CN1231015C - Method of implementing mobile intelligent network local boundary area special charge - Google Patents
Method of implementing mobile intelligent network local boundary area special charge Download PDFInfo
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- CN1231015C CN1231015C CN02146127.9A CN02146127A CN1231015C CN 1231015 C CN1231015 C CN 1231015C CN 02146127 A CN02146127 A CN 02146127A CN 1231015 C CN1231015 C CN 1231015C
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Abstract
The present invention discloses a method of implementing the special charging of local boundary areas of mobile intelligent networks, which comprises the steps: A, the current position information of a calling user or a called user is obtained from received start-up detection point signalling or an attribution position register by a mobile intelligent service; B, an area table of local boundaries is searched logically according to the current position information of the user by the mobile intelligent service for judging whether the user is in a local boundary area or not, wherein the position information of the boundary areas of divided areas is stored in a service control point; C, the special charging processing is carried out on the user in the local boundary area by the mobile intelligent service. The present invention solves the problem of unreasonable charging when the user registering in a mobile intelligent network service uses a mobile platform to communicate in the local boundary area.
Description
Technical field
The present invention relates to the intelligent movable network technology, specifically a kind of method that realizes the mobile intelligent net local boundary area special charge.
Background technology
As shown in Figure 1, gsm system mainly is comprised of exchange subsystem (NSS), wireless base station sub-system (BSS), travelling carriage (MS) three major parts. Exchange subsystem (NSS) comprises mobile service switching center (MSC), VLR Visitor Location Register (VLR), attaching position register (HLR), authentication center (AUC) and mobile device identification register (EIR). Wireless base station sub-system (BSS) comprises base station controller (BSC) and base station transceiver platform (BTS). Travelling carriage comprises that portable terminal and client identify card (SIM). Wireless base station sub-system is controlled by MSC, communicates with travelling carriage, mainly finishes radio and sends and receives and the functions such as wireless resource management.
BTS and travelling carriage (MS) are by radio communication, from radio coverage area, the minimum indivisible zone of GSM is the zone that the fan-shaped antenna (BTS) by a base station (omnidirectional antenna) or a base station covers, and is called residential quarter (Cell). Each residential quarter is identified by global cell ID (CGI). Some residential quarters form a lane place (LAI), and the lane place is arranged by GSM network operator, may be relevant with one or more BSC, but only belong to a MSC, namely a lane place is comprised of a plurality of residential quarters under the MSC control; The lane place is identified by lane place identification code. Mobile travelling carriage (MS) moves the position information among the MSC/VLR that does not upgrade this lane place of control in a lane place. The professional district of MSC is comprised of the zone that its all residential quarters of administering cover, and can be divided into one or several lane place.
Mobile intelligent net is to introduce intelligent network function entity in the mobile network, to finish a kind of network to the Based Intelligent Control of mobile calls. It is the combination of existing mobile network and intelligent network. Transform the switching centre of mobile network as SSP operation exchange point, the mobile network of bottom is linked to each other with the intelligent network (SCP, SMP, SCE, SMAP etc.) of high level, thereby mobile switch and business are separated realization, just formed mobile intelligent net.
Support by means of No.7 signaling net and large-scale centralized formula database, the exchange function with network of mobile intelligent net is separated with the control function, originally the control function that was arranged in each end office switch is focused on the functional part of newly establishing---on the Service Control Point of intelligent network that is comprised of medium-mini computer, and original switch is only finished the basic function that continues.
The general structure of mobile intelligent net system generally is comprised of several parts such as operation exchange point (SSP), Service control point (SCP), intelligent peripheral hardware (IP), business management system (SMS), professional build environments (SCE) as shown in Figure 2. SSP is the tie point that connects existing mobile network and intelligent network, and the function of access intelligent network is provided. SCP is the core component of intelligent network, its storage user data and professional logic, main function is to receive the signaling information that SSP sends here, carry out various decodings, start different professional logics, Query Database, carry out calling authorization, call out charging, send out the calling control instruction to SSP, thereby realize that various intelligence call out. IP assists to finish the professional special resource of intelligence, usually has various voice functions, and such as phonetic synthesis, the playback notice receives DTMF pulsing, carries out speech recognition etc. SMS is comprised of computer system, generally possesses 5 kinds of functions, i.e. professional logic manage, business datum management, user data management, professional monitoring and traffic management. The function of SCE is the new professional logic of demand generation according to the client.
SCP is the core of mobile intelligent net, is loaded with professional logic and user's data. When an intelligent movable network users makes a call or during called, MSC/SSP reports to SCP and starts DP (IDP) signaling, triggers the mobile intelligent service on the SCP, its calling process will be controlled by SCP. The basic process that SCP control is called out is such: after calling was triggered to SCP, SCP started intelligent service logic, carries out basic call treatment (as: analyzing numbers of calling and called parties etc.); Search user's data and carry out calling authorization, analysis user account's validity; After judging this calling effectively, require the MSC/SSP replay call, and carry out charging; Control process in SCP after user's on-hook finishes at last, finishes the control of call.
The charging of mobile intelligent service is to obtain the ground area code according to the parameter analysis in the IDP signaling, with its ground area code as the travelling carriage visited place, and as rates ground. Specifically, obtain the ground area code of travelling carriage visited place in the caller flow process according to the Location Number parameter item analysis of IDP signaling; Obtain the ground area code of travelling carriage visited place in the called flow according to the Vlr-number parameter item analysis of the Location Information in the IDP signaling.
The charging rate of mobile intelligent service mainly divides following components: basic call rate, roaming charges, toll fee, and additional cost.
The most frequently used charging regulation of mobile intelligent service is as follows:
When 1, travelling carriage is done caller
Communication expense=basic call rate+[roaming charges]+[the caller visited place is to the dialed field toll fee]
Illustrate: when the ground area code on the ground of caller visited place area code and master home ground is not identical, just receive roaming charges; When the ground area code of the ground of caller visited place area code and dialed field is not identical, just receive toll fee; When caller support during with the city special case, if when the caller visited place is identical with called visited place, do not receive toll fee.
2, travelling carriage is done when called
Communication expense=basic call rate+[roaming charges]+[called visited place is to the dialed field toll fee]
Illustrate: when the ground area code of the ground of called visited place area code and dialed field is not identical, just receive roaming charges; When the ground area code of the ground of called visited place area code and dialed field is not identical, just receive toll fee; When the ground area code on the ground of called visited place area code and master home ground is identical, do not receive toll fee.
Mobile intelligent service provides flexibly charging way, and travelling carriage is done caller and when called, its basic call rate, roaming charges, toll fee, and additional cost can be different; Part charging item can not received yet, and for example: if unidirectional charging, then travelling carriage is done when called free. When mobile communication carrier specifically runs, may be called together basic expense with substantially taking with roaming charges, that time institute receives basic call rate is different but the basic call rate of receiving is not roamed from travelling carriage when travelling carriage is roamed. As seen the roaming place of travelling carriage is directly related with final charging.
Present existing mobile intelligent service has: prepayment service (PPS), emotional affection code service (FNS), mobile virtual private network professional (VPMN), cell and time distribution (CTD) etc.
The present charging of mobile intelligent service is to obtain the ground area code according to the parameter analysis in the IDP signaling, with its ground area code as the travelling carriage visited place, and as rates ground. Specifically, obtain the ground area code of travelling carriage visited place in the caller flow process according to the Location Number parameter item analysis of IDP signaling; Obtain the ground area code of travelling carriage visited place in the called flow according to the Vlr-number parameter item analysis of the Location Information in the IDP signaling. Location Number parameter in the IDP signaling that MSC/SSP reports and the Vlr-number parameter item of Location Information are to be distributed according to the base station that travelling carriage connects by MSC/SSP. A common MSC/SSP only is an area service, and it reports the Location Number parameter of IDP and visited place area code corresponding to Vlr-number parameter item of Location Information is identical. Under special circumstances, a MSC/SSP also can be the service of a plurality of adjoining areas as required, install respectively in several the adjacent areas base station of a MSC/SSP administration, such MSC/SSP just can be a plurality of areas provides service, MSC/SSP will divide into groups for the base station of different regions services, report visited place area code corresponding to Vlr-number parameter item of the Location Number parameter of IDP and Location Information can be not identical. So the zone of the actual correspondence of ground area code of the travelling carriage visited place that analysis obtains during the mobile intelligent net charging is comprised of the coverage of one group of base station BTS of a MSC/SSP administration. And base station BTS coverage is determined by radio signal coverage, and the coverage of adjacent base station BTS has overlapping part, so the zone in the area that is determined by base station BTS coverage can't be fully identical with the actual geographic zone in area.
Usually the travelling carriage user is merely able to understand and the geographic area of the actual correspondence in area admit, thinks that the charging of travelling carriage should come charging by the area of the actual visit of travelling carriage; User of mobile station mobile communication carrier beyond affordability can only be determined by base station range the ground area code of travelling carriage visited place because of the technology reason. Particularly at the borderline region of two or more adjoining areas, the radio signal that is usually belonged to the base station of different regions covers, and travelling carriage generally is to select automatically a base station to communicate connection. Although can cause like this travelling carriage in its home zone, in another area that is moved intelligent net system and thinks that it roams into, and roam into another area by travelling carriage and come charging. From the foregoing, the charging of travelling carriage is directly related with its roaming place, so at present there is following problem in the mobile intelligent net system: former thereby cause mobile intelligent net to obtain wrong travelling carriage visited place area code because of technology at local boundary area, and irrational charging occurs. Usually travelling carriage is dialed the communication expense of its home zone phone at its home zone, roams into the communication expense that its home zone phone is dialed in another area well below travelling carriage. The situation of this kind error analysis travelling carriage visited place area code that occurs at local boundary area is easy to the communication expenses of receiving more, also just is easy to cause user's complaint.
Summary of the invention
The object of the present invention is to provide a kind of method that realizes the mobile intelligent net local boundary area special charge, former thereby cause obtaining wrong travelling carriage visited place area code because of technology at local boundary area to solve mobile intelligent net, and irrational charging occurs.
The present invention includes following step:
A, mobile intelligent service obtain caller or the current position information of called subscriber from start detection point (IDP) signaling that receives or attaching position register;
The current position information of B, mobile intelligent service logical foundation user is searched storing the local boundary area table of dividing local boundary area position information on the Service control point, to judge that this user is whether in the borderline region in area;
C, mobile intelligent service are done special charging to the user in local boundary area and are processed.
According to said method:
Described local boundary area table is based upon on the Service control point in advance with database or internal memory mode.
The local boundary area table defines as unit or take the lane place as unit take the residential quarter.
It is the local boundary area that the residential quarter that the base station radio signal of telecommunication covers the somewhere borderline region is put under near the one or more areas the residential quarter take the residential quarter as unit definition local boundary area table. It is the local boundary area that the lane place that the base station radio signal of telecommunication in the zone, position covers the somewhere borderline region is put under near the one or more areas the lane place take the lane place as unit definition local boundary area table.
User's position information is in the cellIdOrLAI item of this signaling Location Information parameter in start detection point (IDP) signaling, be when the mobile intelligent service user makes a call or be called, write by mobile switching centre (MSC)/operation exchange point (SSP).
Mobile intelligent service obtains caller from attaching position register or the current position information of called subscriber comprises step:
Mobile intelligent service logic on a, the Service control point (SCP) is sent out at any time information inquiry (ATI) signaling to attaching position register (HLR);
B, attaching position register (HLR) receive that the backward MSC transmission of ATI provides user profile (PSI) signaling;
C, mobile intelligent service logic obtain the up-to-date position information of travelling carriage, and this information are filled in the cellIdOrLAI item of Location Information parameter of message and return to Service control point (SCP).
Described position information is global cell ID or lane place identification code.
When described special charging refers to that the user is in the borderline region in one or more areas, press the charging rate different from common charging rate to this user's charging.
When described special charging refers to that the user is in the borderline region in one or more areas, press the minimum zone of charging rate to this user's charging.
The present invention is by being area definition borderline region, make mobile intelligent network service control point (SCP) can judge that mobile communications is whether in the borderline region in area, special charging is carried out to the travelling carriage of communicating by letter in realization mobile intelligent network service control point (SCP) in the borderline region in area, thereby solved the user of registration mobile intelligent network service when local boundary area uses mobile communications, the problem of unreasonable charges.
Description of drawings
Fig. 1 is the gsm system block diagram;
Fig. 2 is mobile intelligent net system block diagram;
Fig. 3 is for taking the residential quarter as unit definition local boundary area exemplary plot;
Fig. 4 is for taking the lane place as unit definition local boundary area exemplary plot;
Fig. 5 is the signaling flow chart that the Service control point obtains travelling carriage latest position information.
Concrete enforcement mode
Because the coverage of the radio signal of the base station (BTS) of mobile switch (MSC) has overlapping part, so at the borderline region of two or more adjoining areas, can be covered by the base station signal of the MSC of ownership different regions. The travelling carriage that is in local boundary area may register to the base station of adjoining area, and the MSC by the adjoining area communicates. When the Service control of mobile intelligent net point (SCP) carries out charging to mobile communications like this, roam into the adjoining area by travelling carriage and carry out charging, rather than carry out charging by the true area of living in of travelling carriage, thus the charging mistake occurs, may receive the communication expense more. Particularly for life or be operated in the user of local boundary area, this kind situation can frequent occurrence.
The present invention is at the Service control point definition local boundary area table of mobile intelligent net, and the position information that local boundary area is divided in storage in this table. Intelligence is professional obtains caller or the current position information of called subscriber from the message that receives, the mobile intelligent service logic utilizes this position information that the local boundary area table is searched, to judge that this user is whether in the borderline region in area; If mobile user in one or more local boundary areas, then does special charging to this user and processes, process otherwise connect normal charging. Below just the present invention be elaborated.
On the Service control point of mobile intelligent net, can define a local boundary area table in modes such as database or internal memories and divide local boundary area. The local boundary area table can be take the residential quarter defines as unit or take the lane place as two kinds of corresponded manners of unit.
Method take the residential quarter as unit definition local boundary area table is as follows:
(Cell) defines local boundary area as least unit take the residential quarter, and the residential quarter that the base station radio signal of telecommunication is covered the somewhere borderline region puts this area's borderline region under, even this base station is installed in other areas or belongs to other regional MSC/SSP. Because being identified by global cell ID (CGI) each residential quarter, thus the local boundary area table can with global cell ID accordingly trivial number mode define. Same residential quarter (Cell) is because its coverage may be striden adjacent a plurality of areas, so the borderline region that same residential quarter (Cell) can corresponding different regions. Being defined as the residential quarter (Cell) that belongs to the somewhere for MSC/SSP can be defined in this area's borderline region table as required, and the residential quarter (Cell) that only will not belong to the somewhere is defined in this area's borderline region table, is equivalent to define the extended boundary zone in area this moment.
The structure of cell ID is:
The maximum 16bit of the maximum 16bit of 3 bit digital, 2 bit digital
MCC MNC LAC CI
That is: CGI=MCC+MNC+LAC+CI
The MCC=mobile country code.
MNC=mobile network code.
LAC=lane place number is two byte integer.
CI=residential quarter number is two byte integer.
LAC and CI are 2 byte integer, are up to 65536, and being converted to digital character needs 5 bit digital to represent. Each cell ID can residential quarter of unique expression.
As shown in Figure 3, belong to actual A/B/C three local boundary areas, the actual A/B two regional borderline regions that covered of Cell_A2_3 of having covered of residential quarter Cell_A1_1 in A area; Belong to actual A/B/C three local boundary areas, actual A/B two regional borderline regions, the actual B/C two regional borderline regions that covered of residential quarter Cell_B2_1 of having covered of Cell_B1_2 of having covered of residential quarter Cell_B1_1 in B district; Belong to actual A/B/C three local boundary areas that covered of the actual covering of Cell_C1_1 A/B two regional borderline regions, Cell_C1_2 in C area.
There is a unique cell ID sign each residential quarter among Fig. 3. Local boundary area table take the residential quarter as unit definition is exemplified below:
The borderline region in A area can be with the set expression of following corresponding relation record:
(A area area code-＞Cell_A2_3 cell ID, A area area code-＞Cell_A1_1 cell ID, A area area code-＞Cell_B1_1 cell ID, A area area code-＞Ce[1_B1_2 cell ID, A area area code-＞Cell_C1_1 cell ID, A area area code-＞the Cell_C1_2 cell ID)
Also can decide the borderline region scope larger-a little, Cell_A2_1, Cell_A2_2, Cell_B1_3, Cell_C1_3 also are defined as the borderline region in A area. Concrete which residential quarter puts under-and the borderline region in individual area disposes by mobile communication carrier.
Also can with the residential quarter non-registration that originally just belonged to the A area in the borderline region table in A area, only define the extended boundary regional record in A area, then can be reduced to the extended boundary zone table in A area, the set expression that can record with following corresponding relation:
(A area area code-＞Cell_B1_1 cell ID, A area area code-＞Cell_B1_2 cell ID, A area area code-＞Cell_C1_1 cell ID, A area area code-＞the Cell_C1_2 cell ID)
The set expression that the borderline region in same B district can record with following corresponding relation:
(trivial number of B-＞trivial number of Cell_B1_1 cell ID, B-＞trivial number of Cell_B1_2 cell ID, B-＞trivial number of Cell_A1_1 cell ID, B-＞trivial number of Cell_B2_1 cell ID, B-＞Cell_B2_3 cell ID, B area area code-＞the Cell_C1_2 cell ID)
Method take the lane place as unit definition local boundary area table is as follows:
The lane place (LAI) that some residential quarters (Cell) form, define local boundary area take the lane place as unit, the lane place that the base station radio signal of telecommunication in the lane place is covered the somewhere borderline region puts this area's borderline region under, even this lane place belongs to other regional MSC/SSP. Because being identified by lane place identification code each lane place, thus the local boundary area table can with lane place identification code accordingly trivial number mode define. The base station range of same lane place may be striden adjacent a plurality of areas, so the borderline region that same lane place can corresponding different regions. Being defined as the lane place that belongs to the somewhere for MSC/SSP can be defined in this area's borderline region table as required, and the lane place that only will not belong to this area is defined in this area's borderline region table, is equivalent to define the extended boundary zone in area this moment. The structure of lane place identification code is:
The maximum 16bit of 3 bit digital, 2 bit digital
MCC MNC LAC
That is: LAI=MCC+MNC+LAC
The MCC=mobile country code.
MNC=mobile network code.
LAC=lane place number is two byte integer.
LAC is up to 65536, and being converted to digital character needs 5 bit digital to represent.
Each lane place identification code can lane place of unique expression.
Lane place identification code is first three part of cell identification code structure, i.e. CGI=LAI+CI.
As shown in Figure 4, suppose that Cell_A1_1, Cell_A3_1 form a lane place LAI_A1; Cell_A2_1, Cell_A2_2, Cell_A2_3, Cell_A6_1 form a lane place LAI_A2; Cell_A4_1, Cell_A5_1 form lane place LAI_A3.
Cell_B1_1, Cell_B1_2, Cell_B1_3 form a lane place LAI_B1; Cell_B2_1, Cell_B2_2, Cell_B2_3 form a lane place LAI_B2. Cell_B3_1, Cell_B4_1 form a lane place LAI_B3.
Cell_C1_1, Cell_C1_2, Cell_C1_3 form a lane place LAI_C1. Cell_C2_1, Cell_C3_1, Cell_C4_1 form a lane place LAI_C2.
As shown in Figure 4, belong to actual A/B/C three local boundary areas that covered of lane place LAI_A1 in A area; Belong to the actual A/B two regional borderline regions that covered of lane place LAI_A2 in A area; The lane place LAI_A3 reality that belongs to the A area only covers the A area. Belong to actual A/B/C three local boundary areas that covered of lane place LAI_B1 in B district; The lane place LAI_B2 and the reality that belong to the B district have covered B/C two regional borderline regions; The lane place LAI_B3 reality that belongs to the B district only covers the B district. Belong to actual A/B/C three local boundary areas that covered of lane place LAI_C1 in C area; The lane place LAI_C2 reality that belongs to the C area only covers the C area.
Local boundary area table take the lane place as unit definition is exemplified below:
The borderline region in A area can be with the set expression of following corresponding relation record:
(A area area code-＞LAI_A1 lane place identification code, A area area code-＞LAI_A2 lane place identification code, A area area code-＞LAI_B1 lane place identification code, A area area code-＞LAI_C1 lane place identification code)
Also can will belong to the lane place non-registration in A area in the borderline region table in A area, the lane place that only will not belong to the A area registers in the borderline region table in A area, then can be reduced to the extended boundary zone table in A area, the set expression that can record with following corresponding relation:
(A area area code-＞LAI_B1 lane place identification code, A area area code-＞LAI_C1 lane place identification code)
The set expression that the borderline region in same B district can record with following corresponding relation:
(trivial number of B-＞trivial number of LAI_A1 lane place identification code, B-＞trivial number of LAI_A2 lane place identification code, B-＞trivial number of LAI_B1 lane place identification code, B-＞trivial number of LAI_B2 lane place identification code, B-＞LAI_C1 lane place identification code)
Two kinds of definition mode pluses and minuses compare:
Advantage take the residential quarter as unit definition local boundary area table is: local boundary area is divided more accurate, and the residential quarter that can avoid not covering the border, somewhere puts the borderline region of this area under. Shortcoming is: 1, need the data amount of definition too large; 2, do not upgrade position information because travelling carriage is mobile between the different districts of same lane place, the cell information that may cause called flow to be obtained is not too accurate.
Advantage take the lane place as unit definition local boundary area table is: 1, need the data amount of definition less; 2, travelling carriage movement between diverse location district position information that can upgrade in time, the SCP of mobile intelligent net can accurately obtain location area information. Shortcoming is: local boundary area is divided not too accurate, a large amount of residential quarters that do not cover the border, somewhere may be put under the borderline region of this area.
In fact identification code in lane place is first three part of cell ID mechanism, and the lane place is comprised of a plurality of residential quarters.
A kind of in two kinds of local boundary area table definition methods can select according to actual conditions in mobile communication carrier.
Judge whether mobile communications occurs in the local boundary area:
Obtain travelling carriage Present Global cell ID and lane place information of identification code
The user of mobile intelligent service makes a call or when being exhaled, trigger mobile intelligent service at MSC/SSP, travelling carriage Present Global cell ID and lane place information of identification code are placed in the cellIdOrLAI item of Location Information parameter of start detection point (IDP) message that sends to SCP, mobile intelligent service just can obtain the global cell ID of travelling carriage current location and lane place and identifies yard from IDP message like this.
If the MSC/SSP version can not be filled in travelling carriage whole world cell ID and lane place information of identification code in the cellIdOrLAI item of the Location of IDP message Information parameter, then by the mobile intelligent service logic on the SCP, send out at any time information inquiry (Any TimeInterrogation to HLR, ATI) signaling, HLR receives that the backward MSC of ATI sends provides user profile PSI signaling, obtains returning to SCP in the cellIdOrLAI item that the up-to-date location information of cell of travelling carriage is filled into Location Information. The signaling flow process of this process sees also " SCP sends out the signaling flow chart that ATI gets travelling carriage latest position information " as shown in Figure 5; The signaling parameter sees also " SCP sends out the signaling parameter list that ATI gets travelling carriage latest position information " shown in the table 1.
Table 1
| Signaling | The signaling abbreviation | The main parameter of signaling |
| AnyTimeInterrogation | ATI | RequestedInfo |
| SubscriberLoeation | ||
| SubscriberState | ||
| SubscriberIdentity | ||
| MSISDN | ||
| ATI ack | SubscriberInfo LocationInformation AgeOfLocationInformation GeographicalInformation VirNumber LocationNumber CellIdOrLAI cellIdFixedLength | |
| SubscriberState | ||
| Provide Subscriber Info | PSI | RequestedInfo |
| SubscriberLocation | ||
| SubscriberState | ||
| IMSI | ||
| PSI ack | SubscriberInfo LocationInformation AgeOfLocationInformation GeographicalInformation VlrNumber LocationNumber CellIdOrLAI cellIdFixedLength |
Judge that whether travelling carriage is at local boundary area
When take the residential quarter as unit definition local boundary area table, the global cell ID that mobile intelligent service logical foundation travelling carriage is current is looked into the front and define the local boundary area table in database or internal memory. If do not find trivial number accordingly, travelling carriage is described not in local boundary area, process by common charging. If find trivial number accordingly, illustrate that travelling carriage is in local boundary area; According to the definition of front local boundary area, a residential quarter may be the borderline region in a plurality of areas simultaneously, so may find a plurality of regional area codes, illustrates that travelling carriage is in a plurality of local boundary areas. The mobile communications that is in the local boundary area is done special charging processing.
When take the lane place as unit definition local boundary area table, the lane place identification code that mobile intelligent service logical foundation travelling carriage is current is looked into the front and define the local boundary area table in database or internal memory. If do not find trivial number accordingly, travelling carriage is described not in local boundary area, process by common charging. If find trivial number accordingly, illustrate that travelling carriage is in local boundary area; According to the definition of front local boundary area, a lane place may be the borderline region in a plurality of areas simultaneously, so may find a plurality of regional area codes, illustrates that travelling carriage is in a plurality of local boundary areas. The mobile communications that is in the local boundary area is done special charging processing.
The mobile communications that is in the local boundary area is done special charging processing:
One, presses minimum rate principle according to leading by visited place and ownership place the visited place of replacement travelling carriage
The most frequently used charging regulation of mobile intelligent service is as follows:
When 1, travelling carriage is done caller
Communication expense=basic call rate+[roaming charges]+[the caller visited place is to the dialed field toll fee] illustrates:
When the ground area code on the ground of caller visited place area code and master home ground is not identical, just receive roaming charges.
When the ground area code of the ground of caller visited place area code and dialed field is not identical, just receive toll fee.
When caller support during with the city special case, if when the caller visited place is identical with called visited place, do not receive toll fee.
2, travelling carriage is done when called
Communication expense=basic call rate+[roaming charges]+[called visited place is to the dialed field toll fee]
Illustrate:
When the ground area code of the ground of called visited place area code and dialed field is not identical, just receive roaming charges.
When the ground area code of the ground of called visited place area code and dialed field is not identical, just receive toll fee.
When the ground area code on the ground of called visited place area code and master home ground is identical, do not receive toll fee.
The problem that the at present charging of mobile intelligent net exists local boundary area to exist is because base station signal covers trans-regionally, obtains travelling carriage visited place area code so SCP can not be correct, and causing may overcharge, thereby causes customer complaint. If the user is at the borderline region in one or more areas, principle by minimum rate, if this time the rate in which area is minimum therein for mobile communication station, then the visited place with travelling carriage is made as this area, comes charging by travelling carriage in the borderline region of this area.
According to top charging regulation commonly used, various situation chargings are selected to be exemplified below:
| | The ownership place of travelling carriage is the A area, and it is done the caller charging |
| | 1, travelling carriage is connected with affiliated base station, A area; 2, travelling carriage current area (or lane place) is defined as in the borderline region in A, B, three areas of C simultaneously; 3, called (landline telephone or travelling carriage) ownership place is the B district. |
| Charging | By the current A area that is in of travelling carriage, do not make local boundary area special charge and process: call rate=basic call rate+caller visited place A area is to the toll fee in dialed field B |
| Charging way | |
| 2 | The current B district that is in comes charging by travelling carriage: call rate=basic call rate+roaming |
| Charging way | |
| 3 | Come charging by the current C of being in of travelling carriage area: call rate=basic call rate+roaming charges+caller visited place C area is to the toll fee in dialed field C area |
| Charging is selected | General roaming charges are lower than toll fee rate, and are as seen minimum by charging |
| | The ownership place of travelling carriage is the A area, and it is done the caller charging |
| | 1, travelling carriage is connected with affiliated base station, A area: 2, travelling carriage current area (or lane place) is defined as the frontier district in A, B, three areas of C simultaneously |
| In the territory; 3, called (landline telephone or travelling carriage) ownership place is the D area; 4, called A, B, the C area of not roaming into; Or calledly roam into A, B, C area, but business is not considered with the city special case. | |
| Charging | By the current A area that is in of travelling carriage, do not make local boundary area special charge and process: call rate=basic call rate+caller visited place A area is to the toll fee in dialed field D |
| Charging way | |
| 2 | The current B district that is in comes charging by travelling carriage: call rate=basic call rate+roaming charges+B district, caller visited place is to the toll fee in dialed field D |
| Charging way | |
| 3 | Come charging by the current C of being in of travelling carriage area: call rate=basic call rate+roaming charges+caller visited place C area is to the toll fee in dialed field D area |
| Charging is selected | As seen minimum by charging |
| | The ownership place of travelling carriage is the A area, and it is done the caller charging |
| | 1, travelling carriage is connected with affiliated base station, A area; 2, travelling carriage current area (or lane place) is defined as in the borderline region in A, B, three areas of C simultaneously; 3, the called mobile station ownership place is the D area; 4, the called B district that roams into, and professional consideration is with the city special case. |
| Charging | By the current A area that is in of travelling carriage, do not make local boundary area special charge and process: call rate=basic call rate+caller visited place A area is to the toll fee in dialed field D |
| Charging way | |
| 2 | The current B district that is in comes charging by travelling carriage: call rate=basic call rate+roaming charges are when supporting the same area special case, if when the caller visited place is identical with called visited place, do not receive toll fee. |
| Charging | Come charging by the current C of being in of travelling carriage area: call rate=basic call rate+roaming charges+caller visited place C area is to the toll fee in dialed field D area |
| Charging is selected | General roaming charges are lower than toll fee rate, and are as seen minimum by charging |
| Situation 4 | The ownership place of travelling carriage is the A area, and it is done called charging |
| | 1, travelling carriage is connected with affiliated base station, A area; 2, travelling carriage current area (or lane place) is defined as in the borderline region in A, B, three areas of C simultaneously; 3, caller (landline telephone or travelling carriage) ownership place is the B district. |
| Charging | By the current A area that is in of travelling carriage, do not make local boundary area special charge and process: call rate=basic call |
| Charging way | |
| 2 | The current B district that is in comes charging by travelling carriage: when call rate=basic called visited place of call rate+roaming charges is identical with master home ground, exempt from toll fee. |
| Charging | Come charging by the current C of being in of travelling carriage area: call rate=basic call rate+roaming charges+called visited place C area is to the toll fee in dialed field A area |
| Charging is selected | As seen minimum by charging |
| Situation 5 | The ownership place of travelling carriage is the A area, and it is done called charging |
| | 1, travelling carriage is connected with affiliated base station, B district; 2, travelling carriage current area (or lane place) is defined as in the borderline region in A, B, three areas of C simultaneously; 3, caller (landline telephone or travelling carriage) ownership place is the C area. |
| Charging | By the current A area that is in of travelling carriage: call rate=basic call |
| Charging way | |
| 2 | The current B district that is in comes charging by travelling carriage, does not make local boundary area special charge and processes: call rate=basic call rate+roaming charges+B district, called visited place is to the toll fee in dialed field A |
| Charging way | |
| 3 | Come charging by the current C of being in of travelling carriage area: when call rate=basic called visited place of call rate+roaming charges is identical with master home ground, exempt from toll fee. |
| Charging is selected | As seen minimum by charging |
| Situation 6 | The ownership place of travelling carriage is the A area, and it is done called charging |
| | 1, travelling carriage is connected with affiliated base station, B district: 2, travelling carriage current area (or lane place) is defined as in the borderline region in A, B, three areas of C simultaneously: 3, caller (landline telephone or travelling carriage) ownership place is the D area. |
| Charging way l | By the current A area that is in of travelling carriage: call rate=basic call |
| Charging way | |
| 2 | The current B district that is in comes charging by travelling carriage, does not make local boundary area special charge and processes: call rate=basic call rate+roaming charges+B district, called visited place is to the toll fee in dialed field A |
| Charging way | |
| 3 | Come charging by the current C of being in of travelling carriage area: call rate=basic call rate+roaming charges+B district, called visited place is to the toll fee in dialed field A area |
| Charging is selected | As seen minimum by charging |
Illustrate: the charging in the above cited various situations is selected, and can be selected according to actual needs by mobile communication carrier. Also have in addition a lot of situations not have whole enumeration process, can be determined according to actual needs by mobile communication carrier with reference to above principle and method.
Two, the mobile communications in the local boundary area is arranged special rate
The mobile intelligent service logical approach is judged in the current borderline region that is in certain or certain areas of travelling carriage, then use a cover to be different from the special charging regulation of " travelling carriage is the common charging regulation in local boundary area not ", respectively basic expense, roaming charges, toll fee etc. are arranged. One or more or whole rates wherein can be made as more preferentially than the rate of common charging regulation corresponding entry, give the user certain preferential compensation, and the subtend user publicized, to reach user's purpose satisfied, that no longer complain.
By method provided by the invention, mobile-phone carrier can carry out special charging to the mobile communications in the local boundary area as required to be processed, or the mobile communications charging that gives in the local boundary area is preferential, thereby avoids receiving that the user communicates by letter expense and the customer complaint that causes at local boundary area more.
Claims (10)
1, a kind of method that realizes the mobile intelligent net local boundary area special charge is characterized in that comprising the steps:
A, mobile intelligent service logic obtain caller or the current position information of called subscriber from start detection point (IDP) signaling that receives or attaching position register;
The current position information of B, mobile intelligent service logical foundation user is searched storing the local boundary area table of dividing local boundary area position information on the Service control point, to judge that this user is whether in the borderline region in area;
C, mobile intelligent service logic are done special charging to the user in local boundary area and are processed.
2, the method for claim 1 is characterized in that described local boundary area table is based upon on the Service control point in advance with database or internal memory mode.
3, the method for claim 1 is characterized in that described local boundary area table defines as unit or take the lane place as unit take the residential quarter.
4, method as claimed in claim 3, it is characterized in that take the residential quarter as unit definition local boundary area table be the local boundary area that the residential quarter that the base station radio signal of telecommunication covers the somewhere borderline region is put under the one or more areas adjacent with the residential quarter.
5, method as claimed in claim 3, it is characterized in that take the lane place as unit definition local boundary area table be the local boundary area that the lane place that the base station radio signal of telecommunication in the zone, position covers the somewhere borderline region is put under the one or more areas adjacent with the lane place.
6, the method for claim 1, it is characterized in that the position information of user in start detection point (IDP) signaling is arranged in the cellIdOrLAI item of this signaling Location Informtion parameter, this customer position information is write by mobile switching centre (MSC)/operation exchange point (SSP) when the user makes a call or be called.
7, the method for claim 1 is characterized in that the mobile intelligent service logic is obtained caller from attaching position register or the current position information of called subscriber comprises step:
Mobile intelligent service logic on a, the Service control point (SCP) is sent out at any time information inquiry (ATI) signaling to attaching position register (HLR);
B, attaching position register (HLR) receive that the backward mobile switching centre of at any time information inquiry (ATI) signaling (MSC) transmission provides user profile (PSI) signaling;
C, mobile intelligent service logic obtain the up-to-date position information of travelling carriage, and this information are filled in the cellIdOrLAI item of Location Information parameter of message and return to Service control point (SCP).
8, such as claim 1,6 or 7 described methods, it is characterized in that position information is global cell ID or lane place identification code.
9, the method for claim 1 when it is characterized in that described special charging refers to that the user is in the borderline region in one or more areas, is pressed the charging rate different from common charging rate to this user's charging.
10, such as claim 1 or 9 described methods, when it is characterized in that described special charging refers to that the user is in the borderline region in one or more areas, press the minimum zone of charging rate to this user's charging.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN02146127.9A CN1231015C (en) | 2002-10-31 | 2002-10-31 | Method of implementing mobile intelligent network local boundary area special charge |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN02146127.9A CN1231015C (en) | 2002-10-31 | 2002-10-31 | Method of implementing mobile intelligent network local boundary area special charge |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN1494255A CN1494255A (en) | 2004-05-05 |
| CN1231015C true CN1231015C (en) | 2005-12-07 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN02146127.9A Expired - Fee Related CN1231015C (en) | 2002-10-31 | 2002-10-31 | Method of implementing mobile intelligent network local boundary area special charge |
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Families Citing this family (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101340691B (en) * | 2008-08-12 | 2011-08-31 | 中国移动通信集团江苏有限公司 | Method for accurately obtaining boundary area of mobile communication system by signalling |
| WO2012009865A1 (en) * | 2010-07-21 | 2012-01-26 | Liu Wuqiang | Method and system for achieving accurate charging for mobile station in the border roaming area |
| CN106792617B (en) * | 2017-03-24 | 2020-02-21 | 中国联合网络通信集团有限公司 | Boundary user determining method, charging method and device |
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| CN1494255A (en) | 2004-05-05 |
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