CN1558659B - Message providing system and message providing method for implementing multimedia message service in fixed telephone network - Google Patents
Message providing system and message providing method for implementing multimedia message service in fixed telephone network Download PDFInfo
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- CN1558659B CN1558659B CN200410016247.9A CN200410016247A CN1558659B CN 1558659 B CN1558659 B CN 1558659B CN 200410016247 A CN200410016247 A CN 200410016247A CN 1558659 B CN1558659 B CN 1558659B
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- C04B24/00—Use of organic materials as active ingredients for mortars, concrete or artificial stone, e.g. plasticisers
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- C04—CEMENTS; CONCRETE; ARTIFICIAL STONE; CERAMICS; REFRACTORIES
- C04B—LIME, MAGNESIA; SLAG; CEMENTS; COMPOSITIONS THEREOF, e.g. MORTARS, CONCRETE OR LIKE BUILDING MATERIALS; ARTIFICIAL STONE; CERAMICS; REFRACTORIES; TREATMENT OF NATURAL STONE
- C04B28/00—Compositions of mortars, concrete or artificial stone, containing inorganic binders or the reaction product of an inorganic and an organic binder, e.g. polycarboxylate cements
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Abstract
The invention discloses a multimedia message providing system for the multimedia message terminals of the fixed telephone network, wherein the system mainly comprises a switch-in portion, a gateway service portion, a multimedia message center and an identification-charging portion. The invention also discloses a method for providing the multimedia message service through a multimedia message providing system, which comprises, the multimedia message terminal dispatching service request to the multimedia message providing system, and the multimedia message providing system accomplishing corresponding services and returning the result to the multimedia message terminal.
Description
Technical field
The present invention relates to realize on the net that at landline telephone the message of multimedia messaging service, MMS provides system and message that method is provided.
Background technology
Along with the development of China Telecom's cause and the raising of living standards of the people, the number of users of landline telephone is increasing considerably year by year.But the landline telephone overwhelming majority of present domestic use has only single call function, promptly can only carry out voice transfer.Though fixed network message standard type terminal, fixed network message enhanced terminal and dedicated multimedia terminal have transfer of data, processing, application function and use comparatively extensively, they all can't realize real multimedia messaging service, MMS (being called for short MMS).
According to the difference of communication entity, MMS can be divided three classes:
1. terminal-to-terminal service: this is a business model the most basic among the MMS, and the user is by Multimedia Message terminal (MMS terminal) edit of multimedia message (MM), and sends to Multimedia Message center (MMSC), by MMSC this MM is sent to the purpose MMS terminal.
2. terminal is to using: MMS user can send MM to application system by MMS terminal, such as: send MM to the Email mailbox.
3. VAS application-to-terminal service: MMS also can initiate by using, and sends MM to MMS terminal by application system.
According to the difference of communication process, MMS can be divided into following two classes:
1.MM send: after edit messages on the MMS terminal, send to the MMS platform.
2.MM receive: MMS user directly receives MM from the MMS platform by dialling up on the telephone after receiving the MM arrival notice.
In order to carry out MMS, except the user needs MMS terminal based on fixed-line telephone network, also to provide system and exploitation corresponding M M that method is provided by the MM that telecommunication service provider sets up based on fixed-line telephone network based on fixed-line telephone network.
Summary of the invention
The invention provides a kind of Multimedia Message system be provided, comprising:
Insert part, it is responsible for that terminal is inserted described Multimedia Message by various access way system is provided; The portal service part, it is primarily implemented in storage, the management of line user profile; The Multimedia Message center, it mainly realizes the storage forwarding, route of Multimedia Message and provides the interconnected of system with oracle or another message, and it also provides the function such as storage forwarding, route of simple Email for MMS terminal user and fixed network message user; The user provides system to carry out alternately by described Multimedia Message center and oracle or another message; And the authentication and accounting part, it mainly implements the function that authenticates and charge, wherein, inserts part, portal service part and Multimedia Message center and is connected in series successively; The authentication and accounting part links to each other with the Multimedia Message center with access part, portal service part; Inserting part links to each other with public switched telephone network; And the Multimedia Message center provides system to link to each other with oracle or another message.
Insert part and comprise narrow band access equipment and broadband access equipment, for the user provides access service, and the control user is to the visit of the Internet.
Portal service partly comprises arrowband user management module and broadband user management module, and they are stored and manage online user's information of narrow band access and online user's information of broadband access respectively.
This Multimedia Message provides system also to comprise E.164 number and domain name system, the Multimedia Message center of transmit leg ownership by inquiry its E.164 number and domain name system server obtain the domain name at the Multimedia Message center of recipient's ownership.
The Multimedia Message center comprises: MMS terminal inserts part, is responsible for receiving sending to the Multimedia Message terminal from the message of Multimedia Message terminal or with message; Oracle inserts part, is responsible for message is sent to oracle; Non-Multimedia Message terminal inserts part, is responsible for message is sent to non-Multimedia Message terminal; The route authentication section receives the message from different access parts, and message sender is authenticated, or message is sent to different access parts; And core processing part, be responsible for the message that receives is handled, message after the processing sends to different recipients through the route authentication section, wherein, the Multimedia Message terminal inserts partly, oracle inserts part, non-Multimedia Message terminal inserts part and all links to each other with the route authentication section, and the route authentication section partly links to each other with core processing.This Multimedia Message center also links to each other with the fixed network message system, sends Multimedia Message arrival notice, user configuration information etc.
In addition, also have non-Multimedia Message terminal processing system and standard type fixed network message system, described non-Multimedia Message terminal processing system links to each other with the Multimedia Message center with the fixed network message system respectively, and this fixed network message system links to each other with the Multimedia Message center again.Described non-Multimedia Message terminal processing system is not when the recipient supports multimedia messaging service, MMS, this multimedia messaging service, MMS is routed to non-Multimedia Message terminal processing system immediately, the Multimedia Message center can not send the multimedia messaging service, MMS notice to the recipient, and send SMS message by standard type fixed network message system by non-Multimedia Message terminal processing system, inform that the recipient is as obtaining this multimedia messaging service, MMS.
Described Multimedia Message provides between the part of system and this system adopts different interface protocols with transfer of data between the external equipment, wherein: between Multimedia Message terminal and the user management module, and the transfer of data between user management module and the Multimedia Message center is all based on the expansion HTTP; Transfer of data between Multimedia Message center and the external server is based on Simple Mail Transfer protocol or HTTP; Transfer of data between the different Multimedia Message centers is based on Simple Mail Transfer protocol; Transfer of data between Multimedia Message center and Multimedia Message value-added service are used is based on Simple Object Access Protocol; The transmission of the CDR file between Multimedia Message center and the authentication accounting module is based on file transfer protocol (FTP); Transfer of data between Multimedia Message center and the short messaging gateway is based on SMGP; Between narrow band access equipment and the authentication accounting module, and the transfer of data between authentication accounting module and the user management module all adopts remote verification dialing user service agreement.
The present invention also provides a kind of provides system to provide the Multimedia Message service method to the Multimedia Message terminal by Multimedia Message, it is characterized in that described method comprises the steps: to provide system to send a service request by the Multimedia Message terminal to described Multimedia Message; Multimedia Message provides the request of system according to described Multimedia Message terminal, finishes corresponding service, and the result is returned to described Multimedia Message terminal.
Service request refers to and sends Multimedia Message or receive Multimedia Message.
Description of drawings
Fig. 1 is the block diagram that MM according to the present invention provides the major part of system;
Fig. 2 illustrates MM being connected of system and external equipments such as MMS terminal is provided;
Fig. 3 is the block diagram according to the major part of MMSC of the present invention;
Fig. 4 illustrates that MM provides between the part of system and the interface protocol of this system and MMS terminal, outside clothes device etc.;
Fig. 5 is that MMS terminal inserts the flow chart that MM provides system;
Fig. 6 is the flow chart that MMS terminal and MM provide system to disconnect;
Fig. 7 is the flow chart that terminal is arrived in the local terminal;
Fig. 8 is the flow chart of strange land terminal-to-terminal service;
Fig. 9 is the flow chart (local, strange land) that terminal arrives application;
Figure 10 is the flow chart of local VAS application-to-terminal service;
Figure 11 is the flow chart of strange land VAS application-to-terminal service;
Figure 12 is the flow chart that MM shifts by bar;
Figure 13 is the flow chart that MM shifts in batches;
Figure 14 is that MM shifts the flow chart that charges;
Figure 15 is the non-MMS terminal process chart;
Figure 16 is terminal receives MM immediately from MMSC a flow chart;
Figure 17 is terminal receives MM from the MMSC time-delay a flow chart;
Figure 18 is terminal forces to receive MM from MMSC a flow chart;
Figure 19 is that terminal is provided with the flow chart that shifts MM; And
Figure 20 is the flow chart that MM is shifted in the terminal cancellation.
Embodiment
Fig. 1 is the block diagram that MM according to the present invention provides the major part of system.As shown in the figure, this MM provides system to comprise:
Insert part, it is responsible for that terminal is inserted MM by various access way system is provided;
The portal service part, it is primarily implemented in storage, the management of line user profile;
Multimedia Message center (being called for short MMSC), it mainly realizes the storage forwarding, route of Multimedia Message and provides the interconnected of system with oracle or another message, and it also provides the function such as storage forwarding, route of simple Email for MMS terminal user and fixed network message user;
Insert part, in detecting user's solicited message, MMSC comprises when providing the information of system interaction with oracle or another message, this user profile is sent to oracle or another message provides system, the user provides system to carry out alternately by MMSC and oracle or another message; And
The authentication and accounting part, the main function of implementing authentication and chargeing of described authentication and accounting part, wherein: insert part, portal service part and Multimedia Message center and be connected in series successively; The authentication and accounting part links to each other with the Multimedia Message center with access part, portal service part; Inserting part links to each other with public switched telephone network; And MMSC provides system to link to each other with oracle or another message.
Fig. 2 illustrates MM being connected of system and external equipments such as MMS terminal is provided.Solid line among the figure represents between two equipment that by direct transfer of data, dotted line represents that two data transfer between devices right and wrong are direct, can pass through one or more intermediate contacts.The user that MM of the present invention provides the main service object of system to be to use the arrowband MMS terminal links to each other with narrow band access equipment through public switched telephone network based on the arrowband MMS terminal of MODEM.MM of the present invention provides system's also compatible broadband MMS terminal.The broadband MMS terminal links to each other with broadband access equipment by broadband network.Narrow band access equipment and broadband access equipment constitute the access part, and link to each other with broadband user management module (BAMM) with the arrowband user management module (NAMM) that constitutes the portal service part respectively.Inserting part links to each other with MMSC.MMSC links to each other with oracle (such as external server, MMS valued added applications etc.) or other MMSC through IP network.The authentication accounting module of arrowband part and the authentication accounting module of broadband part constitute the authentication and accounting part, and it links to each other with access part, portal service part, MMSC.MM provides system also to comprise E.164 number and domain name system, the Multimedia Message center of transmit leg ownership by inquiry its E.164 number and domain name system server obtain the domain name at the Multimedia Message center of recipient's ownership.MMSC links to each other with the fixed network message system, sends MM arrival notice, user configuration information etc.
Fig. 3 is the block diagram according to the major part of MMSC of the present invention.MMSC mainly realizes the storage forwarding, route of Multimedia Message and provides the interconnected of system with oracle or another message, and it also provides the function such as storage forwarding, route of simple Email for MMS terminal user and fixed network message user.MMSC comprises that mainly MMS terminal inserts part, is responsible for receiving sending to MMS terminal from the message of MMS terminal or with message; Oracle inserts part, is responsible for receiving sending to oracle from the message of oracle or with message; Non-MMS terminal inserts part, is responsible for message is sent to non-MMS terminal; The route authentication section receives the message from different access parts, and message sender is authenticated, or message is sent to different access parts; The core processing part, be responsible for the message that receives is handled, message after the processing sends to different recipients through the route authentication section, wherein, MMS terminal inserts partly, oracle inserts part, non-MMS terminal inserts part and all links to each other with the route authentication section, and the route authentication section partly links to each other with core processing.
Fig. 4 illustrates that MM provides between the part of system and the interface protocol of this system and MMS terminal, external server etc.Between MMS terminal and the user management module (AMM) and the transfer of data between AMM and the MMSC all based on the expansion HTTP (expansion HTTP).Transfer of data between MMSC and the external server is based on SMTP (Simple Mail Transfer protocol) or HTTP.Transfer of data between the different MMSC is based on SMTP.Transfer of data between MMSC and MM value-added service are used is based on SOAP (Simple Object Access Protocol).The transmission of the CDR file between MMSC and the authentication accounting module is based on FTP (file transfer protocol (FTP)).Transfer of data between MMSC and the short messaging gateway is based on SMGP (SMGP).Between narrow band access equipment and the authentication accounting module and the transfer of data between authentication accounting module and the user management module all adopt RADIUS (remote verification dialing user service agreement).
Fig. 5 is that MMS terminal inserts the flow chart that MM provides system.The user can provide system by the MODEM dial-up access MM in the MMS terminal, by visit MMSC wherein, sending and receiving MM.Its step is as follows:
Step 1: the user connects the narrow band access equipment that MM provides system by MMS terminal;
Step 2: narrow band access equipment sends to the authentication accounting module that MM provides system with the authentification of user bag;
Step 3: the authentication accounting module sends to narrow band access equipment with authentication result packet (acceptance/refusal);
Step 4: narrow band access equipment is controlled the IP address of user-accessible according to the requirement of authentication result packet, and begins bag to authentication accounting module transmission charging;
Step 5: the authentication accounting module begins this charging to wrap and sends to MM the user management module of the arrowband in the system is provided;
Step 6: arrowband user management module begins to obtain user's IP address, calling number, terminal serial number the bag from charging, and response data packet is sent to the authentication accounting module;
Step 7: the authentication accounting module sends to narrow band access equipment with response data packet after receiving the response of arrowband user management module transmission.
Fig. 6 is that MMS terminal provides system to disconnect the flow chart that is connected with MM, and its step is as follows:
The disconnection of step 1:MMS terminal is connected with network;
Step 2: narrow band access equipment sends the charging end packet to the authentication accounting module;
Step 3: the authentication accounting module sends to arrowband user management module with this charging end packet;
Step 4: arrowband user management module is obtained user's IP address, calling number, terminal serial number from the charging end packet, according to calling number, with this user log off, and response data packet is sent to the authentication accounting module;
Step 5: the authentication accounting module sends to narrow band access equipment with response data packet.
Fig. 7 is that the terminal flow chart is arrived in the local terminal.Step is as follows:
Step 1: the user edits a MM, and by sending key;
Step 2: if the user is not connected with network, user access network then, access process is referring to Fig. 5 " MMS terminal inserts MM system flow chart is provided ";
Step 3: terminal is submitted the transmission request msg by interface 1 to the user management module;
Step 4: after the user management module receives the transmission request of terminal, according to the IP address and the terminal serial number of terminal, obtain user's calling number, and calling number is added in the transmission request data package of access customer, submit to MMSC, and jump to step 6;
Step 5: if the user management module is obtained the calling number less than the user according to the IP address and the terminal serial number of terminal, then the user management module notifies the user to send failure, and flow process finishes;
Step 6:MMSC judges according to the requirement of operator whether the calling subscriber has the authority that sends MM;
Step 7: if the calling subscriber does not have sending permission, then MMSC notifies the user to send failure by the user management module, and flow process finishes;
Step 8: if the calling subscriber has sending permission, then MMSC judges type of service according to called number;
Step 9: if terminal arrives the application class business, then MMSC notifies user MM to submit to successfully, and the MM transmission flow finishes, and follow-up flow process is referring to Fig. 9 " terminal is to applicating flow chart ";
Step 10: if terminal-to-terminal service class business, then MMSC judges whether the called subscriber belongs to this MMSC;
Step 11: if the called subscriber does not belong to this MMSC, then MMSC notifies user MM to submit to successfully, and the MM transmission flow finishes, and follow-up flow process is referring to Fig. 8 " strange land terminal-to-terminal service flow chart ";
Step 12: if the called subscriber belongs to this MMSC, then MMSC judges whether the called subscriber has MM and receive authority;
Step 13: do not receive authority if the called subscriber has MM, then MMSC notifies the user to send failure and failure cause;
Step 14: if the called subscriber has MM to receive authority, then MMSC notifies the user to submit success to;
Step 15: terminal MM transmission flow finishes;
Step 16:MMSC judges whether called user terminal is MMS terminal;
Step 17: if called user terminal is a non-MMS terminal, then MMSC is sent to the non-MMS terminal treatment system with MM, and idiographic flow is referring to Figure 15 " non-MMS terminal process chart ";
Step 18: if called user terminal is a MMS terminal, then MMSC sends the MM arrival notice to short messaging gateway, and short messaging gateway sends to terminal called by short message with the MM arrival notice;
After step 19:MMS terminal receives the MM arrival notice, can select to receive immediately MM, time-delay reception MM and transmit MM;
Step 20: if the user selects to transmit MM, then idiographic flow is referring to Figure 12 " MM presses bar transfer flow figure ";
Step 21: if the user selects instant reception, then terminal access network (if terminal is not connected with network) immediately receives MM, and access process is referring to Fig. 5 " MMS terminal inserts MM system flow chart is provided ";
Step 22: if the user selects time-delay to receive, then terminal after a while access network receive Multimedia Message, access process is referring to Fig. 5 " MMS terminal inserts MM system flow chart is provided ";
Step 23:MMS terminal is obtained the MM request data package by interface 1 to the submission of user management module;
Step 24: after the user management module receives the request of obtaining MM of terminal, according to the IP address and the terminal serial number of terminal, obtain user's calling number, and calling number is added in the transmission request data package of access customer, submit to MMSC, and jump procedure 26;
Step 25: if the user management module is obtained the calling number less than the user according to the IP address and the terminal serial number of terminal, then the user management module notifies the user to take defeat, and receives flow process and finishes;
Step 26:MMSC sends to the called subscriber with MM;
Step 27:MMS terminal sends confirmation of receipt to MMSC (by the user management module forwards);
Step 28: terminal receives the MM flow process and finishes;
After step 29:MMSC receives confirmation of receipt, produce the point-to-point charge information;
Step 30:MMSC produces successfully/fail status according to originating party user's demand, and by short messaging gateway, sends to the originating party user in the mode of short message.
Fig. 8 is a strange land terminal-to-terminal service flow process reference diagram.Step is as follows:
Step 1:MMS terminal sends MM to source MMSC, and idiographic flow is referring to Fig. 7 " local terminal is to the terminal flow chart ";
Step 2: source MMSC submits to purpose MMSC with MM, and purpose MMSC judges according to the requirement of operator whether the called subscriber has MM and receive authority;
Step 3: do not receive authority if the called subscriber does not have MM, then purpose MMSC produces fail status and gives source MMSC, and source MMSC is according to originating party user's demand, and whether decision produces fail status, and sends to the originating party user, and flow process finishes;
Step 4: receive authority if the called subscriber has MM, judge then whether called user terminal is MMS terminal;
Step 5: if called user terminal is a non-MMS terminal, then MMSC is sent to the non-MMS terminal treatment system with MM, and idiographic flow is referring to Figure 15 " non-MMS terminal process chart ";
Step 6: if called user terminal is a MMS terminal, then MMSC sends the MM arrival notice to short messaging gateway, and short messaging gateway sends to terminal called by short message with the MM arrival notice;
After step 7:MMS terminal receives the MM arrival notice, can select to receive immediately MM, time-delay reception MM and transmit MM;
Step 8: if the user selects to transmit MM, then idiographic flow is referring to Figure 12 " MM presses bar transfer flow figure ";
Step 9: if the user selects instant reception, then terminal access network (if terminal is not connected with network) immediately receives Multimedia Message, and access process is referring to Fig. 5 " MMS terminal inserts MM system flow chart is provided ";
Step 10: if the user selects time-delay to receive, then terminal after a while access network receive Multimedia Message, access process is referring to Fig. 5 " MMS terminal inserts MM system flow chart is provided ";
Step 11:MMS terminal is obtained the multimedia message request packet by interface 1 to the submission of user management module;
Step 12: after the user management module receives the request of obtaining MM of terminal, according to the IP address and the terminal serial number of terminal, obtain user's calling number, and calling number is added in the transmission request data package of access customer, submit to MMSC, and jump procedure 14;
Step 13: if the user management module is obtained the calling number less than the user according to the IP address and the terminal serial number of terminal, then the user management module notifies the user to take defeat, and receives flow process and finishes;
Step 14:MMSC sends to the called subscriber with MM;
Step 15: the purpose MMS terminal sends confirmation of receipt to purpose MMSC (by purpose user management module forwards);
Step 16: terminal receives the MM flow process and finishes;
Step 17: after purpose MMSC receives confirmation of receipt, produce strange land point-to-point charge information;
Step 18: purpose MMSC status report is given source MMSC;
Step 19: after source MMSC received status report, according to the result of status report, whether decision produced strange land point-to-point charge information;
Step 20: source MMSC is according to originating party user's demand, and whether decision produces success/fail status, and sends to the originating party user.
Fig. 9 is that terminal is to application flow reference diagram (local, strange land).Step is as follows:
Step 1: the user sends MM to source MMSC, and flow process is referring to Fig. 7 " local terminal is to the terminal flow chart ";
Step 2:MMSC judges whether the valued added applications system is to insert at this MMSC;
Step 3: if the valued added applications system inserts at this MMSC, then MMSC by sending request, sends to the valued added applications system with MM, and after receiving the correct respond packet of valued added applications system loop back, carries out terminal to the charging of using;
Step 4: this MMSC produces successfully/fail status according to originating party user's demand, and by short messaging gateway, sends to the originating party user in the mode of short message, and flow process finishes;
Step 5: do not insert if the valued added applications system does not belong to this MMSC, then source MMSC is transmitted to purpose MMSC with MM, and after the correct respond packet of receiving purpose MMSC loopback, carries out terminal to the charging of using;
Step 6: purpose MMSC by sending request, sends to the valued added applications system with MM, and after receiving the correct respond packet of valued added applications system loop back, carries out terminal to the charging of using;
Step 7: purpose MMSC status report is given source MMSC;
Step 8: after source MMSC received status report, according to the result of status report, whether decision produced strange land point-to-point charge information;
Step 9: source MMSC is according to originating party user's demand, and whether decision produces success/fail status, and sends to the originating party user, and flow process finishes.
Figure 10 is local VAS application-to-terminal service flow process reference diagram.Step is as follows:
Step 1: the valued added applications system submits the request of transmission by interface 7 to MMSC;
Step 2:MMSC judges whether the called subscriber belongs to this MMSC;
Step 3: if the called subscriber belongs to this MMSC, then MMSC judges according to the requirement of operator whether the called subscriber has MM and receive authority;
Step 4: do not receive authority if the called subscriber does not have MM, then MMSC is according to the demand of valued added applications system, and whether decision produces fail status and send to the valued added applications system, and flow process finishes;
Step 5: receive authority if the called subscriber has MM, judge then whether called user terminal is MMS terminal;
Step 6: if called user terminal is a non-MMS terminal, then MMSC is sent to the non-MMS terminal treatment system with MM, and idiographic flow is referring to Figure 15 " non-MMS terminal process chart ";
Step 7: if called user terminal is a MMS terminal, then MMSC sends the MM arrival notice to short messaging gateway, and short messaging gateway sends to terminal called by short message with the MM arrival notice;
After step 8:MMS terminal receives the MM arrival notice, can select to receive immediately MM, time-delay reception MM and transmit MM;
Step 9: if the user selects to transmit MM, then idiographic flow is referring to Figure 12 " MM presses bar transfer flow figure ";
Step 10: if the user selects instant reception, then terminal access network (if terminal is not connected with network) immediately receives Multimedia Message, and access process is referring to Fig. 5 " MMS terminal inserts MM system flow chart is provided ";
Step 11: if the user selects time-delay to receive, then terminal after a while access network receive MM, access process is referring to Fig. 5 " MMS terminal inserts MM system flow chart is provided ";
Step 12:MMS terminal is obtained the MM request data package by interface 1 to the submission of user management module;
Step 13: after the user management module receives the request of obtaining MM of terminal, according to the IP address and the terminal serial number of terminal, obtain user's calling number, and calling number is added in the transmission request data package of access customer, submit to MMSC, and jump procedure 15;
Step 14: if the user management module is obtained the calling number less than the user according to the IP address and the terminal serial number of terminal, then the user management module notifies the user to take defeat;
Step 15:MMSC sends to the called subscriber with MM;
Step 16:MMS terminal sends confirmation of receipt to MMSC (by the user management module forwards);
Step 17: terminal receives the MM flow process and finishes;
After step 18:MMSC receives confirmation of receipt, produce the charge information of VAS application-to-terminal service;
Step 19:MMSC is by interface 7, and status report is given the valued added applications system;
Step 20: the valued added applications system is by interface 7, and MMSC is given in return state report response.
Figure 11 is a strange land VAS application-to-terminal service flow chart.Step is as follows:
Step 1: the valued added applications system submits the request of transmission by interface 7 to source MMSC;
Step 2: source MMSC submits to purpose MMSC with MM, and purpose MMSC judges according to the requirement of operator whether the called subscriber has MM and receive authority;
Step 3: do not receive authority if the called subscriber does not have MM, then purpose MMSC produces status report and gives source MMSC, and purpose MMSC is according to the demand of valued added applications system, and whether decision produces fail status and send to the valued added applications system, and flow process finishes;
Step 4: receive authority if the called subscriber has MM, judge then whether called user terminal is MMS terminal;
Step 5: if called user terminal is a non-MMS terminal, then purpose MMSC is sent to the non-MMS terminal treatment system with MM, and idiographic flow is referring to Figure 15 " non-MMS information terminal process chart ";
Step 6: if called user terminal is a MMS terminal, then purpose MMSC sends the MM arrival notice to short messaging gateway, and short messaging gateway sends to terminal called by short message with the MM arrival notice;
After step 7:MMS terminal receives the MM arrival notice, can select to receive immediately MM, time-delay reception MM and transmit MM;
Step 8: if the user selects to transmit MM, then idiographic flow is referring to Figure 12 " MM presses bar transfer flow figure ";
Step 9: if the user selects instant reception, then terminal access network (if terminal is not connected with network) immediately receives Multimedia Message, and access process is referring to Fig. 5 " MMS terminal inserts MM system flow chart is provided ";
Step 10: if the user selects time-delay to receive, then terminal after a while access network receive Multimedia Message, access process is referring to Fig. 5 " MMS terminal inserts MM the system flow reference diagram is provided ";
Step 11:MMS terminal is obtained the MM request data package by interface 1 to the submission of user management module;
Step 12: after the user management module receives the request of obtaining MM of terminal, according to the IP address and the terminal serial number of terminal, obtain user's calling number, calling number is added in the transmission request data package of access customer, submit to purpose MMSC, and jump procedure 14;
Step 13: if the user management module is obtained the calling number less than the user according to the IP address and the terminal serial number of terminal, the user management module notifies the user to take defeat;
Step 14:MMSC sends to the called subscriber with MM;
Step 15:MMS terminal sends confirmation of receipt to purpose MMSC (by the user management module forwards);
Step 16: terminal receives the MM flow process and finishes;
Step 17: after purpose MMSC receives confirmation of receipt, produce the charge information of strange land VAS application-to-terminal service;
Step 18: purpose MMSC status report is given source MMSC;
Step 19: after source MMSC received status report, according to the result of status report, whether decision produced the charge information of strange land VAS application-to-terminal service;
Step 20: purpose MMSC is by interface 7, and status report is given the valued added applications system;
Step 21: the valued added applications system is by interface 7, and MMSC is given in return state report response.
Figure 12 is that Multimedia Message is by bar transfer flow figure.Step is as follows:
Step 1: the user sends MM to MMSC and MMSC issues the MM arrival notice to called user terminal, and flow process is referring to Figure 10 " local VAS application-to-terminal service flow chart " and Figure 11 " strange land VAS application-to-terminal service flow chart ";
Step 2: after the user receives the MM arrival notice, select to shift MM;
Step 3: if terminal is not connected with network, accessing terminal to network then, access process is referring to Fig. 5 " MMS terminal inserts MM the system flow reference diagram is provided ";
Step 4:MMS terminal is submitted the request data package that shifts MM to by interface 1 to the user management module;
Step 5: after the user management module receives the request of transfer MM of terminal, according to the IP address and the terminal serial number of terminal, obtain user's calling number, and calling number is added in the forwarding request data package of access customer, submit to MMSC, and jump procedure 7;
Step 6: if the user management module is obtained the calling number less than the user according to the IP address and the terminal serial number of terminal, the user management module notifies the user to shift failure;
Step 7:MMSC will shift the result and send to the called subscriber;
Step 8: terminal called shifts the MM flow process to be finished.
Figure 13 is Multimedia Message transfer flow figure in batches.Step is as follows:
Step 1: the user proposes the application of MM transfer in batches by terminal, and imports the third party address after shifting;
Step 2: if terminal is not connected with network, accessing terminal to network then, access process is referring to Fig. 5 " the MMS terminal access information provides the MM system flow chart ";
Step 3:MMS terminal submits to MMS to shift the request data package of application in batches by interface 1 to the user management module;
Step 4: after the batch that the user management module receives terminal shifts the request of MM, according to the IP address and the terminal serial number of terminal, obtain user's calling number, and calling number is added in the forwarding request data package of access customer, submit to MMSC, and jump procedure 6;
Step 5: if the user management module is obtained the calling number less than the user according to the IP address and the terminal serial number of terminal, the user management module notifies the user to shift failure;
Step 6:MMSC will shift the result and send to the called subscriber;
Step 7: terminal called shifts the MM flow process to be finished;
Step 8:, just directly be transferred to third party user in case MMSC receives the MM that sends to this user;
Step 9: the user is by terminal, and cancellation is the function of transfer in batches;
Step 10: if terminal is not connected with network, accessing terminal to network then, access process is referring to Fig. 5 " MMS terminal inserts MM system flow chart is provided ";
Step 11:MMS terminal submits to cancellation to shift the request data package of MM in batches by interface 1 to the user management module;
Step 12: after the request of MM is shifted in the cancellation that the user management module receives terminal in batches, IP address and terminal serial number according to terminal, obtain user's calling number, and calling number is added in the forwarding request data package of access customer, submit to the Multimedia Message center, and jump procedure 7;
Step 13: if the user management module is obtained the calling number less than the user according to the IP address and the terminal serial number of terminal, the user management module is notified the user to cancel and is shifted failure;
Step 14:MMSC will cancel the transfer result and send to the called subscriber;
Step 15: the terminal called cancellation is shifted the MM flow process in batches and is finished;
After step 16:MMSC receives the MM that sends to this user, send MM to user terminal by former flow process.
Figure 14 is that Multimedia Message shifts the charging flow reference diagram.Step is as follows:
Step 1: MMSC successfully sends to third party user with MMS under the third party user;
Step 2: MMSC produces and shifts charging bill under the third party user;
Step 3: MMSC produces status report under the third party user, and sends to the affiliated MMSC of destination user;
Step 4: after MMSC receives the status report of success under the user of destination, produce and shift charging bill and point-to-point charging bill;
Step 5: MMSC produces status report under the user of destination, and sends to the affiliated MMSC of source user;
Step 6: after MMSC receives the status report of success under the source user, produce the point-to-point charging bill.
Figure 15 is non-information terminal process chart.
Recipient MMSC by query subscriber database, learns the relevant information about the purpose terminal after receiving a MM and resolving the recipient address of MM.
If recipient's terminal is supported MM, then according to the flow process that receives MM, MM will leave among the MMSC always, up to being extracted or expired.
If the state of recipient's terminal is not supported MM, this MM is routed to the non-MMS terminal treatment system immediately, MMSC directly sends the MM notice can for the recipient, but send SMS message by the standard type short-message system by the non-MMS terminal treatment system, inform how the recipient obtains this MMS, such as mode by webpage or e-mail system, integrate in target network consideration and existing e-mail system, provide service by e-mail server to the non-MMS terminal user.
If the state of recipient's terminal is " the unknown ", then when sending the multi-media SMS notice, start a timer to terminal.If timing time to and this MM situation about not being extracted under, MMSC can send to the non-MMS terminal treatment system with this MM copy portion.If the user is a non-MMS terminal so, then be responsible for finishing the transmission of this message by the non-MMS terminal treatment system.If MMS terminal then still can extract this message from MMSC in the message term of validity.
Figure 16 is MMS terminal receives MM immediately from MMSC a flow chart.So-called instant the reception is meant that MMS terminal receives the pairing MM of this MM arrival notice from MMSC immediately after receiving the MM arrival notice.
Figure 17 is MMS terminal receives MM from the MMSC time-delay a flow chart.So-called time-delay receives and be meant that MMS terminal is stored in it in corresponding mailbox, is determined to receive the time of MM by the user after receiving the MM arrival notice.
Figure 18 is MMS terminal forces to receive MM from MMSC a flow chart.So-called pressure reception starts the client software access platform after being meant that the MM type in the MMS terminal judgement MM arrival notice is " forcing reception " immediately, receives the pairing MM of this MM arrival notice.
Figure 19 is that MMS terminal is provided with the flow chart that shifts MM.
When MMS terminal need to be arranged to MM to shift, MMS terminal must provide the editor of jump address, and sends the request that is provided with that needs MM to shift from the trend platform.
Figure 20 is the flow chart that MM is shifted in the MMS terminal cancellation.
When MMS terminal was arranged to cancel the MM transfer, MMS terminal must send the request that is provided with that cancellation MM shifts from the trend platform.
Claims (7)
1. a Multimedia Message provides system, and multi-media messaging system comprises:
Insert part, it is responsible for that terminal is inserted described Multimedia Message by various access way system is provided;
The portal service part, it is primarily implemented in storage, the management of line user profile;
The Multimedia Message center, it mainly realizes the storage forwarding, route of Multimedia Message and provides the interconnected of system with oracle or another message, and it also provides the storage forwarding of simple Email, the function of route for Multimedia Message terminal use and fixed network message user; And
The authentication and accounting part, the main function of implementing authentication and chargeing of described authentication and accounting part, wherein
Described access part, described portal service part and described Multimedia Message center are connected in series successively; Described authentication and accounting part links to each other with described Multimedia Message center with described access part, described portal service part; Described access part links to each other with public switched telephone network; And described Multimedia Message center provides system to link to each other with oracle or another message; It is characterized in that,
Also comprise non-Multimedia Message terminal processing system and standard type fixed network message system, described non-Multimedia Message terminal processing system links to each other with the Multimedia Message center with standard type fixed network message system respectively, and this fixed network message system links to each other with the Multimedia Message center again; And
If the state of recipient's terminal is " the unknown ", then when sending the Multimedia Message notice, start a timer to terminal; If timing time to and this Multimedia Message situation about not being extracted under, the Multimedia Message center can send to non-Multimedia Message terminal processing system with this Multimedia Message copy portion; If the user is non-Multimedia Message terminal so, then be responsible for finishing the transmission of this message by non-Multimedia Message terminal processing system; If the Multimedia Message terminal then still can be extracted this message in the heart from Multimedia Message in the message term of validity.
2. Multimedia Message as claimed in claim 1 provides system, it is characterized in that, described access part comprises narrow band access equipment and broadband access equipment, and for the user provides access service, and the control user is to the visit of the Internet;
Described portal service partly comprises arrowband user management module and broadband user management module, and they are stored and manage online user's information of narrow band access and online user's information of broadband access respectively.
3. Multimedia Message as claimed in claim 1 provides system, it is characterized in that, this Multimedia Message provides system also to comprise E.164 number and domain name system, the Multimedia Message center of transmit leg ownership by inquiry its E.164 number and domain name system server obtain the domain name at the Multimedia Message center of recipient's ownership.
4. Multimedia Message as claimed in claim 1 provides system, it is characterized in that, this Multimedia Message center comprises:
The Multimedia Message terminal inserts part, is responsible for receiving sending to the Multimedia Message terminal from the message of Multimedia Message terminal or with message;
Oracle inserts part, is responsible for receiving sending to oracle from the message of oracle or with message;
Non-Multimedia Message terminal inserts part, is responsible for message is sent to non-Multimedia Message terminal;
The route authentication section receives the message from different access parts, and message sender is authenticated, or message is sent to different access parts; And
The core processing part is responsible for the message that receives is handled, and the message after the processing sends to different recipients through the route authentication section,
Wherein, described Multimedia Message terminal inserts partly, described oracle inserts part, described non-Multimedia Message terminal inserts part and all links to each other with described route authentication section, and described route authentication section partly links to each other with described core processing.
5. Multimedia Message as claimed in claim 2 provides system, it is characterized in that, described Multimedia Message provides between the part of system and this system adopts different interface protocols with transfer of data between the external equipment, wherein:
Between described Multimedia Message terminal and described arrowband user management module and the broadband user management module, and the transfer of data between described arrowband user management module and broadband user management module and the described Multimedia Message center is all based on the expansion HTTP;
Transfer of data between described Multimedia Message center and the external server is based on Simple Mail Transfer protocol or HTTP;
Transfer of data between the different Multimedia Message centers is based on Simple Mail Transfer protocol;
Transfer of data between described Multimedia Message center and Multimedia Message value-added service are used is based on Simple Object Access Protocol;
The transmission of the CDR file between described Multimedia Message center and the described authentication accounting module is based on file transfer protocol (FTP);
Transfer of data between described Multimedia Message center and the short messaging gateway is based on SMGP;
Between described narrow band access equipment and the described authentication accounting module, and the transfer of data between described authentication accounting module and the described user management module all adopts remote verification dialing user service agreement.
6. one kind provides system to provide the Multimedia Message service method to the Multimedia Message terminal by Multimedia Message, it is characterized in that described method comprises the steps:
Provide system to send a service request by described Multimedia Message terminal to described Multimedia Message;
Described Multimedia Message provides the request of system according to described Multimedia Message terminal, finishes corresponding service, and the result is returned to described Multimedia Message terminal;
When also comprising non-Multimedia Message terminal processing system and standard type fixed network message system, described non-Multimedia Message terminal processing system links to each other with the Multimedia Message center with standard type fixed network message system respectively, and this fixed network message system links to each other with the Multimedia Message center again;
Described non-Multimedia Message terminal processing system is not when the recipient supports multimedia messaging service, MMS, this multimedia messaging service, MMS is routed to non-Multimedia Message terminal processing system immediately, the Multimedia Message center can not send the multimedia messaging service, MMS notice to the recipient, and send SMS message by standard type fixed network message system by non-Multimedia Message terminal processing system, inform how the recipient obtains this multimedia messaging service, MMS; And
If the state of recipient's terminal is " the unknown ", then when sending the Multimedia Message notice, start a timer to terminal; If timing time to and this Multimedia Message situation about not being extracted under, the Multimedia Message center can send to non-Multimedia Message terminal processing system with this Multimedia Message copy portion; If the user is non-Multimedia Message terminal so, then be responsible for finishing the transmission of this message by non-Multimedia Message terminal processing system; If the Multimedia Message terminal then still can be extracted this message in the heart from Multimedia Message in the message term of validity.
7. the Multimedia Message service method that provides as claimed in claim 6 is characterized in that, described service request refers to send Multimedia Message or receives Multimedia Message.
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| CN200410016247.9A CN1558659B (en) | 2004-02-11 | 2004-02-11 | Message providing system and message providing method for implementing multimedia message service in fixed telephone network |
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| CN200410016247.9A CN1558659B (en) | 2004-02-11 | 2004-02-11 | Message providing system and message providing method for implementing multimedia message service in fixed telephone network |
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Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1238881A (en) * | 1996-11-29 | 1999-12-15 | 艾利森电话股份有限公司 | General interface system |
| CN1318936A (en) * | 2001-06-18 | 2001-10-24 | 尹远裕 | Method of realizing wideband movable communication in fixed telecommunication network |
| CN1095617C (en) * | 1999-10-25 | 2002-12-04 | 北京基和在线技术开发有限公司 | Wide band multi media service system |
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Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1238881A (en) * | 1996-11-29 | 1999-12-15 | 艾利森电话股份有限公司 | General interface system |
| CN1095617C (en) * | 1999-10-25 | 2002-12-04 | 北京基和在线技术开发有限公司 | Wide band multi media service system |
| CN1318936A (en) * | 2001-06-18 | 2001-10-24 | 尹远裕 | Method of realizing wideband movable communication in fixed telecommunication network |
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