message table of setting in the described steps A comprises serial number, call identification (ID), call reference, tracking time, direction, type of message and message content.
The calling record list of setting among the described step B comprises recording head, numbers of calling and called parties, call state time point, the duration of call, disconnection cause and serial number interval.
Set to call out that summary sheet comprises calling identification, direction, takies number of times, Called Busy number of times, the zero premature disconnection number of times that shakes, long time no answer number of times, connect number of times, response times, other, call completing rate and response rate.
Set that the caller summary sheet comprises calling number, direction, takies number of times, Called Busy number of times, Release while ringing number of times, long time no answer number of times, connect number of times, response times, other, call completing rate and response rate.
Set that called summary sheet comprises called number, direction, takies number of times, Called Busy number of times, Release while ringing number of times, long time no answer number of times, connect number of times, response times, other, call completing rate and response rate.
Set the reason summary sheet and comprise the disconnection cause value, call out number and disconnection cause name, described calling number is the calling number that this reason is taken out stitches.Therefore, use the present invention to carry out signaling tracing and statistical analysis has following advantage:
1) owing to having adopted the mature technology exploitation, so cost of the present invention is cheaper;
2) since this method all realize with form of software, therefore can send by network, the back is installed on common computer just can uses, and have comparatively perfect analytic statistics function, system hardware is had no requirement;
3) interactive interface that provides users with the convenient owing to this method, thus use simply, flexibly, and less demanding to specialty;
4) because method of the present invention is based on calling record list, can generate calling summary sheet, caller summary sheet, called summary sheet and reason summary sheet etc. flexibly by calling record list according to user's needs, make it more flexible, convenient and practical.
Description of drawings
Fig. 1 sets up the flow chart of calling record list for the present invention;
Fig. 2 is the hierarchical relationship schematic diagram between each table of the present invention.
Embodiment
Core content of the present invention is that the destination file one port signaling tracing saving file that terminal maintenance console PRA port signaling tracing obtains is carried out the offline statistical analysis.In order to reduce the design work amount, to reduce the coupling of module, and can guarantee the consistency of maintenance console and analysis software, the present invention can adopt the explanation dynamic link library of current maintenance console, and all interpretation works are all finished by this chained library.Therefore, the present invention is mainly used in and shows explanation results and explanation results is carried out analytic statistics.
Describe technical scheme of the present invention in detail below in conjunction with the drawings and specific embodiments.
At first analyze the structure of a lower port signaling tracing saving file.Port signaling tracing saving file is the signaling tracing window of specifying the adaptive signaling of PRA/ basic rate (BRA) port by opening, PRA and BRA signaling are passed to maintenance console from the master control borad of switch, then these signalings are kept in the port signaling tracing saving file under the installation directory of maintenance console.
Table 1 is the formation of port signaling tracing saving file.As shown in table 1, port signaling tracing saving file is divided into file header and file body two parts, and file body can comprise many records, and every record all is made up of recording head and record body, and the record body is divided into data frame head and data frame, and a record comprises a Frame.
| File body | File header | |
| Recording head | ||
| The record body | The data frame head | |
| The data frame | ||
| Recording head | ||
| The record body | The data frame head | |
| The data frame | ||
| ?????…… | ||
Table 1
Table 2 is the file header form.As shown in table 2, file header comprises deposit duration, record number and last record length.Wherein, the deposit duration is the time span that finishes deposit from beginning to trace into, and unit is Tick, just ten milliseconds; The record number is the record strip number that comprises in the saving file; Last record length is the length of the last item record, and unit is a byte.|＜--------------------file header---------------------|＜------file body---|
| The deposit duration | The record number | Last record length | File content |
Table 2
Table 3 is the recording head form.As shown in table 3, recording head comprises recording mechanism, last record length and data length.Wherein, recording mechanism is the serial number of record; Last record length is the length of the last item record, and unit is a byte; Data length is the length of record body, and unit is a byte.|＜--------------------------recording head---------------------|＜----------the record body-------------|
| Recording mechanism | Last record length | Data length | Recorded content |
Table 3
Table 4 is a data frame format.As shown in table 4, the data frame head comprises device identification, port numbers, call reference, tracking time, type of message, direction, signaling type and frame length.|＜------------------------------------------the data frame head----------------------------------------〉|＜frame〉|
| Device identification | Port numbers | Call reference | Tracking time | Type of message | Direction | Signaling type | Frame length | Frame |
Table 4
Table 5 is the device identification correspondence table.Device identification is the device type of the tracked port of sign, table 5 shows PRA, digital subscriber (DSL, Digital Subscriber Line board), four kinds of device types such as V5RPA and V5DSL, the corresponding sign of a kind of equipment, these four kinds of equipment mark are respectively 15,3,59 and 58.
| Device identification | Device type |
| 15 | PRA |
| 3 | DSL |
| 59 | V5PRA |
| 58 | V5DSL |
Table 5
Port numbers is the port numbers of tracked equipment.
Call reference is to be used to distinguish different callings, and the message that call reference is identical belongs to same calling.Certainly, also have the situation of exception, such as:
1) first message " foundation " Call Reference Value (SETUP) of outgoing call is 65535, judging that it belongs to " the inquiring user data " that can use when certain is called out thereafter (CR_USER_DATA) call reference of message, because these two message are disposable output, so can guarantee the correctness of judged result.
2) " notice DSL plate networking " (CONNECT_NET) message is the same with " SETUP " message, the call reference of message that also will be by is thereafter judged.
3) " notice DSL plate is torn net (DISCONNECT_NET) message open and then will be judged by the call reference of preceding a piece of news.
4) other call references except that above-mentioned 3 message are the message that 65535 message all is and calling is irrelevant, as chain circuit message, and print tracking message etc., these message do not belong to any one calling.
Tracking time is the time that switch sends this message, and table 6 is the tracking time form.As shown in table 6, the time is respectively from the low level to a high position second, divides, hour, day and month.
| Month | Day | Hour | Divide | Second |
Table 6
Type of message is the macrotaxonomy of message, as: 211 represent maintain message, and 212 represent chain circuit message, and 213 represent debugging message etc.
Direction is the direction that message sends.
Table 7 is the definition of message direction.As shown in table 7, direction has following span.User side mails to network side, and direction is U → N, and value is 0, and network side mails to user side, and direction is U ← N, value is 1, and network side mails to CCB, and direction is N → C, and value is 2, and CCB mails to network side, direction is N ← C, and value is 3, and network internal message, direction are N N, and value is 4.
| Value | Direction | Implication |
| ????0 | ??U-->N | User side mails to network side |
| ????1 | ??U<--N | Network side mails to user side |
| ????2 | ??N-->C | Network side mails to CCB |
| ????3 | ??N<--C | CCB mails to network side |
| ????4 | ??N<>N | Network is surveyed inside story |
Table 7
Signaling type is used to distinguish dissimilar tracking messages, as PRA, Telephone User Part (TUP) etc.
Frame length is the length of data frame, and unit is a byte.
As shown in Figure 1, present embodiment is to generate the origination message table according to port signaling tracing saving file, again the origination message table is filtered and sort and afterwards generate calling record list, afterwards, can generate calling summary sheet, caller summary sheet, called summary sheet and reason summary sheet etc. by calling record list according to the different needs of user.Wherein, the origination message table is a record origination message content, and record corresponding end message makes a PRA message in the saving file; Calling record list is the table as a result that the origination message table is gathered by calling; Call out summary sheet and be calling record list by going out the table as a result that Incoming or incoming call, exhalation gather; The caller summary sheet is the table as a result that calling record list is gathered by calling number; Called summary sheet is the table as a result that calling record list is gathered by called number; The reason summary sheet is the table as a result that calling record list is gathered by disconnection cause.
Figure 2 shows that between above-mentioned each table following hierarchical relationship figure is arranged.As Fig. 2, first level is the origination message table, and second level is a calling record list, and tri-layer comprises calls out summary sheet, caller summary sheet, called summary sheet and reason summary sheet.High-level table all is the table generation by low level, therefore can inquire the relative recording of low layer table from certain bar record of high level table, can find the relative recording of bottom table again from certain bar record of low layer table, so just formed the hierarchical structure of an inquiry, promptly inquiry is from high to low recalled from low to high.
In addition, the message interpretation dynamic link library that present embodiment need call former maintenance console carries out the importing of some data, such as, data such as type of message character string and explanation context string all are Frame to be imported the corresponding interface function obtain.
As seen, the acquisition of calling record list is the basis that the present invention resolves calling, and the detailed process that opposite end so of the present invention message order tracking saving file carries out analytic statistics mainly comprises following two steps.
Step 1: generate the origination message table according to signaling tracing file.
The all corresponding tracking message of each Frame in the signaling tracing file, include information such as call reference, tracking time, direction, type of message, message content, every record in the origination message table is all generated by a Frame, has comprised all information of Frame.
| Serial number | Call out ID | Call reference | Tracking time | Direction | Type of message | Message content |
Table 8
Table 8 is the definition of origination message literary name section.As shown in table 8, the origination message table comprises serial number, call identification (ID), call reference, tracking time, direction, type of message and message content.Wherein, serial number is used for the unique identification a piece of news, adds up since 1, and record of every generation adds 1; Call reference is to use when showing, directly uses " call reference " assignment of Frame; Tracking time is the time that switch sends this message, is obtained by " tracking time " of Frame; Direction is the direction that message sends, and is obtained by " direction " of Frame; Type of message is to obtain after importing Frame into the corresponding interface function; Message content is the binary coding that is used to deposit message, and directly the copies data frame obtains; Call out ID and be used to distinguish different callings, call out the identical message of ID and belong to same calling, its obtaining value method is as follows:
1), uses the call reference assignment of article one message thereafter if call reference is " SETUP " message or " (CONECT-NET) " message of 65535;
2) if call reference is " (DISCONECT_NET) " message of 65535, with the call reference assignment of preceding a piece of news;
3) other message are directly used the call reference assignment.
After generating the origination message table, the needed information of all subsequent analysis all has been included in this table, and operation after this no longer relates to the tracking saving file.
Step 2: according to the origination message table, gather the generation calling record list by each calling, its detailed process is as follows:
At first the origination message table is sorted by calling out ID and serial number, and will fall with the message screening that statistics has nothing to do.Ordering is for the interference between avoiding calling out, and handles next call again after handling a calling.And, the speed of handling for accelerating, present embodiment only keep " CR_USER_DATA ", " SETUP ", " information " (INFORMATION), " calling is submitted " (CALL_DELIVERED), " call out and receive " (CALL_RECEIVED), " RUN " (DSS1_ACTIVE), " taking out stitches " (DISCONNECT), " release " (RELEASE), " release is finished " (RELEASE_COMPLETE), " nought state " (DSS1_NULL) 10 message.
Article one recording start from tables of original record scans downwards then, import the message content of preserving in the table into obtain explaining behind the corresponding interface function content, search for the information that needs then therein, and add up accordingly, finally generate a calling record list.
The structure of calling record list is as shown in table 9, and calling record list comprises recording head, numbers of calling and called parties, call state time point, the duration of call, disconnection cause and serial number interval.
| Recording head | Numbers of calling and called parties | The call state time point | The duration of call | Disconnection cause | The serial number interval |
Table 9
Wherein, table 10 is a recording head structure.As shown in table 10, recording head comprises to be called out ID, direction, Call Reference Value, CCB number and calling identification.
| Call out ID | Direction | Call Reference Value | CCB number | Calling identification |
Table 10
Call out ID and scan an effectively new back assignment of calling out whenever.Effectively being meant here, when newly calling out ID for one that scans the origination message table, if this message is call reference is 65535 " SETUP " message, and explanation is an outgoing call, if " CR_USER_DATA ", explanation is an incoming call, if neither be, illustrate that this message is the latter half of of an imperfect calling, this calling is considered to invalid, do not participate in statistics, can directly it be abandoned.
Calling identification is used to judge the calling and called attribute of calling, just can access in the process of judging new calling validity, if caller, this value is TRUE, otherwise is FALSE.
Direction is only to be used to the field that shows, if calling identification is TRUE, for (V5) DSL and (V5) PRA, this value is respectively " exhalation " and " Incoming ", otherwise is " incoming call " and " striking out ".
Call Reference Value is Q.931 to be used for the reference value of a calling of unique identification on an interface in the agreement, and it can be searched for from the message interpretation content and obtain, and this field is as reserved field, and is temporarily useless.
CCB number is the sign that switch inside is used for the calling and called side of a related calling, and this value is searched for from the message interpretation content and obtained, and this field also is as reserved field, and is temporarily useless.
Table 11 is the numbers of calling and called parties structure.As shown in table 11, the structure of numbers of calling and called parties comprises calling number, called number, user side calling number, CCB side calling number, user side called number and CCB side called number.Wherein, the user side calling number is that user side is issued the calling number that network side or network side are issued user side; CCB side calling number is that network side is issued the calling number that CCB or CCB issue network side; The user side called number is that user side is issued the called number that network side or network side are issued user side; CCB side called number is that network side is issued the called number that CCB or CCB issue network side; If do caller, the value of calling number is the user side calling number, otherwise is CCB side calling number; If do caller, the value of called number is the user side called number, otherwise is CCB side called number.And calling number and called number can be respectively search in SETUP message and SETUP, INFORMATION message, but if overlap sending need be merged into the called number in two kinds of message a complete called number.When the number of user side did not exist, with the number replacement of CCB side, vice versa.
| Calling number | Called number | The user side calling number | CCB side calling number | The user side called number | CCB side called number |
Table 11
Table 12 is a call state time point structure.As shown in table 12, the structure of call state time point comprises holding time point, turn-on time, response time point and concluding time point.Wherein, if caller, the value of holding time point is the tracking time of first message " SETUP ", if called, this value is the tracking time of first message " CR_USER_DATA "; If caller, turn-on time, the value of point was the tracking time of message " (CALL_DELIVERED) ", if called, this value is the tracking time of message " (CALL_RECEIVED) "; The value of response time point is the tracking time of message " (DSS1_ACTIVE) "; The concluding time value of point is the tracking time of message " (DSS1_NULL) ".
| The holding time point | Turn-on time point | The response time point | The concluding time point |
Table 12
The duration of call is the time difference between concluding time point and the response time point, if response time point or concluding time point do not exist, this value is 0.
Table 13 is the disconnection cause structure.As shown in table 13, the disconnection cause structure comprises disconnection cause value and disconnection cause name.Wherein, the disconnection cause value is the cause value of first clear message in calling out, and can search from explanatory content; The disconnection cause name is the title of reason for call value correspondence, also can search from explanatory content.
| The disconnection cause value | The disconnection cause name |
Table 13
Table 14 is the structure in serial number interval.As shown in table 14, the structure in serial number interval comprises Start serial number and finishes serial number.Wherein, Start serial number is a serial number of calling out first message, assignment when scanning new a calling; Finishing serial number is the serial number of calling out last message, assignment all when scan in the calling every and writing down.The use of these two fields is, when the calling that comprises is many, calling out ID may duplicate, that is to say that calling ID can not be as distinguishing unique field of calling out, at this moment to and finish serial number and judge by Start serial number, because two serial numbers of calling out the identical calling of ID can not have cross section.
| Start serial number | Finish serial number |
Table 14
It is the concordance list of unit with the call that calling record list is one, and it has comprised all information that generate following other tables, and all thereafter analyses are all carried out on this table.That is to say, can generate various summary sheets by this calling record list of index.Such as, gathering generation by call direction and call out summary sheet, it comprises call direction, the number of calls, Called Busy number of times, long time no answer number of times, Release while ringing number of times, connects number of times, response times, other reasons number of times, call completing rate and response rate; Gather generation calling number summary sheet, all fields that it comprises calling number and calls out summary sheet by calling number; Gather generation called number summary sheet, all fields that it comprises called number and calls out summary sheet by called number; Gather generation reason summary sheet by disconnection cause, it comprises cause value, the number of calls and disconnection cause etc.
Because the different needs of user can come combined data according to different list items, on the basis of calling record list, further generate and call out summary sheet, caller summary sheet, called summary sheet and reason summary sheet etc.
(1) calling record list generates and calls out summary sheet.
Calling out summary sheet is according to the call direction combined data, presses call identification to the call record list sorting, from the scanning of article one recording start, each field is added up then.Table 15 is for calling out the summary sheet structure.As shown in Table 15, the structure of calling out summary sheet comprises calling identification, direction, takies number of times, Called Busy number of times, the zero premature disconnection number of times that shakes, long time no answer number of times, connect number of times, response times, other, call completing rate and response rate.Wherein, the calling identification in the calling identification calling record list; Direction is with the direction in the calling record list; Take number of times and be the calling number on this direction; The Called Busy number of times is the calling number of Called Busy on this direction, by disconnection cause primary system meter; The Release while ringing number of times is the calling number of Release while ringing on this direction, adds up by disconnection cause; The long time no answer number of times is the calling number of long time no answer on this direction, adds up by disconnection cause; Connecting number of times is the calling number of " (CALL_DELIVERED) " or " (the CALL_RECEIVED) " state of moving on this direction; Response times is the calling number of " (DSS1_ACTIVE) " of moving on this direction; The calling number that other is non-Called Busy on this direction, Release while ringing, long time no answer, connect, reply; Call completing rate is to connect number of times/take number of times * 100%; Response rate is response times/take number of times * 100%.
| Calling identification | Direction | Take number of times | The Called Busy number of times | The Release while ringing number of times | The long time no answer number of times |
| Connect number of times | Response times | Other | Call completing rate | Response rate |
Table 15
(2) generate the caller summary sheet by call record.
The caller summary sheet is according to the calling number combined data, and it at first sorts by calling number, call identification to calling record list, from the scanning of article one recording start, each field is added up then.Table 16 is the caller summary sheet.Shown in table 16, the structure of caller summary sheet comprises calling number, direction, takies number of times, Called Busy number of times, Release while ringing number of times, long time no answer number of times, connect number of times, response times, other, call completing rate and response rate.
| Calling number | Direction | Take number of times | The Called Busy number of times | The Release while ringing number of times | The long time no answer number of times |
| Connect number of times | Response times | Other | Call completing rate | Response rate |
Table 16
Wherein, calling number is with the calling number of calling record list; Direction is with the direction of calling record list; Taking number of times is the calling number of this calling number on this direction; The Called Busy number of times is the calling number of this calling number Called Busy on this direction, by disconnection cause primary system meter; The Release while ringing number of times is the calling number of this calling number Release while ringing on this direction, adds up by disconnection cause; The long time no answer number of times is the calling number of this calling number long time no answer on this direction, adds up by disconnection cause; Connect number of times and be on this direction, the move into calling number of " (CALL_DELIVERED) " or " (CALL_RECEIVED) " state of this calling number; Response times is move on this direction calling number of " (DSS1_ACTIVE) " of this calling number; Other is this calling number non-Called Busy, Release while ringing, long time no answer, calling number of connecting, replying on this direction; Call completing rate is to connect number of times/take number of times * 100%; Response rate is response times/take number of times * 100%.
(3) generate called summary sheet by calling record list.
Called summary sheet sorts to calling record list by called number, call identification according to the called number combined data, from the scanning of article one recording start, each field is added up then.Table 17 is the structure of called summary sheet.Shown in table 17, the list structure of called summary sheet comprises called number, direction, takies number of times, Called Busy number of times, Release while ringing number of times, long time no answer number of times, connect number of times, response times, other, call completing rate and response rate etc.
| Calling number | Direction | Take number of times | The Called Busy number of times | The Release while ringing number of times | The long time no answer number of times |
| Connect number of times | Response times | Other | Call completing rate | Response rate |
Table 17
Wherein, called number is with the called number of calling record list; Direction is with the direction of calling record list; Taking number of times is the calling number of this called number on this direction; The Called Busy number of times is the calling number of this called number Called Busy on this direction, by disconnection cause primary system meter; The Release while ringing number of times is the calling number of this called number Release while ringing on this direction, adds up by disconnection cause; The long time no answer number of times is the calling number of this called number long time no answer on this direction, adds up by disconnection cause; Connect number of times and be on this direction, the move into calling number of " (CALL_DELIVERED) " or " (CALL_RECEIVED) " state of this called number; Response times is move on this direction calling number of " (DSS1_ACTIVE) " of this called number; Other is this called number non-Called Busy, Release while ringing, long time no answer, calling number of connecting, replying on this direction; Call completing rate is to connect number of times/take number of times * 100%; Response rate is response times/take number of times * 100%.
(4) generate the reason summary sheet by calling record list.
The reason summary sheet sorts to calling record list by disconnection cause according to the disconnection cause combined data, from the scanning of article one recording start, each field is added up then.Table 18 is a reason summary sheet structure.Shown in table 18, the structure of reason summary sheet comprises the disconnection cause value, calls out number and disconnection cause name.Wherein, the disconnection cause value is the disconnection cause value with calling record list; Calling out number is the calling number that this reason is taken out stitches.The disconnection cause name is with the disconnection cause name of calling record list.
| The disconnection cause value | Call out number | The disconnection cause name |
Table 18
Operating personnel can inquire about the origination message table by interactive interface, realize off line explanation origination message, origination message and explanatory content thereof can be deposited into webpage format, can also by the query call record sheet, call out summary sheet, calling number summary sheet, called number summary sheet and reason summary sheet carry out call record, call out gather, various inquiries such as calling number, called number, disconnection cause and carry out correlation inquiry etc. between each table.
Present embodiment uses the top control that adopts in the multi-layered database control to store saving file, and the operation of all record data is all carried out in internal memory.Owing to do not need the support of background data base during its working procedure, therefore adopt this mode can make full use of the simplification of database manipulation data, reduce the size of installation file and the fussy degree of installation, and help its merit expansion.
Claims (11)
1, a kind of method that realizes that the adaptive signaling of primary rate (PRA) statistics is resolved, in PRA signaling communication process, master control borad from the PRA signaling of specifying the adaptive signaling of PRA/ basic rate (BRA) port to follow the tracks of to obtain from switch is passed to maintenance console, again this PRA signaling is stored in the port signaling tracing saving file in the maintenance console, it is characterized in that this method may further comprise the steps:
A. search port signaling tracing saving file as a record, generates the origination message table with each Frame of PRA signaling in the port signaling tracing saving file;
B. the origination message table in the steps A is filtered and sort, scan the record in the origination message table then one by one, and obtain explanatory content after will scans content resolving; Search for this explanatory content, the information of needs is added up, set up calling record list.
2, the method for claim 1 is characterized in that, this method further comprises:
Calling record list is sorted by call identification, and then from the scanning of article one recording start, each field in the statistics calling record list is set up and is called out summary sheet.
3, the method for claim 1 is characterized in that, this method further comprises:
Calling record list is sorted by calling number and call identification, and then from the scanning of article one recording start, each field in the statistics calling record list is set up the caller summary sheet.
4, the method for claim 1 is characterized in that, this method further comprises:
Calling record list is sorted by called number and call identification, and then from the scanning of article one recording start, each field in the statistics calling record list is set up called summary sheet.
5, the method for claim 1 is characterized in that, this method further comprises:
Calling record list is sorted by disconnection cause, and then from the scanning of article one recording start, each field in the statistics calling record list is set up the reason summary sheet.
6, the method for claim 1 is characterized in that, the origination message table of setting in the described steps A comprises serial number, call identification (ID), call reference, tracking time, direction, type of message and message content.
7, the method for claim 1 is characterized in that, the calling record list of setting among the described step B comprises recording head, numbers of calling and called parties, call state time point, the duration of call, disconnection cause and serial number interval.
8, method as claimed in claim 2, it is characterized in that, set to call out that summary sheet comprises calling identification, direction, takies number of times, Called Busy number of times, the zero premature disconnection number of times that shakes, long time no answer number of times, connect number of times, response times, other, call completing rate and response rate.
9, method as claimed in claim 3, it is characterized in that, set that the caller summary sheet comprises calling number, direction, takies number of times, Called Busy number of times, Release while ringing number of times, long time no answer number of times, connect number of times, response times, other, call completing rate and response rate.
10, method as claimed in claim 4, it is characterized in that, set that called summary sheet comprises called number, direction, takies number of times, Called Busy number of times, Release while ringing number of times, long time no answer number of times, connect number of times, response times, other, call completing rate and response rate.
11, method as claimed in claim 5 is characterized in that, sets the reason summary sheet and comprises the disconnection cause value, calls out number and disconnection cause name, and described calling number is the calling number that this reason is taken out stitches.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 02155384 CN1254070C (en) | 2002-12-11 | 2002-12-11 | Method of realizing statistical analysis of group rate adapting signal |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 02155384 CN1254070C (en) | 2002-12-11 | 2002-12-11 | Method of realizing statistical analysis of group rate adapting signal |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN1507255A true CN1507255A (en) | 2004-06-23 |
| CN1254070C CN1254070C (en) | 2006-04-26 |
Family
ID=34235882
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 02155384 Expired - Fee Related CN1254070C (en) | 2002-12-11 | 2002-12-11 | Method of realizing statistical analysis of group rate adapting signal |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN1254070C (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1842196B (en) * | 2005-03-28 | 2010-04-28 | 华为技术有限公司 | Method for analyzing call fault reason |
| CN1901543B (en) * | 2005-07-05 | 2012-08-29 | 安捷伦科技有限公司 | Method and system for transportation of derived call records to a central repository |
| CN101529879B (en) * | 2006-10-26 | 2014-01-08 | Ktf电信公司 | Private mobile network integration service system using public land mobile network and call processing method therefof |
-
2002
- 2002-12-11 CN CN 02155384 patent/CN1254070C/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1842196B (en) * | 2005-03-28 | 2010-04-28 | 华为技术有限公司 | Method for analyzing call fault reason |
| CN1901543B (en) * | 2005-07-05 | 2012-08-29 | 安捷伦科技有限公司 | Method and system for transportation of derived call records to a central repository |
| CN101529879B (en) * | 2006-10-26 | 2014-01-08 | Ktf电信公司 | Private mobile network integration service system using public land mobile network and call processing method therefof |
Also Published As
| Publication number | Publication date |
|---|---|
| CN1254070C (en) | 2006-04-26 |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN1848878A (en) | Method for realizing one card multi-number business in mobile communication system | |
| CN1630319A (en) | A telephone state information presentation system and realizing method thereof | |
| CN1131859A (en) | Subscriber information service system | |
| CN100340093C (en) | Speech sound business real time recording and analysis system and its method | |
| CN1254070C (en) | Method of realizing statistical analysis of group rate adapting signal | |
| CN1960367A (en) | Method for associating general multiple protocols | |
| CN1684486A (en) | System, method and device for realizing inform of lost call of telephone paging | |
| CN1306755C (en) | Service testing device and method | |
| CN1314293C (en) | System and method for intelligent monitoring message center | |
| CN1852463A (en) | Method for realizing individualized signature of short message | |
| CN1946120A (en) | Method and system for realizing telephone list association | |
| CN1798211A (en) | Implement method for managing and reporting leaving word from telephone | |
| CN1309238C (en) | Method for providing virtual office equipment number service of group by virtual office equipment apparatus | |
| CN1877623A (en) | Method and system for triggering business workflow | |
| CN1168264C (en) | Interactive telephone phonetic information service system and method | |
| CN1132400C (en) | Method of realizing information station switching on management business on intelligent net | |
| CN1531351A (en) | No.7 signalling analytical method | |
| CN1870768A (en) | Method for controlling dailing of virtual user exchange group use in next generation network | |
| CN1152753A (en) | Colelcting system for computer information interrogating | |
| CN1266877C (en) | Method for telephone exchange cutover without number change | |
| CN1036563C (en) | Automatic information service system based on telephone | |
| CN101039360A (en) | Digital-image mapping generating method, digital-image sending system and method | |
| CN1135814C (en) | Method for implementing long-distance sparse and busy service on intelligent network | |
| CN1794275A (en) | Mobile digital terminal | |
| CN1455574A (en) | Selective information storage system and its realizing method |
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 | ||
| C17 | Cessation of patent right | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20060426 Termination date: 20121211 |