WO2012159319A1 - 固话仿真的方法、平台及通信*** - Google Patents

固话仿真的方法、平台及通信*** Download PDF

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Publication number
WO2012159319A1
WO2012159319A1 PCT/CN2011/076942 CN2011076942W WO2012159319A1 WO 2012159319 A1 WO2012159319 A1 WO 2012159319A1 CN 2011076942 W CN2011076942 W CN 2011076942W WO 2012159319 A1 WO2012159319 A1 WO 2012159319A1
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WO
WIPO (PCT)
Prior art keywords
fixed
calling party
mobile phone
cell
call
Prior art date
Application number
PCT/CN2011/076942
Other languages
English (en)
French (fr)
Inventor
杨德波
刘显乐
李健华
Original Assignee
华为技术有限公司
Priority date (The priority date 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 date listed.)
Filing date
Publication date
Application filed by 华为技术有限公司 filed Critical 华为技术有限公司
Priority to PCT/CN2011/076942 priority Critical patent/WO2012159319A1/zh
Priority to CN201180001346.8A priority patent/CN102308602B/zh
Publication of WO2012159319A1 publication Critical patent/WO2012159319A1/zh

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Classifications

    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04M—TELEPHONIC COMMUNICATION
    • H04M15/00—Arrangements for metering, time-control or time indication ; Metering, charging or billing arrangements for voice wireline or wireless communications, e.g. VoIP
    • H04M15/80—Rating or billing plans; Tariff determination aspects
    • H04M15/8033—Rating or billing plans; Tariff determination aspects location-dependent, e.g. business or home
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04M—TELEPHONIC COMMUNICATION
    • H04M15/00—Arrangements for metering, time-control or time indication ; Metering, charging or billing arrangements for voice wireline or wireless communications, e.g. VoIP
    • H04M15/04—Recording calls, or communications in printed, perforated or other permanent form
    • H04M15/06—Recording class or number of calling, i.e. A-party or called party, i.e. B-party
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04M—TELEPHONIC COMMUNICATION
    • H04M15/00—Arrangements for metering, time-control or time indication ; Metering, charging or billing arrangements for voice wireline or wireless communications, e.g. VoIP
    • H04M15/09—Third party charged communications
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04M—TELEPHONIC COMMUNICATION
    • H04M15/00—Arrangements for metering, time-control or time indication ; Metering, charging or billing arrangements for voice wireline or wireless communications, e.g. VoIP
    • H04M15/80—Rating or billing plans; Tariff determination aspects
    • H04M15/8038—Roaming or handoff
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04M—TELEPHONIC COMMUNICATION
    • H04M15/00—Arrangements for metering, time-control or time indication ; Metering, charging or billing arrangements for voice wireline or wireless communications, e.g. VoIP
    • H04M15/80—Rating or billing plans; Tariff determination aspects
    • H04M15/8044—Least cost routing
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04M—TELEPHONIC COMMUNICATION
    • H04M15/00—Arrangements for metering, time-control or time indication ; Metering, charging or billing arrangements for voice wireline or wireless communications, e.g. VoIP
    • H04M15/80—Rating or billing plans; Tariff determination aspects
    • H04M15/8044—Least cost routing
    • H04M15/8055—Selecting cheaper transport technology for a given service
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04M—TELEPHONIC COMMUNICATION
    • H04M3/00—Automatic or semi-automatic exchanges
    • H04M3/42—Systems providing special services or facilities to subscribers
    • H04M3/42229—Personal communication services, i.e. services related to one subscriber independent of his terminal and/or location
    • H04M3/42263—Personal communication services, i.e. services related to one subscriber independent of his terminal and/or location where the same subscriber uses different terminals, i.e. nomadism
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04W—WIRELESS COMMUNICATION NETWORKS
    • H04W4/00—Services specially adapted for wireless communication networks; Facilities therefor
    • H04W4/24—Accounting or billing
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04M—TELEPHONIC COMMUNICATION
    • H04M2203/00—Aspects of automatic or semi-automatic exchanges
    • H04M2203/10—Aspects of automatic or semi-automatic exchanges related to the purpose or context of the telephonic communication
    • H04M2203/1091—Fixed mobile conversion

Definitions

  • the present invention relates to the field of communications, and in particular, to a method, a platform and a communication system for fixed-line simulation. Background technique
  • GSM Global System for Mobi Le Communications, Universal Mobile Telecommunications System
  • UTMS Universal Mobile Telecommunications System
  • FMC Fixed Mobi le Convergence
  • a mobile network operator implements a service tariff preferential plan in a preferential tariff area (for example, a home or an office area), and the purpose is to move the network operation when a user makes a call or receives a call through a mobile phone in an area with a fixed telephone.
  • a preferential tariff area for example, a home or an office area
  • merchants can use the mobile phone to make or receive calls without using a fixed-line telephone to make or receive calls, so as to achieve an increase in the user's ARPU (Average Revenue Per User).
  • ARPU Average Revenue Per User
  • the embodiment of the invention provides a method, a platform and a communication system for fixed-line simulation.
  • the technical solution is as follows - A method for fixed-line simulation, the method comprising:
  • the trigger request includes a calling party mobile phone number, a called party number, a cell ID of the cell to which the calling party belongs, and a service identifier;
  • a fixed-line simulation platform includes: a receiving module, a determining module, a determining module, and an indicating calling module; the receiving module, configured to receive a trigger request sent by a mobile network control entity, where the trigger request includes a calling party The mobile phone number, the called party number, the cell ID of the cell to which the calling party belongs, and the service identifier;
  • the determining module is configured to determine, according to a cell ID of the cell to which the calling party belongs, whether the calling party is in the simulation area;
  • the determining module is configured to determine, when the calling party is in the simulation area, a fixed number that is bound to the calling party mobile phone number;
  • the sending module is configured to send the fixed number obtained by the determining module to the mobile network control entity, so that the mobile network control entity controls to modify the calling party mobile phone number to the fixed number and Call the called party.
  • a fixed-line simulation method comprising:
  • a fixed-line simulation platform includes: a receiving module, an obtaining module, a determining module, and a first calling module; the receiving module is configured to receive a trigger request, where the trigger request includes a called party fixed number;
  • the obtaining module is configured to acquire a mobile phone number that is bound to the called party's fixed number received by the receiving module, and the determining module is configured to determine whether the mobile phone number obtained by the acquiring module is in the simulation area
  • the first calling module is configured to, when the determining module determines that the mobile phone number is in the simulation area, instruct the fixed network control entity to simultaneously or sequentially call the called party fixed number And the mobile number.
  • the technical solution provided by the embodiment of the present invention has the following beneficial effects: in the simulation area, the mobile phone user is bound to the fixed line, and the mobile phone user calls and answers the call in the fixed-line identity, thereby realizing the fixed-line simulation of the mobile phone, so as to facilitate During the call
  • the call charge is charged by the fixed line charge standard lower than the mobile communication charge standard, which can improve the user experience and, to a certain extent, increase the user's willingness to apply for the mobile phone number, and rapidly increase the network access user.
  • Embodiment 1 is a flowchart of a method for fixed-line simulation provided by Embodiment 1 of the present invention
  • FIG. 2 is a structural diagram of a network system according to Embodiment 2 of the present invention.
  • Embodiment 3 is a flowchart of a method for fixed-line simulation provided by Embodiment 2 of the present invention.
  • Embodiment 4 is a flowchart of a method for fixed-line simulation provided by Embodiment 3 of the present invention.
  • Embodiment 5 is a flowchart of a method for fixed-line simulation provided by Embodiment 3 of the present invention.
  • FIG. 6 is a fixed-line simulation platform provided by Embodiment 4 of the present invention.
  • FIG. 7 is a fixed-line simulation platform provided by Embodiment 5 of the present invention. detailed description
  • a method for fixed-line simulation the execution body of the method is a fixed-line simulation platform deployed by an integrated network operator, and includes the following steps:
  • Step 101 Receive a trigger request sent by a mobile network control entity, where the trigger request includes a calling party mobile phone number, a called party number, and a cell ID of a cell to which the calling party belongs;
  • Step 102 Determine, according to the cell ID of the cell to which the calling party belongs, whether the calling party is in the simulation area.
  • Step 103 When the calling party is in the simulation area, determine the fixed number that is bound to the calling party mobile phone number.
  • Step 104 Send the fixed number to the mobile network control entity, so that the mobile network control entity modifies the calling party mobile number to the fixed number and calls the called party.
  • the mobile network control entity After receiving the fixed number, the mobile network control entity converts the calling number in the called party's call request into the fixed number, so that the called party appears that the call is sent by the fixed number.
  • the mobile network control entity (such as MSC) is connected.
  • the call information is recorded, wherein the record of the call information is called a call CDR, and the mobile network control entity analyzes the recorded call information, and analyzes the call information to determine that the calling party number is modified from the mobile phone number to the fixed call number.
  • the call bill is deleted; thus, the billing system in the mobile network cannot read the corresponding call bill from the mobile network control entity, so that the billing system in the mobile network does not charge the call.
  • the call information may include information such as a calling party number, a called party number, a fixed number of the calling party obtained after the modification, and a call time.
  • the fixed gateway office also records the call information, wherein the record of the call information is called a call CDR, and the fixed network charging system is from the fixed network.
  • the call office reads the call CDR and charges the read call CDR according to the fixed line charge standard; thus, the charge of the call initiated by the calling party mobile phone is charged according to the fixed line charge standard instead of using the mobile phone.
  • the call charge standard is charged, wherein the call information may include information such as a calling party number, a called party number, a fixed number of the calling party obtained after the modification, and a call time.
  • the beneficial effects of the technical solution provided by the embodiment of the present invention are: in the simulation area, the mobile phone user calls out the phone in the identity of the fixed line, and the mobile phone user uses the fixed line charging standard lower than the mobile communication charging standard in the call in the simulation area.
  • the call charge is charged, which can improve the user experience and, to a certain extent, increase the user's willingness to apply for a mobile phone number, and quickly increase the number of mobile phone users who access the network.
  • the network system architecture diagram corresponding to the embodiment of the present invention can be as shown in FIG. 2, and the integrated network operator deploys a fixed-line simulation platform 2a, which is a fixed-line simulation platform 2a and a GSM (Global System for Mobi le Communications, global mobile communication system).
  • the network 2b is connected and connected to the PSTN (Public Switched Telephone Network) network 2c to implement fixed-line simulation of the mobile phone.
  • the fixed-line simulation platform 2a can specifically pass CAMEL (Customized Application for Mobi le) Network Enhanced Logic, the customized application of the mobile cloud network enhancement logic)
  • the interface is connected to the GSM network 2b, and the fixed-line simulation platform 2a can specifically connect to the PSTN network through the INAP (Intel Networking Protocol) interface.
  • INAP Intelligent Networking Protocol
  • the fixed-line value-added service platform 2d is connected to the PSTN network 2c through the INAP interface to provide value-added services for users; wherein, the control entity in the GSM network 2c, such as the MSC (Mobi le Switching Center, mobile switching center), is responsible for GSM. Communication between base stations in network 2a, During the call, the control entity (such as the MSC) in the GSM network 2c routes the call to the PSTN network 2c according to the routing prefix of the called party.
  • the control entity in the PSTN network 2c includes an SSP (Service Switching Point).
  • the control entity in the GSM network is used to provide call forwarding and call control functions for the mobile phone user, and the mobile entity in the PSTN network is used to provide a fixed-line user with a control function for initiating a call or receiving an incoming call.
  • GSM Global System for Mobile communications
  • UTMS Universal Mobi le Telecommunications System
  • Universal Mobile Telecommunications System Universal Mobile Telecommunications System
  • a method for fixed-line simulation includes the following steps:
  • Step 201 The calling direction sends a call request to the GSM network control entity.
  • the calling party is a client mobile phone
  • the GSM network control entity is a switch device such as an MSC
  • the calling party sends a call request to the base station that provides the service, and the base station forwards the call request to the GSM network control entity, where the call request includes the called party number;
  • the calling party sends a call request to the base station serving the same, that is, when the calling party establishes a connection with the base station serving the same, the calling party sends a registration request to the base station serving the same, the registration request
  • the registration information of the calling party is included, where the registration information may include information such as a user name and operator information;
  • the base station When forwarding the call request to the GSM network control entity, the base station sends the cell ID and registration information of the cell to which the calling party belongs to the GSM network control entity;
  • the GSM network control entity may query the HLR (Home Location Register) of the calling party's mobile phone number and subscription information according to the registration information of the calling party, wherein the HLR database is a database responsible for mobile user management, and the storage is under the jurisdiction of The user information of the mobile user, the subscription information, and the location information of the mobile user, etc., wherein the subscription information may include: an address that triggers an address to the smart platform; the user information may include: a user name, a user's mobile phone number, and a user category;
  • Step 202 The GSM network control entity sends a trigger request to the fixed-line simulation platform according to the subscription information when the calling party opens the account, where the trigger request includes the calling party mobile phone number, the called party number, and the cell ID of the cell to which the calling party belongs. information;
  • the GSM network control entity sends a trigger request to the network control entity, the called party number in the received call request, the cell ID of the cell to which the calling party belongs, and the base station sent by the base station serving the calling party in the GSM network and The information such as the calling party mobile phone number obtained by the query is placed in the trigger request, and the trigger request is sent to the corresponding fixed-line simulation platform according to the address information triggered by the trigger to the intelligent platform in the subscription information obtained by the query;
  • Step 203 After receiving the trigger request sent by the GSM network control entity, the fixed-line simulation platform determines whether the calling party is in the simulation area according to the cell ID of the cell to which the calling party belongs. If yes, step 204 is performed, if not, Perform step 214;
  • the fixed-line simulation platform locally maintains two databases: a base station information database and a fixed-line emulation user database; wherein, the base station information database can store the center of each base station identified by the cell ID in the mobile network. Coordinates; the fixed-line simulation user database stores the binding relationship between the user's mobile phone number and the simulation area, The binding relationship between the mobile phone number and the fixed-line number, and the simulation area is identified by the center coordinates of the simulation area and the radius of the simulation area.
  • the fixed-line simulation platform performs maintenance on the above two databases, including: importing, modifying, deleting, and periodically cleaning information in the database.
  • the mobile phone user accesses the network (for example, the mobile phone user joins the GSM network)
  • the mobile phone user can determine the fixed-line number corresponding to the mobile phone number
  • the fixed-line simulation platform stores the binding relationship between the mobile phone number and the fixed-line number in the fixed-line network.
  • the mobile phone number of the mobile phone user can be bound to the home fixed number of the mobile phone, and/or the mobile phone number of the mobile phone user can be bound to the fixed number of the office;
  • determining whether the calling party is in the simulation area according to the cell ID of the cell to which the calling party belongs includes: querying the base station information database according to the cell ID of the cell to which the calling party belongs, and obtaining the cell ID of the cell to which the calling party belongs. The center coordinates of the corresponding base station;
  • Calculating the base station and the calling party mobile phone corresponding to the cell ID of the cell to which the calling party belongs according to the central coordinate of the base station corresponding to the cell ID of the cell to which the calling party belongs and the regional center coordinate of the simulated area corresponding to the calling party mobile phone number.
  • the distance between the center of the simulation area corresponding to the number When the distance is not greater than the radius of the area of the simulation area corresponding to the calling party's mobile number, the calling party is located in the simulation area, and the distance is greater than the calling party's mobile number. When the area radius of the corresponding simulation area is reached, the calling party is not in the simulation area.
  • the fixed-line simulation platform locally maintains two databases: a simulation area information database and a fixed-line simulation user database, wherein the simulation area information data block includes a cell ID of the base station corresponding to each simulation area.
  • the fixed-line simulation user database stores the binding relationship between the user's mobile phone number and the simulation area, and the fixed-line simulation platform imports, modifies, deletes, and periodically cleans up the information in the above two databases;
  • the mobile phone user accesses the network (for example, the mobile phone user joins the GSM network)
  • the mobile phone user can determine the fixed-line number corresponding to the mobile phone number
  • the fixed-line simulation platform stores the binding relationship between the mobile phone number and the fixed-line number in the fixed-line network.
  • the mobile phone number of the mobile phone user can be bound to the home fixed number of the mobile phone, and/or the mobile phone number of the mobile phone user can be bound to the fixed number of the office;
  • determining whether the calling party is in the simulation area according to the cell ID of the cell to which the calling party belongs includes: querying the fixed-line emulation user database according to the calling party mobile phone number to obtain the simulation area corresponding to the calling party mobile phone number. ;
  • the number of cell IDs may be one or two or more; for example, when an emulation area is within the coverage of one base station, the emulation area corresponds to the cell ID of one base station; When the coverage of multiple base stations is within, the simulation area corresponds to the cell ID of multiple base stations;
  • the calling party When the cell ID of the cell to which the calling party belongs matches one cell ID of the cell ID of each base station in the emulation area corresponding to the calling party mobile number, the calling party is in the emulation area, when the cell of the calling party belongs When the cell ID does not match any one of the cell IDs of the base stations in the emulation area corresponding to the calling party mobile number, the calling party is not in the emulation area.
  • the fixed-line simulation platform may only store the cell ID information of the base station in each simulation area.
  • the fixed-line simulation platform may directly determine the calling party according to the cell ID of the cell to which the calling party belongs. Whether the party is in the simulation area, specifically: the fixed-line simulation platform matches the cell ID of the cell to which the calling party belongs and the cell ID information of the base station in each saved simulation area, when the cell ID of the cell to which the calling party belongs and the saved When one cell ID in the cell ID of the base station in each simulation area matches, the calling party is in the simulation area, and the cell ID of the cell to which the calling party belongs is not the same as the cell ID of the base station in each of the saved simulation areas. When the cell IDs match, the calling party is not in the simulation area.
  • Step 204 The fixed-line simulation platform determines the fixed-line number bound to the calling party mobile phone number, and adds the routing prefix to the called number.
  • the fixed-line number determined by the fixed-line simulation platform to be bound to the calling party mobile phone number includes: querying the fixed-line emulation user database according to the calling party mobile phone number, and obtaining a fixed-line number bound to the calling party mobile phone number.
  • the above process realizes the binding of the mobile phone number and the fixed number.
  • the mobile phone number can be converted into a fixed number, so that the user dials according to the fixed dialing mode, thereby realizing the fixed line prepaid and the group short number.
  • the function of mutual dialing is the function of mutual dialing.
  • Step 205 The fixed-line simulation platform sends the fixed-line number and the called number with the route prefix to the GSM network control entity by using a call control command.
  • the fixed-line simulation platform sends a call control instruction to the GSM network control entity, where the call control instruction includes: a calling party number information modified to a fixed-line number and a called party number information with a route prefix, etc., so as to move the network
  • the control entity converts the calling number in the call request of the called party into the fixed number, and modifies the called number in the call request to the called number with the added route prefix, and adds the route prefix according to the The called number calls the called party.
  • the route prefix is a preset number corresponding to the fixed network control entity, and the GSM network control entity may route the call to the fixed network control entity according to the route prefix.
  • Step 206 After receiving the call control command sent by the fixed-line emulation platform, the GSM network control entity modifies the calling party mobile phone number in the call request to the fixed-line number, and modifies the called number in the call request to add a route prefix. of The called number, and routing the call request to the fixed network control entity (such as SSP) according to the routing prefix of the called party number;
  • Step 207 After receiving the call request, the fixed network control entity calls the called party in the call request The route prefix of the number is stripped;
  • Step 208 Since the calling party number at this time is the bound fixed number of the mobile phone number, the fixed network control entity checks whether the calling party number in the call request is registered with the value added service, and if yes, step 209 is performed; otherwise, , performing step 212;
  • the fixed network control entity may further determine whether the called number is registered with the value added service.
  • Step 209 The fixed network control entity establishes a connection with the fixed network value-added service platform, and sends a value-added service request to the value-added service platform;
  • Step 210 The value-added service platform parses the received value-added service request, and executes the corresponding value-added service process, for example, performing information prompting, greeting, and the like to the calling party, and performing step 211;
  • Step 211 The fixed network charging system charges the current call during the passage of the calling party and the called party or ends the call, and ends the operation;
  • the fixed gateway office records the call information, wherein the record of the call information is called a call CDR, and the fixed network charging system reads from the fixed gateway office.
  • the call CDR is charged, and the read call CDR is charged according to the fixed-line charging standard.
  • the call information includes a calling party number, a called party number, a modified calling party fixed number and a call time.
  • the fixed network charging system takes out the calling CDR from the fixed gateway interface and according to the calling CDR
  • the charging is charged
  • the fixed-line charging system takes out the calling message from the fixed gateway office.
  • the bill is charged according to the calling bill, and the fee is charged;
  • Step 212 The fixed network control entity continues to call the called party, and the call includes a calling party number modified to be a fixed number to indicate that the called party with the caller ID function displays the fixed number of the caller;
  • Step 213 When the calling party and the called party pass the process or the call ends, the fixed network charging system collects the fee for the current call, and ends the operation;
  • the control entity (such as the MSC) in the mobile network records the call information, wherein the record of the call information is called a call CDR, and the control entity controls the record in the mobile network.
  • the call information is analyzed, and when the call record is analyzed, the calling party number is changed from the mobile phone number to the fixed number, and the calling bill is deleted, so that the charging system in the mobile network cannot control the entity from the mobile network.
  • Read the corresponding call message Single the call is not charged, wherein the call information includes the calling party number, the called party number, the modified calling party fixed number and the calling time;
  • the charging method described in this step enables the mobile phone user who converts to the fixed-line number in the simulation area to call and receive the call, the call charging will be recorded on the converted fixed-line number, and the fixed-line number is lower according to the lower fee.
  • the charging standard charges the call fee, which will increase the user's willingness to apply for the mobile phone number, and rapidly increase the number of mobile phone users, thus bringing about a certain increase in traffic;
  • Step 214 The fixed-line simulation platform instructs the GSM network control entity to call the called party by the calling party mobile phone number, to indicate that the called party of the called party with the caller ID function is displayed as the mobile phone number;
  • Step 215 During or at the end of the call between the calling party and the called party, the GSM network charging system charges the current call and ends the operation;
  • the mobile network control entity records the call information, wherein the call information record is called a call message.
  • the mobile network charging system reads the calling CDR from the mobile network control entity, and performs pricing according to the mobile charging standard according to the calling CDR, and charges the fee;
  • the mobile network control entity For the caller and the called party of the post-paid, when the call between the calling party and the called party ends, the mobile network control entity records the call information, wherein the record of the call information is called a call CDR, and the mobile network meter
  • the fee system reads the call CDR from the mobile network control entity, and performs pricing according to the mobile charging standard according to the calling CDR, and charges the fee; through steps 214 to 215, the mobile phone user outside the simulation area makes the outgoing and receiving calls Still the identity of the mobile phone, the charge is still charged by the mobile network's charging standard, ensuring the mobile operator's income outside the simulation area;
  • the mobile phone user in the simulation area, is bound to the fixed line, the mobile phone user calls and answers the call in the fixed-line identity, and the fixed-line charge is lower than the mobile communication charging standard during the call.
  • the standard charges the call charge, which can improve the user experience, and to a certain extent, increase the user's willingness to apply for the mobile phone number, and quickly increase the number of users entering the network; outside the simulation area, the mobile phone user is no longer bound to the fixed line, as the identity of the mobile phone Calling out and answering the call, and charging the corresponding tariffs for the mobile communication network during the call period to ensure the mobile operator's income outside the simulation area. Then, by properly controlling the simulation area and the non-simulation area, and reasonably realizing the binding of the mobile phone user and the fixed line, the number of users entering the network can be quickly increased and the revenue of the operator can be guaranteed.
  • a fixed-line simulation method the execution body of the method is a fixed-line simulation deployed by an integrated network operator.
  • the platform includes the following steps:
  • Step 301 Receive a trigger request, where the trigger request includes a called party fixed number;
  • the received trigger request is sent by the fixed network control entity when it is determined that the called party fixed number is bound to the mobile phone number.
  • Step 302 Obtain a mobile phone number bound to the called party fixed number
  • Step 303 Determine whether the mobile phone number is in the simulation area
  • Step 304 When the mobile phone number is in the simulation area, instruct the fixed network control entity to call the called party fixed number and the mobile phone number simultaneously or sequentially.
  • multiple user terminals (mobile phones and fixed lines) support simultaneous vibration, smooth vibration, and convenient call out and answer; when the fixed-line terminal is an office telephone, the call charges incurred in the office area are borne by the company. It solves the contradiction of being a business phone but saving money by itself, which reduces the possibility of missed calls in the office area or home.
  • Step 401 The calling party sends a call request to the fixed network control entity, where the call request includes the called party fixed number; wherein the fixed network control entity specifically includes a switch device such as an SSP (Service Switching Point) ;
  • SSP Service Switching Point
  • Step 402 The fixed network control entity determines whether to trigger the value-added service according to the called party number rule in the received call request. If yes, go to step 403, if not, go to step 405;
  • the control entity in the fixed network pre-stores the correspondence between the fixed-line number segment and the value-added service. After receiving the call request, the control entity in the fixed network queries the correspondence between the fixed-line number segment and the value-added service. If the value-added service corresponding to the called number segment in the call request is found, the value-added service is triggered, and if the value-added service corresponding to the called number segment in the call request cannot be found, the value-added service is not triggered;
  • the value-added service corresponding to the fixed-line number whose number is 0755-2878 is the calling party's information prompt (such as the remaining split prompt), and the value-added service corresponding to the fixed-number number starting with the number 021-3683 is the calling party.
  • the calling party's information prompt such as the remaining split prompt
  • the value-added service corresponding to the fixed-number number starting with the number 021-3683 is the calling party.
  • the control entity in the network pre-stores the correspondence between the fixed-line number and the value-added service, and when the control entity in the fixed network receives the call request, queries the correspondence between the fixed-line number and the value-added service. If the value-added service corresponding to the called number in the call request can be found, the value-added service is triggered, if it cannot be found If the value-added service corresponding to the called number in the call request is obtained, the value-added service is not triggered;
  • Step 403 The fixed network control entity establishes a connection with the fixed network value-added service platform, and sends a value-added service request to the value-added service platform;
  • Step 404 The value-added service platform parses the received value-added service request, and executes a corresponding value-added service process, such as performing information prompting, greeting, and the like to the calling party;
  • Step 405 The fixed network control entity determines whether the called number in the call request is bound to the mobile phone number, and if yes, step 406 is performed, if not, step 410 is performed;
  • the fixed network control entity determines, according to the registration information of the user, whether the called number is bound to the mobile phone number, wherein the registration information of the user includes: a fixed-line number, whether the mobile phone number is bound or the like;
  • Step 406 The fixed network control entity sends a trigger request to the fixed-line simulation platform, where the trigger request includes the called party's fixed number;
  • Step 407 The fixed-line simulation platform receives the trigger request sent by the fixed network control entity, and obtains the mobile phone number bound to the called party fixed-line number;
  • the fixed-line simulation platform can query the mobile phone number bound to the called party fixed-line number in the fixed-line emulation user database;
  • Step 408 The fixed-line service simulation platform determines whether the mobile phone number obtained in step 407 is in the simulation area, if the mobile phone number is in the simulation area, step 409 is performed, otherwise, step 410 is performed;
  • the fixed-line simulation platform can query the simulation area corresponding to the mobile phone number in the fixed-line simulation user database; the fixed-line simulation platform is based on the mobile phone number. Querying the location information of the mobile user corresponding to the mobile phone number to the HLR (Home Location Register) database, wherein the HLR database is a database responsible for mobile user management, and stores user information, subscription information, and mobile users of the mobile users under the jurisdiction.
  • the location information and other information; the location information obtained by the fixed-line simulation platform is consistent with the simulated area obtained by the query.
  • the location information obtained by the query is consistent with the simulated area obtained by the query, the mobile phone number is in the simulation area, and the query is obtained.
  • the location information is inconsistent with the simulated area obtained by the query, the mobile phone number is not in the simulation area;
  • Step 409 The fixed-line simulation platform instructs the fixed-line control entity to simultaneously or sequentially call the called party fixed-line number and the mobile number bound to the called party fixed-line number;
  • the fixed network control entity When a person answers, call and The mobile phone number to which the called party's fixed-line number is bound, or the fixed network control entity first calls the mobile phone number bound to the called party's fixed-line number.
  • the called party is called Phone number, etc.
  • Step 410 The fixed network control entity calls the called party fixed number
  • the fixed network control entity may directly call the called party's fixed-line number when determining that the called party's fixed-line number is not bound to the mobile phone number; or may call the called party to fix the call after receiving the indication of the fixed-line simulation platform. Number, the indication is determined by the fixed-line simulation platform that the mobile phone number bound to the fixed-party number of the called party is not sent in the simulation area.
  • the embodiment further includes the following operations: During the passage of the calling party and the called party or at the end of the call, the charging system charges the current call;
  • the fixed gateway is in the process of the call between the calling party and the called party or the end of the call.
  • the office records the call information, wherein the record of the call information is called a call CDR, and the fixed network charging system reads the call CDR from the fixed gateway office, and charges the read call CDR according to the fixed charge standard.
  • the controlling entity such as MSC
  • MSC mobile network also generates a call CDR according to the call information, and analyzes the call information, and analyzes the call that will be generated when the original calling party number is changed from the mobile phone number to the fixed number.
  • the bill is deleted, so that the billing system in the mobile network will not be able to read the corresponding call bill from the mobile network control entity, so that the local call in the mobile network is not charged.
  • multiple user terminals (mobile phones and fixed lines) support simultaneous vibration, smooth, convenient call out and answer; when the bound fixed-line terminal is an office phone, the call charge generated in the office area Under the responsibility of the company, it resolves the contradiction of being a business phone but saving money by itself, reducing the possibility of missed calls in the office area or at home.
  • Example 4
  • a fixed-line simulation platform is deployed by an integrated network operator, and specifically includes: a receiving module 501, a determining module 502, a determining module 503, and a sending module 504;
  • the receiving module 501 is configured to receive a trigger request sent by the mobile network control entity, where the trigger request includes a calling party mobile phone number, a called party number, and a cell ID of a cell to which the calling party belongs;
  • the determining module 502 is configured to determine, according to the cell ID of the cell to which the calling party belongs, received by the receiving module 501, whether the calling party is in the simulation area;
  • the determining module 503 is configured to determine, when the determining module 502 determines that the calling party is in the simulation area, determine a fixed number that is bound to the calling party's mobile number;
  • the sending module 504 is configured to send the fixed number obtained by the determining module 503 to the mobile network control entity, so that the mobile network control entity modifies the calling party mobile number to the fixed number and calls the called party.
  • the platform further includes: a maintenance module, configured to locally maintain two databases: a base station information database and a fixed-line emulation user database; the base station information database stores central coordinates of each base station identified by the cell ID in the mobile network, and the fixed-line emulation user database storage There is a binding area between the simulated area identified by the user's mobile phone number and the user's mobile phone number and the fixed number. The simulated area is identified by the regional center coordinates and the area radius.
  • the determining module 502 includes:
  • a first searching unit configured to query a base station information database according to a cell ID of a cell to which the calling party belongs, to obtain a central coordinate of a base station corresponding to a cell ID of a cell to which the calling party belongs;
  • a second searching unit configured to query the fixed-line emulation user database according to the calling party mobile phone number to obtain a simulation area corresponding to the calling party mobile phone number, where the simulation area is identified by the regional center coordinate and the area radius;
  • the first comparison unit is configured to calculate a cell ID of the cell to which the calling party belongs according to the central coordinate of the base station corresponding to the cell ID of the cell to which the calling party belongs and the regional center coordinate of the simulated area corresponding to the calling party mobile phone number.
  • the distance between the corresponding base station and the regional center of the simulation area corresponding to the calling party mobile phone number When the distance is not greater than the radius of the area of the simulation area corresponding to the calling party mobile number, the calling party is located in the simulation area. When the distance is greater than the radius of the area of the simulation area corresponding to the calling party's mobile number, the calling party is not in the simulation area.
  • the determining module 502 can further include:
  • a third searching unit configured to query the fixed-line emulation user database according to the calling party mobile phone number to obtain a simulation area corresponding to the calling party mobile phone number;
  • a fourth searching unit configured to obtain a cell ID of the base station corresponding to the simulation area according to the simulation area query simulation area information database
  • a second comparing unit configured to: when the cell ID of the cell to which the calling party belongs and one cell ID of the cell ID of the base station corresponding to the simulated area, the calling party is in the simulated area, and the calling party belongs to the cell When the cell ID does not match any of the cell IDs of the base stations corresponding to the emulation area, the calling party is not in the emulation area.
  • the determining module 503 is specifically configured to query the fixed-line emulation user database according to the calling party mobile phone number, and obtain a fixed-line number bound to the calling party mobile phone number.
  • the platform provided by the embodiment of the present invention further includes: an indication calling module 406, configured to instruct the mobile network control entity to directly call the called party when the calling party is not in the simulation area.
  • the routing module is configured to add a routing prefix to the called party number, so that the mobile network control entity routes the call to the fixed network according to the routing prefix.
  • the above-mentioned fixed-line simulation platform adopts CAMEL (Customized Application for Mobi Network Enhanced Logic) interface and GSM (Global System for Mobi Le Communications) network or UTMS ( Universal Mobi le Telecommunications System, Universal Mobile Telecommunications System) is connected to the PSTN (Public Switched Telephone Network) network through the INAP (Intelligent Network Application Protocol) interface to realize the fixed line of the mobile phone. simulation;
  • CAMEL Customer Application for Mobi Network Enhanced Logic
  • GSM Global System for Mobi Le Communications
  • UTMS Universal Mobi le Telecommunications System, Universal Mobile Telecommunications System
  • PSTN Public Switched Telephone Network
  • INAP Intelligent Network Application Protocol
  • the mobile phone user in the simulation area, is bound to the fixed line, the mobile phone user calls and answers the call in the fixed-line identity, and the fixed-line charge is lower than the mobile communication charging standard during the call.
  • the standard charges the call charge, which can improve the user experience, and to a certain extent, increase the user's willingness to apply for the mobile phone number, and quickly increase the number of users entering the network; outside the simulation area, the mobile phone user is no longer bound to the fixed line, as the identity of the mobile phone Calling and answering the call, and during the call, the corresponding fee is charged by the charging standard of the mobile communication network to ensure the operator's income.
  • the simulation area and the non-simulation area and reasonably realizing the binding of the mobile phone user and the fixed line, the effect of rapidly increasing the number of users entering the network and ensuring the revenue of the operator can be achieved.
  • multiple terminals can support simultaneous vibration, smoothing, and convenient call out and answering; when the bound fixed-line terminal is an office phone, the call charge generated in the office area is borne by the company. It solves the contradiction of being a business phone but saving money by itself, which reduces the possibility of missed calls in the office area or home.
  • a fixed-line simulation platform includes: a receiving module 601, an acquiring module 602, and a determining module.
  • the receiving module 601 is configured to receive a trigger request, where the trigger request includes a called party fixed number;
  • the obtaining module 602 is configured to obtain a mobile phone number that is bound to the called party's fixed number received by the receiving module 601.
  • the determining module 603 is configured to determine whether the mobile phone number acquired by the acquiring module 602 is in the simulation area.
  • the calling module 604 is configured to, when the determining module 603 determines that the mobile phone number acquired by the obtaining module 602 is in the simulation area, instruct the fixed network control entity to call the called party fixed number and the mobile phone number simultaneously or sequentially.
  • the receiving module 601 is specifically configured to receive a trigger request sent by the fixed network control entity when determining that the called party fixed number is bound to the mobile phone number.
  • the obtaining module 602 is specifically configured to search the fixed-line emulation user database to obtain a mobile phone number bound to the called party fixed-line number.
  • the judging module includes: a first searching unit, configured to search the fixed-line emulation user database to obtain a simulation area corresponding to the mobile phone number; and a second searching unit, configured to query, according to the mobile phone number, the mobile phone number corresponding to the home location register HLR database User's location information;
  • the comparison unit is configured to compare the position information with the simulation area. When the position information is consistent with the simulation area, determine that the mobile phone number is in the simulation area, and when the location information is inconsistent with the simulation area, determine that the mobile phone number is not in the simulation area. Within the domain.
  • the fixed-line simulation platform may further include: a second calling module, configured to: when the mobile phone number is not in the simulation area, instruct the fixed network control entity to call the called party fixed-line number.
  • a second calling module configured to: when the mobile phone number is not in the simulation area, instruct the fixed network control entity to call the called party fixed-line number.
  • the above-mentioned fixed-line simulation platform adopts CAMEL (Customized Application for Mobi Network Enhanced Logic) interface and GSM (Global System for Mobi Le Communications) network or UTMS (The Universal Mobi le Telecommunications System (Universal Mobile Telecommunications System) is connected to the PSTN (Public Switched Telephone Network) network through the INAP (Intelligent Network Application Protocol) interface.
  • CAMEL Customerized Application for Mobi Network Enhanced Logic
  • GSM Global System for Mobi Le Communications
  • UTMS Universal Mobi le Telecommunications System
  • PSTN Public Switched Telephone Network
  • INAP Intelligent Network Application Protocol
  • multiple terminals can support simultaneous vibration, smoothing, and convenient call out and answering; when the bound fixed-line terminal is an office telephone, the call charge generated in the office area is borne by the company, and the solution is solved.
  • the contradiction of being a business phone but saving money by yourself reduces the possibility of missed calls in the office area or at home.
  • the embodiment of the present invention further provides a communication system, which includes the fixed-line simulation platform provided by the embodiment of the present invention.

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Abstract

本发明实施例提供了一种固话仿真的方法及平台，涉及通信领域，方法包括：接收移动网络控制实体发送的触发请求；根据主叫方所属小区的小区ID来判断主叫方是否在仿真区域内；当主叫方在仿真区域内时，确定与主叫方手机号码相绑定的固话号码；将固话号码发送给移动网络控制实体，以便移动网络控制实体将主叫方手机号码修改为固话号码并以固话号码呼叫被叫方。使得手机用户与固话相绑定，在仿真区域内，手机用户以固话的身份呼出和接听电话，以便于在通话期间采用低于移动通信收费标准的固话收费标准收取通话资费，提高用户体验，并且在一定程度上可以增加用户申请手机号码的意愿，快速增加入网用户。

Description

固话仿真的方法、 平台及通信*** 技术领域
本发明涉及通信领域， 特别涉及一种固话仿真的方法、 平台及通信***。 背景技术
随着 GSM ( Global System for Mobi le Communications , 全球移动通信***） /UTMS ( Universal Mobi le Telecommunications System, 通用移动通信***） 网络的普及， 移 动网络运营商为手机用户所提供的业务资费越来越便宜， 再加上手机的便携性以及丰富多 样的业务能力 （如短信业务和网络业务等）， 使得传统的固定网络运营商的业务受到了严峻 的挑战， 因此， 越来越多的固定网络运营商申请了移动牌照， 参与移动网络的运营。 但是， 如何提供基于固定网络及移动网络的 FMC (Fixed Mobi le Convergence, 固定网络与移动网 络融合） 方案， 将现有固定网络中存在的固话用户快速发展成移动用户， 成为能够提供固 定网络业务和移动网络业务的综合网络运营商所迫切需要考虑的问题。
现有技术中， 移动网络运营商在资费优惠区域 （例如： 家或办公区） 实行业务资费优 惠的方案， 目的是在有固定电话的区域， 用户在通过手机拨打或接听电话时， 移动网络运 营商通过降低资费的形式， 和固定电话竞争， 吸引用户采用手机拨打或接听电话而不使用 固定电话来拨打或接听电话， 以实现用户 ARPU (Average Revenue Per User, 每用户平均 收入） 值的提升， 在非资费优惠区域， 用户通过手机拨打或接听电话时， 移动网络运营商 则采用正常的资费规则来收取资费。
使用上述的方案， 对于申请了资费优惠的手机用户， 从用户体验上来看， 仍然采用手 机作为拨打和接听的用户身份， 只是在资费上有一定的优惠。 这样， 对既有固定电话， 又 申请了资费优惠区的手机用户而言， 存在的问题有：
对于原来就有固定电话号码的手机用户， 固定电话号码和手机号码无法统一， 无法使 用原固定电话的一些业务特性， 例如： 集团短号互拨， 固话预付费等， 被叫用户回呼时， 只能回呼用户的手机号码， 用户也只能用手机接听。 发明内容
本发明实施例提供了一种固话仿真的方法、 平台及通信***。 所述技术方案如下- 一种固话仿真的方法， 所述方法包括：
接收移动网络控制实体发送的触发请求， 所述触发请求包括主叫方手机号码、 被叫方 号码、 主叫方所属小区的小区 ID和业务标识；
根据所述主叫方所属小区的小区 ID来判断主叫方是否在仿真区域内；
当所述主叫方在所述仿真区域内时， 确定与所述主叫方手机号码相绑定的固话号码； 将所述固话号码发送给所述移动网络控制实体， 以便所述移动网络控制实体控制将所 述主叫方手机号码修改为所述固话号码并呼叫被叫方。
一种固话仿真平台， 所述平台包括： 接收模块、 判断模块、 确定模块和指示呼叫模块; 所述接收模块， 用于接收移动网络控制实体发送的触发请求， 所述触发请求包括主叫 方手机号码、 被叫方号码、 主叫方所属小区的小区 ID和业务标识；
所述判断模块， 用于根据所述主叫方所属小区的小区 ID来判断主叫方是否在仿真区域 内；
所述确定模块， 用于当所述主叫方在所述仿真区域内时， 确定与所述主叫方手机号码 相绑定的固话号码；
所述发送模块， 用于将所述确定模块得到的固话号码发送给所述移动网络控制实体， 以便所述移动网络控制实体控制将所述主叫方手机号码修改为所述固话号码并呼叫被叫 方。
一种固话仿真方法， 所述方法包括：
接收触发请求， 所述触发请求包括被叫方固话号码；
获取与所述被叫方固话号码相绑定的手机号码；
判断所述手机号码是否在仿真区域内；
当所述手机号码在所述仿真区域内时， 指示所述固网控制实体同时或者顺序呼叫所述 被叫方固话号码和所述手机号码。
一种固话仿真平台， 所述平台包括： 接收模块、 获取模块、 判断模块和第一呼叫模块; 所述接收模块， 用于接收触发请求， 所述触发请求包括被叫方固话号码；
所述获取模块， 用于获取与所述接收模块接收到的被叫方固话号码相绑定的手机号码; 所述判断模块， 用于判断所述获取模块所获取的手机号码是否在仿真区域内； 所述第一呼叫模块， 用于当所述判断模块判断得出所述手机号码在所述仿真区域内时， 指示所述固网控制实体同时或者顺序呼叫所述被叫方固话号码和所述手机号码。
本发明实施例提供的技术方案的有益效果是： 在仿真区域内， 使得手机用户与固话相 绑定， 在手机用户以固话的身份呼出和接听电话， 实现了手机固话仿真， 以便于在通话期 间采用低于移动通信收费标准的固话收费标准收取通话资费， 这样可以提高用户体验， 并 且在一定程度上可以增加用户申请手机号码的意愿， 快速增加入网用户。 附图说明
为了更清楚地说明本发明实施例中的技术方案， 下面将对实施例描述中所需要使用的 附图作简单地介绍， 显而易见地， 下面描述中的附图仅仅是本发明的一些实施例， 对于本 领域普通技术人员来讲， 在不付出创造性劳动的前提下， 还可以根据这些附图获得其他的 附图。
图 1是本发明实施例 1提供的一种固话仿真的方法流程图；
图 2是本发明实施例 2提供的一种网络***架构图；
图 3是本发明实施例 2提供的一种固话仿真的方法流程图；
图 4是本发明实施例 3提供的一种固话仿真的方法流程图；
图 5是本发明实施例 3提供的一种固话仿真的方法流程图；
图 6是本发明实施例 4提供的一种固话仿真平台。
图 7是本发明实施例 5提供的一种固话仿真平台。 具体实施方式
为使本发明的目的、 技术方案和优点更加清楚， 下面将结合附图对本发明实施方式作 进一步地详细描述。
实施例 1
参见图 1， 一种固话仿真的方法， 本方法的执行主体为综合网路运营商所部署的固话仿 真平台， 包括如下步骤：
步骤 101 : 接收移动网络控制实体发送的触发请求， 其中， 触发请求包括主叫方手机号 码、 被叫方号码和主叫方所属小区的小区 ID;
步骤 102: 根据主叫方所属小区的小区 ID来判断主叫方是否在仿真区域内； 步骤 103: 当主叫方在仿真区域内时， 确定与主叫方手机号码相绑定的固话号码； 步骤 104: 将固话号码发送给移动网络控制实体， 以便移动网络控制实体将主叫方手机 号码修改为固话号码并呼叫被叫方。
移动网络控制实体接收到固话号码后， 将呼叫被叫方的呼叫请求中的主叫号码转换为 该固话号码， 从而在被叫方看来该呼叫就是由该固话号码发出的。
另外， 在主叫方与被叫方通话过程中或通话结束时， 移动网络控制实体（如 MSC)对通 话信息进行记录， 其中， 通话信息的记录称为呼叫话单， 移动网络控制实体对记录的通话 信息进行分析， 并在分析通话信息得出主叫方号码是由手机号码修改为固话号码时， 将呼 叫话单删除； 这样， 移动网络内的计费***将无法从移动网络控制实体上读取相应的呼叫 话单， 从而使移动网络内的计费***不会对本次通话进行收费， 其中， 通话信息可以包括 主叫方号码、 被叫方号码、 修改后得到的主叫方的固话号码及通话时间等信息；
同时， 在主叫方与被叫方通话过程中或通话结束时， 固网关口局也会对通话信息进行 记录， 其中， 通话信息的记录称为呼叫话单， 固网计费***从固网关口局上读取呼叫话单， 并对读取的呼叫话单按照固话收费标准收取费用； 这样， 本次由主叫方手机发起的呼叫的 收费就按照固话收费标准收取而不是采用移动话费收费标准收取， 其中， 通话信息可以包 括主叫方号码、 被叫方号码、 修改后得到的主叫方的固话号码及通话时间等信息。
本发明实施例提供的技术方案的有益效果是： 在仿真区域内， 手机用户以固话的身份 呼出电话， 且手机用户在仿真区域内的通话时采用低于移动通信收费标准的固话收费标准 收取通话资费， 这样可以提高用户体验， 并且在一定程度上可以增加用户申请手机号码的 意愿， 快速增加入网的手机用户。 实施例 2
本发明实施例所对应的网络***架构图可以如图 2所示， 综合网络运营商部署一固话 仿真平台 2a, 该固话仿真平台 2a与 GSM (Global System for Mobi le Communications , 全球移动通信***） 网络 2b相连， 并与 PSTN (Publ ic Switched Telephone Network, 公 共交换电话网络） 网络 2c相连， 以实现手机的固话仿真， 其中， 固话仿真平台 2a具体可 以通过 CAMEL ( Customized Appl ication for Mobi le Network Enhanced Logic, 移云力网络 增强逻辑的用户化应用） 接口与 GSM网络 2b相连， 固话仿真平台 2a具体可以通过 INAP ( Intel l igent Network Appl ication Protocol , 智能网应用协议） 接口与 PSTN 网络 2c 相连； 另外， 固网增值业务平台 2d通过 INAP接口与 PSTN网络 2c相连， 为用户提供增值 服务； 其中， GSM网络 2c内的控制实体， 如 MSC (Mobi le Switching Center, 移动交换中 心），负责 GSM网络 2a内基站间的通信，在通话过程中， GSM网络 2c内的控制实体（如 MSC) 根据被叫方的路由前缀将呼叫路由到 PSTN网络 2c， PSTN网络 2c 内的控制实体包括 SSP ( Service Switching Point , 业务交换点 )；
其中， GSM 网络内的控制实体用于为手机用户提供呼叫转换和呼叫控制的功能， PSTN 网络内的移动实体用于对固话用户提供发起呼叫或者接收呼入的控制功能。
需要说明的是， 上述提到的 GSM 网络还可以由 UTMS ( Universal Mobi le Telecommunications System, 通用移动通信***） 网络等移动网络替代。
下面结合具体实施例来详细的说明在上述网络***架构下， 一手机用户如何实现固话 仿真， 本发明实施例以 GSM网络作为移动网络为例来进行相关的说明， 当移动网络为 UTMS 网络等移动网络时， 处理方式与本实施例所述方法相同， 参见图 3， 一种固话仿真的方法， 包括如下步骤：
步骤 201 : 主叫方向 GSM网络控制实体发送呼叫请求；
其中， 主叫方为用户端手机， GSM网络控制实体为 MSC等交换机设备；
具体地， 在 GSM 网络内， 主叫方向为其提供服务的基站发送呼叫请求， 基站将该呼叫 请求转发给 GSM网络控制实体， 其中， 呼叫请求中包含被叫方号码；
另外， 在主叫方向为其提供服务的基站发送呼叫请求之前， 即主叫方与为其提供服务 的基站建立连接时， 主叫方会向为其提供服务的基站发送注册请求， 该注册请求中包含主 叫方的注册信息， 其中， 注册信息可以包含用户名和运营商信息等信息；
基站在将呼叫请求转发给 GSM网络控制实体时， 会将主叫方所属小区的小区 ID及注册 信息发送给 GSM网络控制实体；
GSM网络控制实体可以根据主叫方的注册信息向 HLR (Home Location Register, 归属 位置寄存器）查询该主叫方的手机号码及签约信息， 其中， HLR数据库为负责移动用户管理 的数据库， 存储所管辖移动用户的用户信息、 签约信息及移动用户的位置信息等信息； 其中， 签约信息可以包括： 触发到智能平台的地址等内容； 用户信息可以包括： 用户 名、 用户手机号码及用户类别等内容；
步骤 202: GSM网络控制实体根据主叫方开户时的签约信息向固话仿真平台发送触发请 求， 其中， 触发请求包括主叫方手机号码、被叫方号码和主叫方所属小区的小区 ID等信息；
GSM网络控制实体在向网络控制实体发送触发请求时，将接收到的呼叫请求中的被叫方 号码、 GSM网络内为主叫方提供服务的基站所发送的主叫方所属小区的小区 ID及查询得到 的主叫方手机号码等信息放到触发请求中， 并按照查询得到的签约信息中的触发到智能平 台的地址信息将触发请求发送给相应的固话仿真平台；
步骤 203: 固话仿真平台接收到 GSM网络控制实体所发送的触发请求后， 根据主叫方所 属小区的小区 ID来判断主叫方是否在仿真区域内， 如果是， 执行步骤 204， 如果不是， 执 行步骤 214;
本步骤所提供的一个实施例为： 固话仿真平台本地维护两个数据库： 基站信息数据库 和固话仿真用户数据库； 其中， 基站信息数据库可以存储有移动网络内以小区 ID标识的各 基站的中心坐标； 固话仿真用户数据库存储有用户手机号码与仿真区域间的绑定关系、 用 户手机号码与固话号码间的绑定关系， 仿真区域由仿真区域中心坐标和仿真区域半径来标 识。
其中， 固话仿真平台对上述两个数据库进行维护包括： 对数据库内的信息进行导入、 修改、 删除和定期清理等。
这里， 在手机用户入网 （例如手机用户加入 GSM 网络） 时， 手机用户可以确定与手机 号码对应的固话号码， 固话仿真平台将该用户手机号码与固话号码间的绑定关系存储在固 话仿真用户数据库中， 例如， 可以将手机用户的手机号码与其家庭的固话号码绑定， 和 /或 还可以将手机用户的手机号码与其办公室的固话号码绑定等；
本发明实施例中，根据主叫方所属小区的小区 ID来判断主叫方是否在仿真区域内包括: 根据主叫方所属小区的小区 ID查询基站信息数据库得到主叫方所属小区的小区 ID所 对应的基站的中心坐标；
根据主叫方手机号码来查询固话仿真用户数据库得到主叫方手机号码所对应的仿真区 域， 其中， 仿真区域由区域中心坐标和区域半径来标识；
根据主叫方所属小区的小区 ID所对应的基站的中心坐标与主叫方手机号码所对应的仿 真区域的区域中心坐标， 计算主叫方所属小区的小区 ID所对应的基站与主叫方手机号码所 对应的仿真区域的区域中心之间的距离， 当距离不大于主叫方手机号码所对应的仿真区域 的区域半径时， 主叫方位于仿真区域内， 当距离大于主叫方手机号码所对应的仿真区域的 区域半径时， 主叫方不在仿真区域内。
本步骤所提供的另一个实施例为： 固话仿真平台本地维护两个数据库： 仿真区域信息 数据库和固话仿真用户数据库， 其中， 仿真区域信息数据块包括与各仿真区域对应的基站 的小区 ID信息， 固话仿真用户数据库存储有用户手机号码与仿真区域间的绑定关系， 固话 仿真平台对上述两个数据库内的信息进行导入、 修改、 删除和定期清理等；
这里， 在手机用户入网 （例如手机用户加入 GSM 网络） 时， 手机用户可以确定与手机 号码对应的固话号码， 固话仿真平台将该用户手机号码与固话号码间的绑定关系存储在固 话仿真用户数据库中， 例如， 可以将手机用户的手机号码与其家庭的固话号码绑定， 和 /或 还可以将手机用户的手机号码与其办公室的固话号码绑定等；
本发明实施例中，根据主叫方所属小区的小区 ID来判断主叫方是否在仿真区域内包括: 根据主叫方手机号码查询固话仿真用户数据库得到主叫方手机号码所对应的仿真区 域；
根据主叫方手机号码所对应的仿真区域查询仿真区域信息数据库得到该仿真区域对应 的基站的小区 ID; 其中， 根据仿真区域的位置和 /或大小的不同， 一个仿真区域对应的基站 的小区 ID的数量可以为 1个， 也可以为 2个或以上； 例如， 在一个仿真区域刚好在一个基 站的覆盖范围内时， 则该仿真区域对应一个基站的小区 ID; 在一个仿真区域在多个基站的 覆盖范围内时， 则该仿真区域对应该多个基站的小区 ID;
当主叫方所属小区的小区 ID 与主叫方手机号码所对应的仿真区域内各基站的小区 ID 中的一个小区 ID相匹配时， 主叫方在仿真区域内， 当主叫方所属小区的小区 ID不与主叫 方手机号码所对应的仿真区域内各基站的小区 ID中的任一个小区 ID相匹配时， 所述主叫 方不在所述仿真区域内。
当然， 在本发明的另一个实施例中， 固话仿真平台可以仅保存各仿真区域内基站的小 区 ID信息， 此时， 固话仿真平台可以直接根据主叫方所属小区的小区 ID确定主叫方是否 在仿真区域内， 具体为： 固话仿真平台将主叫方所属小区的小区 ID与保存的各仿真区域内 基站的小区 ID信息进行匹配， 当主叫方所属小区的小区 ID与保存的各仿真区域内基站的 小区 ID中的一个小区 ID相匹配时， 主叫方在仿真区域内， 当主叫方所属小区的小区 ID不 与保存的各仿真区域内基站的小区 ID中的任一个小区 ID相匹配时， 主叫方不在仿真区域 内。
步骤 204; 固话仿真平台确定与主叫方手机号码相绑定的固话号码， 并将被叫号码加上 路由前缀；
其中， 固话仿真平台确定与主叫方手机号码相绑定的固话号码包括： 根据主叫方手机 号码查询固话仿真用户数据库， 得到与主叫方手机号码相绑定的固话号码。
上述过程实现了手机号码与固话号码的绑定， 在仿真区域内， 可以将手机号码转换为 固话号码， 以便用户按固话的拨号方式进行拨号， 从而实现固话预付费和集团短号互拨的 功能。
步骤 205:固话仿真平台通过呼叫控制指令将固话号码和加上路由前缀的被叫号码发送 给 GSM网络控制实体；
具体地， 固话仿真平台向 GSM网络控制实体发送呼叫控制指令， 该呼叫控制指令包括： 修改为固话号码的主叫方号码信息和加上路由前缀的被叫方号码信息等， 以便移动网络控 制实体将呼叫被叫方的呼叫请求中的主叫号码转换为该固话号码， 将该呼叫请求中的被叫 号码修改为增加了路由前缀的被叫号码， 并根据该增加了路由前缀的被叫号码呼叫被叫方。 其中， 路由前缀是预先设置的与固网控制实体对应的号码， GSM网络控制实体可以根据该路 由前缀将呼叫路由至固网控制实体。
步骤 206: GSM网络控制实体接收到固话仿真平台发送的呼叫控制指令后， 将呼叫请求 中的主叫方手机号码修改为固话号码， 将呼叫请求中的被叫号码修改为增加了路由前缀的 被叫号码， 并根据被叫方号码的路由前缀将呼叫请求路由到固网控制实体 （如 SSP) 上； 步骤 207: 固网控制实体接收到呼叫请求后， 将该呼叫请求中的被叫方号码的路由前 缀剥离；
步骤 208: 由于此时的主叫方号码为手机号码的绑定固话号码， 因此固网控制实体检查 该呼叫请求中的主叫方号码是否注册有增值业务， 如果有， 执行步骤 209， 否则， 执行步骤 212；
进一步地， 在被叫号码为固话号码时， 固网控制实体也可以进一步判断被叫号码是否 注册有增值业务。
步骤 209: 固网控制实体与固网增值业务平台建立连接， 并向增值业务平台发送增值业 务请求；
步骤 210: 增值业务平台解析接收到的增值业务请求， 执行相应的增值业务流程， 如向 主叫方进行信息提示、 致欢迎词等， 执行步骤 211 ;
步骤 211 : 在主叫方与被叫方的通过过程中或通话结束时， 固网计费***对本次呼叫收 取费用， 结束操作；
在主叫方与被叫方通话过程中或通话结束时， 固网关口局对通话信息进行记录， 其中， 通话信息的记录称为呼叫话单， 固网计费***从固网关口局上读取呼叫话单， 对读取的呼 叫话单按照固话收费标准收取费用， 这样， 本次由主叫方手机发起的呼叫的收费就按照固 话收费标准收取而不是采用移动话费收费标准收取， 其中， 通话信息包括主叫方号码、 被 叫方号码、 修改后得到的主叫方固话号码及通话时间；
具体地， 针对预付费的主叫方和 /或被叫方， 在主叫方与被叫方的通话过程中， 固网计 费***从固网关口局上取出呼叫话单并根据呼叫话单按照固网收费标准进行计价， 收取费 用； 针对后付费的主叫方和被叫方， 在主叫方与被叫方的通话结束时， 固网计费***从固 网关口局上取出呼叫话单并根据呼叫话单按照固网收费标准进行计价， 收取费用；
步骤 212:固网控制实体继续呼叫被叫方，所述呼叫包含修改为固话号码的主叫方号码， 以指示具有来电显示功能的被叫方的来电显示固话号码；
步骤 213: 在主叫方与被叫方的通过过程中或通话结束时， 固网计费***对本次呼叫收 取费用， 结束操作；
在主叫方与被叫方通话过程中或通话结束时， 移动网络内控制实体（如 MSC)对通话信 息进行记录， 其中， 通话信息的记录称为呼叫话单， 移动网络内控制实体对记录的通话信 息进行分析， 并在分析通话记录得出主叫方号码是由手机号码修改为固话号码时， 将呼叫 话单删除， 这样， 移动网络内的计费***将无法从移动网络控制实体上读取相应的呼叫话 单， 不对本次呼叫进行收费， 其中， 通话信息包括主叫方号码、 被叫方号码、 修改后得到 的主叫方固话号码及通话时间；
本步骤所述的收费方式， 使得在仿真区域内转换为固话号码的手机用户在呼出和接听 电话时， 通话计费将会记到转换的固话号码上， 并按照资费较低的固话收费标准收取通话 费用， 这将提升用户申请手机号码的意愿， 快速增加手机用户的数量， 从而带来一定话务 量的提升；
步骤 214: 固话仿真平台指示 GSM网络控制实体以主叫方手机号码呼叫被叫方， 以指示 具有来电显示功能的被叫用户的来电显示为手机号码；
步骤 215 : 在主叫方与被叫方通话的过程中或结束时， GSM网络计费***对本次呼叫收 取费用， 结束操作；
具体地， 针对预付费的主叫方和 /或被叫方， 在主叫方与被叫方的通话过程中， 移动网 络控制实体对通话信息进行记录， 其中， 通话信息的记录称为呼叫话单， 移动网络计费系 统从移动网络控制实体读取呼叫话单， 并根据呼叫话单按照移动收费标准进行计价， 并收 取费用；
针对后付费的主叫方和被叫方， 在主叫方与被叫方的通话结束时， 移动网络控制实体 对通话信息进行记录， 其中， 通话信息的记录称为呼叫话单， 移动网络计费***从移动网 络控制实体读取呼叫话单， 并根据呼叫话单按照移动收费标准进行计价， 并收取费用； 通过步骤 214至步骤 215，使得在仿真区域外的手机用户在呼出和接听电话时依然为手 机的身份， 收费依然采用移动网络的收费标准进行收取， 保证移动运营商在仿真区域外的 收入；
通过上述技术方案的实现， 在仿真区域内， 使得手机用户与固话相绑定， 在手机用户 以固话的身份呼出和接听电话， 并在通话期间采用低于移动通信收费标准的固话收费标准 收取通话资费， 这样可以提高用户体验， 并且在一定程度上可以增加用户申请手机号码的 意愿， 快速增加入网用户； 在仿真区域外， 手机用户不再与固话相绑定， 以手机的身份呼 出和接听电话， 并在通话期间内， 采用移动通信网路的收费标准收费相应的资费， 保证移 动运营商在仿真区域外的收入。 那么， 通过合理的控制仿真区域和非仿真区域， 合理的实 现手机用户与固话的绑定， 便可以达到快速增加入网用户的数量并保证运营商的收入的效 果。 实施例 3
参见图 4， 一种固话仿真方法， 该方法的执行主体为综合网路运营商所部署的固话仿真 平台， 包括如下步骤：
步骤 301 : 接收触发请求， 其中， 触发请求包括被叫方固话号码；
具体地， 接收的触发请求由固网控制实体在判断得出被叫方固话号码绑定有手机号码 时所发送。
步骤 302: 获取与被叫方固话号码相绑定的手机号码；
步骤 303: 判断手机号码是否在仿真区域内；
步骤 304: 当手机号码在仿真区域内时， 指示固网控制实体同时或者顺序呼叫被叫方固 话号码和手机号码。
通过上述技术方案的实现， 使多个用户终端 （手机和固话） 支持同振， 顺振， 方便呼 叫出和接听； 当固话终端是办公电话时， 在办公区域产生的通话费用由公司承担， 解决了 是公务电话但却由自己掏钱的矛盾， 降低了在办公区域或家中漏接电话的可能性。
下面结合具体实施例来详细说明上述的一种固话仿真方式：
手机用户可以与现有固网中的固话相绑定， 如将手机号码与个人家庭号码相绑定， 或 / 和将手机号码与公司内的办公电话相绑定， 那么， 主叫方在拨打了在仿真区域内的绑定了 手机的固话号码时， 可以实现固话和手机同震或顺震效果， 参见图 5， 为本发明实施例提供 的另一种固话仿真的方法， 具体步骤如下- 步骤 401 : 主叫方向固网控制实体发送呼叫请求， 该呼叫请求包括被叫方固话号码； 其中， 固网控制实体具体包括 SSP ( Service Switching Point , 业务交换点） 等交换 机设备；
步骤 402:固网控制实体根据接收到的呼叫请求中的被叫方号码规则确定是否触发增值 业务， 如果是， 执行步骤 403， 如果不触发， 执行步骤 405;
优选地， 固网内的控制实体预先存储有固话号码段与增值业务间的对应关系， 当固网 内的控制实体接收到呼叫请求后， 查询固话号码段与增值业务间的对应关系， 如果能够查 找得到呼叫请求中的被叫号码段所对应的增值业务， 则触发增值业务， 如果不能够查找得 到呼叫请求中的被叫号码段所对应的增值业务， 则不触发增值业务；
例如，号码为 0755-2878开头的固话号码对应的增值业务为为主叫方进行信息提示（如 剩余划分提示等）、 号码为 021-3683 开头的固话号码对应的增值业务为为主叫方提供来电 筛选服务等；
当然， 在具体实现时， 网内的控制实体预先存储有固话号码与增值业务间的对应关系， 当固网内的控制实体接收到呼叫请求后， 查询固话号码与增值业务间的对应关系， 如果能 够查找得到呼叫请求中的被叫号码所对应的增值业务， 则触发增值业务， 如果不能够查找 得到呼叫请求中的被叫号码所对应的增值业务， 则不触发增值业务；
以上所述仅为较佳实现方式， 凡在本实现方式的精神和原则之内所作的任何修改、 等 同替换、 改进等， 均应包含在本发明的保护范围之内；
步骤 403: 固网控制实体与固网增值业务平台建立连接， 并向增值业务平台发送增值业 务请求；
步骤 404: 增值业务平台解析接收到的增值业务请求， 并执行相应的增值业务流程， 如 向主叫方进行信息提示、 致欢迎词等功能；
步骤 405:固网控制实体判断该呼叫请求中的被呼叫号码是否绑定了手机号码，如果是， 执行步骤 406， 如果不是， 执行步骤 410;
具体地， 固网控制实体根据用户的注册信息判断被呼叫号码是否绑定了手机号码， 其 中， 用户的注册信息包括： 固话号码， 是否绑定手机号码等信息；
步骤 406: 固网控制实体向固话仿真平台发送触发请求， 其中， 触发请求包括被叫方固 话号码；
步骤 407: 固话仿真平台接收固网控制实体所发送的触发请求， 并获取与被叫方固话 号码绑定的手机号码；
具体地， 由实施例 2中步骤 203所述的内容可以知道， 固话仿真平台可以在固话仿真 用户数据库中查询与被叫方固话号码绑定的手机号码；
步骤 408: 固话业务仿真平台判断步骤 407所获取的手机号码是否在仿真区域内， 如果 所述手机号码在仿真区域内， 则执行步骤 409， 否则， 执行步骤 410;
具体地， 由实施例 2中步骤 203所述内容可以知道， 固话仿真平台可以在固话仿真用 户数据库中查询得到与所述手机号码所对应的仿真区域； 固话仿真平台根据所述手机号码 向 HLR (Home Location Register, 归属位置寄存器） 数据库查询手机号码所对应的移动用 户的位置信息， 其中， HLR数据库为负责移动用户管理的数据库， 存储所管辖移动用户的用 户信息、 签约信息及移动用户的位置信息等信息； 固话仿真平台对比查询得到的位置信息 与查询得到的仿真区域是否一致， 当查询得到的位置信息与查询得到的仿真区域一致时， 手机号码在仿真区域内， 当查询得到的位置信息与查询得到的仿真区域不一致时， 手机号 码不在仿真区域内；
步骤 409:固话仿真平台指示固网控制实体同时或者顺序呼叫被叫方固话号码和与被叫 方固话号码相绑定的手机号码；
例如， 指示固网控制实体同时呼叫被叫方固话号码和与被叫方固话号码相绑定的手机 号码， 或者， 指示固网控制实体先呼叫被叫方固话号码， 预定时间内无人接听时， 呼叫与 被叫方固话号码相绑定的手机号码， 或者， 指示固网网控制实体先呼叫与被叫方固话号码 相绑定的手机号码， 预定时间内无人接听时， 呼叫被叫方固话号码等；
步骤 410: 固网控制实体呼叫被叫方固话号码；
具体地， 固网控制实体可以在判断被叫方固话号码没有绑定手机号码时， 直接呼叫被 叫方固话号码； 也可以在接收到固话仿真平台的指示后呼叫被叫方固话号码， 该指示由固 话仿真平台确定被叫方固话号码绑定的手机号码没有在仿真区域时发送。
本实施例还包括如下操作： 在主叫方与被叫方的通过过程中或通话结束时， 计费*** 对本次呼叫收取费用；
具体地， 当运营商的计费策略是手机接听电话需要计费时， 如果用户在仿真区域内以 手机接听电话， 则在主叫方与被叫方通话过程中或通话结束时， 固网关口局对通话信息进 行记录， 其中， 通话信息的记录称为呼叫话单， 固网计费***从固网关口局上读取呼叫话 单， 对读取的呼叫话单按照固话收费标准收取费用； 移动网络内控制实体（如 MSC)也会根 据通话信息产生呼叫话单， 并对通话信息进行分析， 在分析得出原主叫方号码由手机号码 修改为固话号码时， 将产生的呼叫话单删除， 这样， 移动网络内的计费***将无法从移动 网络控制实体上读取相应的呼叫话单， 从而使移动网络内的不对本地呼叫进行收费 。
通过上述技术方案的实现， 使多个用户终端 （手机和固话） 支持同振， 顺振， 方便呼 叫出和接听； 当绑定的固话终端是办公电话时， 在办公区域产生的通话费用由公司承担， 解决了是公务电话但却由自己掏钱的矛盾， 降低了在办公区域或家中漏接电话的可能性。 实施例 4
参见图 6， 一种固话仿真平台， 该固话仿真平台由综合网络运营商部署， 具体包括： 接 收模块 501、 判断模块 502、 确定模块 503和发送模块 504;
其中， 接收模块 501， 用于接收移动网络控制实体发送的触发请求， 触发请求包括主叫 方手机号码、 被叫方号码和主叫方所属小区的小区 ID;
判断模块 502， 用于根据接收模块 501接收的主叫方所属小区的小区 ID来判断主叫方 是否在仿真区域内；
确定模块 503， 用于当判断模块 502判断得出主叫方在仿真区域内时， 确定与主叫方手 机号码相绑定的固话号码；
发送模块 504， 用于将确定模块 503得到的固话号码发送给移动网络控制实体， 以便移 动网络控制实体将主叫方手机号码修改为固话号码并呼叫被叫方。
下面详细介绍上述平台及平台各模块的具体功能- 平台还包括： 维护模块， 用于本地维护两个数据库： 基站信息数据库和固话仿真用户 数据库； 基站信息数据库存储有移动网络内以小区 ID标识的各基站的中心坐标， 固话仿真 用户数据库存储有用户申请的由用户手机号码所标识的仿真区域和用户手机号码与固话号 码间的绑定关系， 仿真区域由区域中心坐标和区域半径来标识。
则相应地， 判断模块 502包括：
第一查找单元， 用于根据主叫方所属小区的小区 ID查询基站信息数据库得到主叫方所 属小区的小区 ID所对应的基站的中心坐标；
第二查找单元， 用于根据主叫方手机号码查询固话仿真用户数据库得到主叫方手机号 码所对应的仿真区域， 仿真区域由区域中心坐标和区域半径来标识；
第一比对单元， 用于根据主叫方所属小区的小区 ID所对应的基站的中心坐标与主叫方 手机号码所对应的仿真区域的区域中心坐标， 计算主叫方所属小区的小区 ID所对应的基站 与主叫方手机号码所对应的仿真区域的区域中心之间的距离， 当距离不大于主叫方手机号 码所对应的仿真区域的区域半径时， 主叫方位于仿真区域内， 当距离大于主叫方手机号码 所对应的仿真区域的区域半径时， 主叫方不在仿真区域内。
另外， 判断模块 502还可以包括：
第三查找单元， 用于根据主叫方手机号码查询固话仿真用户数据库得到主叫方手机号 码所对应的仿真区域；
第四查找单元， 用于根据仿真区域查询仿真区域信息数据库得到与仿真区域对应的基 站的小区 ID;
第二比对单元， 用于当主叫方所属小区的小区 ID和与仿真区域对应的基站的小区 ID 中的一个小区 ID相匹配时， 主叫方在仿真区域内， 当主叫方所属小区的小区 ID不和与仿 真区域对应的基站的小区 ID中的任一个小区 ID相匹配时， 主叫方不在仿真区域内。
确定模块 503， 具体可以用于根据主叫方手机号码查询固话仿真用户数据库， 得到与主 叫方手机号码相绑定的固话号码。
另外， 本发明实施例所提供的平台还包括： 指示呼叫模块 406， 用于当主叫方不在仿真 区域内时， 指示移动网络控制实体直接呼叫被叫方。
路由模块， 用于将被叫方号码加上路由前缀， 以使移动网络控制实体根据路由前缀将 呼叫路由到固网中。
上述的固话仿真平台通过 CAMEL ( Customized Appl ication for Mobi le Network Enhanced Logic, 移动网络增强逻辑的用户化应用）接口与 GSM (Global System for Mobi le Communications ,全球移云力通信***）网络或 UTMS (Universal Mobi le Telecommunications System, 通用移动通信***） 网络相连， 通过 INAP ( Intel l igent Network Appl ication Protocol , 智能网应用协议） 接口与 PSTN (Publ ic Switched Telephone Network, 公共交 换电话网络） 网络相连， 以实现手机的固话仿真；
通过上述技术方案的实现， 在仿真区域内， 使得手机用户与固话相绑定， 在手机用户 以固话的身份呼出和接听电话， 并在通话期间采用低于移动通信收费标准的固话收费标准 收取通话资费， 这样可以提高用户体验， 并且在一定程度上可以增加用户申请手机号码的 意愿， 快速增加入网用户； 在仿真区域外， 手机用户不再与固话相绑定， 以手机的身份呼 出和接听电话， 并在通话期间内， 采用移动通信网路的收费标准收费相应的资费， 保证运 营商的收入。 那么， 通过合理的控制仿真区域和非仿真区域， 合理的实现手机用户与固话 的绑定， 便可以达到快速增加入网用户的数量及保证运营商的收入的效果。
另外， 通过上述技术方案的实现， 还可以使多个终端支持同振， 顺振， 方便呼叫出和 接听； 当绑定的固话终端是办公电话时， 在办公区域产生的通话费用由公司承担， 解决了 是公务电话但却由自己掏钱的矛盾， 降低了在办公区域或家中漏接电话的可能性。
实施例 5
参见图 7， 一种固话仿真平台， 该平台包括： 接收模块 601、 获取模块 602、 判断模块
603和第一呼叫模块 604;
接收模块 601， 用于接收触发请求， 触发请求包括被叫方固话号码；
获取模块 602， 用于获取与接收模块 601接收到的被叫方固话号码相绑定的手机号码； 判断模块 603， 用于判断获取模块 602所获取的手机号码是否在仿真区域内； 第一呼叫模块 604，用于当判断模块 603判断得出获取模块 602获取的手机号码在仿真 区域内时， 指示固网控制实体同时或者顺序呼叫被叫方固话号码和手机号码。
具体地， 接收模块 601， 具体可以用于接收固网控制实体在判断得出被叫方固话号码绑 定有手机号码时所发送的触发请求。
获取模块 602，具体可以用于查找固话仿真用户数据库得到与被叫方固话号码相绑定的 手机号码。
判断模块包括- 第一查找单元， 用于查找固话仿真用户数据库得到与手机号码所对应的仿真区域； 第二查找单元， 用于根据手机号码向归属位置寄存器 HLR数据库查询手机号码所对应 的移动用户的位置信息；
比对单元， 用于比对位置信息是否与仿真区域相一致， 当位置信息与仿真区域一致时， 判断手机号码在仿真区域内， 当位置信息与仿真区域不一致时， 判断手机号码不在仿真区 域内。
另外， 固话仿真平台还可以包括： 第二呼叫模块， 用于当手机号码不在仿真区域内时， 指示固网控制实体呼叫被叫方固话号码。
上述的固话仿真平台通过 CAMEL ( Customized Appl ication for Mobi le Network Enhanced Logic, 移动网络增强逻辑的用户化应用）接口与 GSM (Global System for Mobi le Communications ,全球移云力通信***）网络或 UTMS (Universal Mobi le Telecommunications System, 通用移动通信***） 网络相连， 通过 INAP ( Intel l igent Network Appl ication Protocol , 智能网应用协议） 接口与 PSTN (Publ ic Switched Telephone Network, 公共交 换电话网络） 网络相连， 以实现手机的固话仿真；
通过上述技术方案的实现， 还可以使多个终端支持同振， 顺振， 方便呼叫出和接听； 当绑定的固话终端是办公电话时， 在办公区域产生的通话费用由公司承担， 解决了是公务 电话但却由自己掏钱的矛盾， 降低了在办公区域或家中漏接电话的可能性。
本发明实施例还提供了一种通信***， 该通信***包括本发明实施例提供的固话仿真 平台。
本领域普通技术人员可以理解实现上述实施例的全部或部分步骤可以通过硬件来完 成， 也可以通过程序来指令相关的硬件完成， 所述的程序可以存储于一种计算机可读存储 介质中， 上述提到的存储介质可以是只读存储器， 磁盘或光盘等。 以上所述仅为本发明的较佳实施例， 并不用以限制本发明， 凡在本发明的精神和原则 之内， 所作的任何修改、 等同替换、 改进等， 均应包含在本发明的保护范围之内。

Claims

权 利 要 求 书
1、 一种固话仿真的方法， 其特征在于， 所述方法包括：
接收移动网络控制实体发送的触发请求， 所述触发请求包括主叫方手机号码、 被叫方号 码和主叫方所属小区的小区 ID;
根据所述主叫方所属小区的小区 ID来判断主叫方是否在仿真区域内；
当所述主叫方在所述仿真区域内时， 确定与所述主叫方手机号码相绑定的固话号码； 将所述固话号码发送给所述移动网络控制实体， 以便所述移动网络控制实体将所述主叫 方手机号码修改为所述固话号码并呼叫被叫方。
2、 根据权利要求 1所述的方法， 其特征在于， 所述根据所述主叫方所属小区的小区 ID 来判断主叫方是否在仿真区域内包括：
根据所述小区 ID查询基站信息数据库得到所述小区 ID所对应的基站的中心坐标； 根据所述主叫方手机号码查询固话仿真用户数据库得到所述主叫方手机号码所对应的仿 真区域， 所述仿真区域由区域中心坐标和区域半径来标识；
根据所述中心坐标与所述仿真区域的区域中心坐标计算所述基站与所述仿真区域的区域 中心之间的距离， 当所述距离不大于所述仿真区域的区域半径时， 所述主叫方位于所述仿真 区域内， 当所述距离大于所述仿真区域的区域半径时， 所述主叫方不在所述仿真区域内。
3、 根据权利要求 1所述的方法， 其特征在于， 所述根据所述主叫方所属小区的小区 ID 来判断主叫方是否在仿真区域内包括：
根据所述主叫方手机号码查询固话仿真用户数据库得到所述主叫方手机号码所对应的仿 真区域；
根据所述仿真区域查询仿真区域信息数据库得到所述仿真区域对应的基站的小区 ID; 当所述主叫方所属小区的小区 ID和与所述仿真区域对应的基站的小区 ID中的一个小区
ID相匹配时， 所述主叫方在所述仿真区域内， 当所述主叫方所属小区的小区 ID不和与所述 仿真区域对应的基站的小区 ID中的任一个小区 ID相匹配时， 所述主叫方不在所述仿真区域 内。
4、 根据权利要求 1所述的方法， 其特征在于， 所述确定与所述主叫方手机号码相绑定的 固话号码包括：
根据所述主叫方手机号码查询固话仿真用户数据库， 得到与所述主叫方手机号码相绑定 的固话号码。
5、 根据权利要求 1所述的方法， 其特征在于， 所述方法还包括： 当所述主叫方不在所述 仿真区域内时， 指示所述移动网络控制实体以所述主叫方手机号码呼叫被叫方。
6、 根据权利要求 1所述的方法， 其特征在于， 所述确定与所述主叫方手机号码相绑定的 固话号码之后， 所述方法还包括： 将所述被叫方号码加上路由前缀， 以使所述移动网络控制 实体根据所述路由前缀将所述呼叫路由到固网中。
7、 根据权利要求 1至 6所述的任一方法， 其特征在于， 所述方法还包括： 在主叫方与被 叫方通话过程中或通话结束时， 移动网络控制实体对通话信息进行记录以产生呼叫话单并对 所述通话信息进行分析，在分析所述通话信息得出主叫方号码由手机号码修改为固话号码时， 将所述呼叫话单删除， 所述通话信息包括所述主叫方手机号码、 所述被叫方号码、 所述固话 号码及通话时间；
在主叫方与被叫方通话过程中或通话结束时， 固网关口局对通话信息进行记录以产生呼 叫话单并对所述通话信息进行分析， 在分析所述呼叫话单得出主叫方号码由手机号码修改为 固话号码时， 固网计费***根据所述呼叫话单收取费用。
8、 一种固话仿真平台， 其特征在于， 所述平台包括： 接收模块、 判断模块、 确定模块和 发送模块；
所述接收模块， 用于接收移动网络控制实体发送的触发请求， 所述触发请求包括主叫方 手机号码、 被叫方号码和主叫方所属小区的小区 ID;
所述判断模块，用于根据所述接收模块接收到的主叫方所属小区的小区 ID来判断主叫方 是否在仿真区域内；
所述确定模块， 用于当所述判断模块判断得出主叫方在所述仿真区域内时， 确定与所述 主叫方手机号码相绑定的固话号码；
所述发送模块， 用于将所述转换模块得到的固话号码发送给所述移动网络控制实体， 以 便所述移动网络控制将所述主叫方手机号码修改为所述固话号码并呼叫被叫方。
9、 根据权利要求 8所述的平台， 其特征在于， 所述判断模块包括：
第一查找单元，用于根据所述主叫方所属小区的小区 ID查询基站信息数据库得到所述主 叫方所属小区的小区 ID所对应的基站的中心坐标；
第二查找单元， 用于根据所述主叫方手机号码查询固话仿真用户数据库得到所述主叫方 手机号码所对应的仿真区域， 所述仿真区域由区域中心坐标和区域半径来标识；
第一比对单元，用于根据所述主叫方所属小区的小区 ID所对应的基站的中心坐标与所述 仿真区域的区域中心坐标计算所述基站与所述仿真区域的区域中心之间的距离， 当所述距离 不大于所述仿真区域的区域半径时， 所述主叫方位于所述仿真区域内， 当所述距离大于所述 仿真区域的区域半径时， 所述主叫方不在所述仿真区域内。
10、 根据权利要求 8所述的平台， 其特征在于， 所述判断模块包括：
第三查找单元， 用于根据所述主叫方手机号码查询固话仿真用户数据库得到所述主叫方 手机号码所对应的仿真区域；
第四查找单元， 用于根据所述仿真区域查询仿真区域信息数据库得到与所述仿真区域对 应的基站的小区 ID;
第二比对单元，用于当所述主叫方所属小区的小区 ID和与所述仿真区域对应的基站的小 区 ID中的一个小区 ID相匹配时， 所述主叫方在所述仿真区域内， 当所述主叫方所属小区的 小区 ID不和与所述仿真区域对应的基站的小区 ID中的任一个小区 ID相匹配时，所述主叫方 不在所述仿真区域内。
11、 根据权利要求 8所述的平台， 其特征在于， 所述确定模块， 具体用于根据所述主叫 方手机号码查询固话仿真用户数据库， 得到与所述主叫方手机号码相绑定的固话号码。
12、 根据权利要求 8所述的平台， 其特征在于， 所述平台还包括： 指示呼叫模块， 用于 当所述主叫方不在所述仿真区域内时， 指示所述移动网络控制实体直接呼叫被叫方。
13、 根据权利要求 8所述的平台， 其特征在于， 所述平台还包括： 路由模块， 用于将所 述被叫方号码加上路由前缀， 以使所述移动网络控制实体根据所述路由前缀将所述呼叫路由 到固网中。
14、 一种固话仿真方法， 其特征在于， 所述方法包括：
接收触发请求， 所述触发请求包括被叫方固话号码；
获取与所述被叫方固话号码相绑定的手机号码；
判断所述手机号码是否在仿真区域内；
当所述手机号码在所述仿真区域内时， 指示固网控制实体同时或者顺序呼叫所述被叫方 固话号码和所述手机号码。
15、 根据权利要求 14所述的方法， 其特征在于， 接收的所述触发请求由所述固网控制实 体在判断得出所述被叫方固话号码绑定有手机号码时所发送。
16、 根据权利要求 14所述的方法， 其特征在于， 所述获取与所述被叫方固话号码相绑定 的手机号码包括：
查找所述固话仿真用户数据库得到与所述被叫方固话号码相绑定的手机号码。
17、 根据权利要求 14所述的方法， 其特征在于， 所述判断所述手机号码是否在仿真区域 内包括：
查找固话仿真用户数据库得到与所述手机号码所对应的仿真区域；
根据所述手机号码向归属位置寄存器 HLR数据库查询所述手机号码所对应的移动用户的 位置信息；
比对所述位置信息是否与所述仿真区域相一致，当所述位置信息与所述仿真区域一致时， 判断所述手机号码在所述仿真区域内， 当所述位置信息与所述仿真区域不一致时， 判断所述 手机号码不在所述仿真区域内。
18、 根据权利要求 14所述的方法， 其特征在于， 所述方法还包括： 当所述手机号码不在 所述仿真区域内时， 指示所述固网控制实体呼叫所述被叫方固话号码。
19、 一种固话仿真平台， 其特征在于， 所述平台包括： 接收模块、 获取模块、 判断模块 和第一呼叫模块；
所述接收模块， 用于接收触发请求， 所述触发请求包括被叫方固话号码；
所述获取模块， 用于获取与所述接收模块接收到的被叫方固话号码相绑定的手机号码； 所述判断模块， 用于判断所述获取模块所获取的手机号码是否在仿真区域内； 所述第一呼叫模块， 用于当所述判断模块判断得出所述手机号码在所述仿真区域内时， 指示固网控制实体同时或者顺序呼叫所述被叫方固话号码和所述手机号码。
20、 根据权利要求 19所述的平台， 其特征在于， 所述获取模块， 具体用于查找固话仿真 用户数据库得到与所述被叫方固话号码相绑定的手机号码。
21、 根据权利要求 19所述的平台， 其特征在于， 所述判断模块包括：
第一查找单元， 用于查找固话仿真用户数据库得到与所述手机号码所对应的仿真区域； 第二查找单元， 用于根据所述手机号码向归属位置寄存器 HLR数据库查询所述手机号码 所对应的移动用户的位置信息；
比对单元， 用于比对所述位置信息是否与所述仿真区域相一致， 当所述位置信息与所述 仿真区域一致时， 判断所述手机号码在所述仿真区域内， 当所述位置信息与所述仿真区域不 一致时， 判断所述手机号码不在所述仿真区域内。
22、 根据权利要求 19所述的平台， 其特征在于， 所述平台还包括： 第二呼叫模块， 用于 当所述手机号码不在所述仿真区域内时， 指示所述固网控制实体呼叫所述被叫方固话号码。
23、 一种通信***， 其特征在于， 包括如权利要求 8-13、 19-22任一所述的固话仿真平 台。
PCT/CN2011/076942 2011-07-07 2011-07-07 固话仿真的方法、平台及通信*** WO2012159319A1 (zh)

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US9877186B2 (en) * 2015-12-22 2018-01-23 Mediatek Inc. Phone number switching method, and associated apparatus
CN110166504A (zh) * 2018-02-12 2019-08-23 深圳市六度人和科技有限公司 一种云电话通信***、方法及装置
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Citations (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
EP1458202A1 (fr) * 2003-03-11 2004-09-15 France Telecom Procede et systeme de surveillance de telephones mobiles
CN201352854Y (zh) * 2009-01-22 2009-11-25 深圳市同洲电子股份有限公司 一种电话中转连接***、装置及移动通信终端
CN101784024A (zh) * 2009-01-21 2010-07-21 黄金富 电话呼叫转移装置和相应方法
CN101820633A (zh) * 2010-01-27 2010-09-01 新邮通信设备有限公司 一种用户设备移动绕回仿真方法与装置
CN101827334A (zh) * 2009-03-04 2010-09-08 华为技术有限公司 呼叫处理方法及呼叫处理中心设备

Family Cites Families (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
DE19915548C2 (de) * 1999-04-07 2001-02-15 Plus Mobilfunk Gmbh E Verfahren zum Kombinieren von Festnetz- und Mobilfunktelefonie
CN100488303C (zh) * 2004-04-08 2009-05-13 深圳市点睛科技有限公司 一种关联电话呼叫方法及其通信***
CN1942001A (zh) * 2005-09-29 2007-04-04 深圳市点睛科技有限公司 一种关联电话呼叫方法及其通信***
CN101400191B (zh) * 2008-10-29 2010-06-02 侯万春 为移动电话号码附带固定电话号码的***和方法

Patent Citations (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
EP1458202A1 (fr) * 2003-03-11 2004-09-15 France Telecom Procede et systeme de surveillance de telephones mobiles
CN101784024A (zh) * 2009-01-21 2010-07-21 黄金富 电话呼叫转移装置和相应方法
CN201352854Y (zh) * 2009-01-22 2009-11-25 深圳市同洲电子股份有限公司 一种电话中转连接***、装置及移动通信终端
CN101827334A (zh) * 2009-03-04 2010-09-08 华为技术有限公司 呼叫处理方法及呼叫处理中心设备
CN101820633A (zh) * 2010-01-27 2010-09-01 新邮通信设备有限公司 一种用户设备移动绕回仿真方法与装置

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