WO2012139359A1 - 一种实现增值业务的方法、系统及装置 - Google Patents
一种实现增值业务的方法、系统及装置 Download PDFInfo
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- WO2012139359A1 WO2012139359A1 PCT/CN2011/079797 CN2011079797W WO2012139359A1 WO 2012139359 A1 WO2012139359 A1 WO 2012139359A1 CN 2011079797 W CN2011079797 W CN 2011079797W WO 2012139359 A1 WO2012139359 A1 WO 2012139359A1
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W4/00—Services specially adapted for wireless communication networks; Facilities therefor
- H04W4/12—Messaging; Mailboxes; Announcements
- H04W4/14—Short messaging services, e.g. short message services [SMS] or unstructured supplementary service data [USSD]
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W88/00—Devices specially adapted for wireless communication networks, e.g. terminals, base stations or access point devices
- H04W88/18—Service support devices; Network management devices
- H04W88/182—Network node acting on behalf of an other network entity, e.g. proxy
Definitions
- the present invention relates to the field of mobile intelligent network technologies, and in particular, to a method, system and device for implementing value-added services.
- value-added services are a development focus, and they are also a business growth point with a wide range of promotion.
- the current process of sending SMS messages in the value-added service includes:
- Step a The value-added service system sends a short message to the Industry Application Gateway (IAGW), and the destination number is the mobile phone number of the user of the network;
- IAGW Industry Application Gateway
- Value-added business systems include Enterprise Customer (EC) and Service Integrator (SI).
- Step b The industry application gateway queries the static route or queries the EDNS (domain name intelligent resolution system) to find the short message service center (SMS) to which the destination user belongs, and the short message center sends the short message to the destination user.
- EDNS domain name intelligent resolution system
- the value-added service can only be sent to the user of the network through the industry application gateway and finally sent to the users of the network, but cannot be sent to the different network users. This is because the users who send the alien network need to forward through the interworking gateway between the networks, and the interworking gateway can only process the point-to-point short message, that is, the short message sent by the individual user to the individual user.
- the industry application gateway cannot obtain the address of the different network short message center when querying the local static route or querying the EDNS;
- the interworking gateway cannot correctly process the short message of the value-added service system according to the current processing mechanism, because the interworking gateway cannot identify the parameters of the value-added service system; and the industrial application gateway generally includes the interworking gateway of the network and the inter-network interworking gateway. It is difficult to forward the short message of the value-added service system to the remote network user by changing the processing mechanism of the interworking gateway, and it is not only technical difficulty, but also involves negotiation between operators. Summary of the invention
- the technical problem to be solved by the present invention is to provide a method, system and device for implementing value-added services, which can send value-added service messages in a mobile intelligent network to different network users.
- the method for realizing value-added service of the present invention sets an alien network message proxy gateway between an industrial application gateway and an interworking gateway, wherein:
- the industry application gateway sends the value-added service message sent to the different network user to the foreign network message proxy gateway;
- the hetero-network message proxy gateway After receiving the value-added service message, the hetero-network message proxy gateway selects a virtual number of the network, replaces the calling number of the value-added service message with the selected virtual number of the local network, and sends the value-added service message to the different gateway through the interworking gateway. Web users.
- the method further comprises:
- the different-network message proxy gateway After replacing the calling number of the value-added service message with the selected virtual number of the local network, the different-network message proxy gateway saves the correspondence information of the message identifier of the calling number and the value-added service message; the different network message proxy gateway receives the When the returned message status report is obtained, the corresponding caller number is searched from the corresponding relationship information according to the message identifier of the message status report, and the called number of the message status report is replaced with the found calling number, and the message status is sent to Industry application gateway.
- the method further comprises:
- the different-network message proxy gateway After replacing the calling number of the value-added service message with the selected virtual number of the local network, the different-network message proxy gateway saves the correspondence relationship between the calling number and the selected virtual number of the local network; Upon receiving the returned message status report, the called number reported according to the message status is searched for the corresponding calling number from the corresponding relationship information, and the called number of the message status report is replaced with the found calling number, and the message status is displayed. The notice is sent to the industry application gateway.
- the method further comprises:
- the different-network message proxy gateway After replacing the calling number of the value-added service message with the selected virtual number of the local network, the different-network message proxy gateway saves the correspondence information of the calling number, the selected virtual number of the local network, and the message identifier of the value-added service message. ;
- the different network message proxy gateway searches for the corresponding calling number from the corresponding relationship information according to the message identifier and the called number of the message status report, and replaces the called number of the message status report with the called number.
- the calling number to which the message status report is sent to the industry application gateway.
- the method further comprises:
- the network number of the interworking gateway service is configured in advance to the interworking gateway, or the network number and the number segment are configured to the interworking gateway;
- the step of the heterogeneous message proxy gateway sending the value-added service message to the alien network user through the interworking gateway includes: the different network message proxy gateway determines, according to the network number of the destination number of the value-added service message, or according to the network number and number segment of the destination number, The destination number provides an interworking gateway for the service, and sends the value-added service message to the determined interworking gateway, and the interworking gateway sends the value-added service message to the alien network user.
- the step of selecting a virtual number of the network by the different network message proxy gateway comprises: the heterogeneous message proxy gateway pre-reading the virtual number resource file, and after receiving the value-added service message, the virtual number resource according to the network number of the local network Select a virtual number of the network in the file, where the virtual number of the network refers to the digital sequence with the network number of the network, and does not point to the actual terminal.
- a system for implementing value-added services includes: an industry application gateway, an interworking gateway, and a different network message proxy gateway, and the different network message proxy gateway is disposed between the industrial application gateway and the interworking gateway, wherein:
- the industry application gateway is configured to send the value-added service message sent to the alien network user to the different-network message proxy gateway;
- the heterogeneous message proxy gateway is configured to: after receiving the value-added service message, select a virtual number of the network, replace the calling number of the value-added service message with the selected virtual number of the local network, and add the value-added service message through the interworking gateway. Send to different network users.
- the different network message proxy gateway is further configured to save the calling number, the selected virtual number of the local network, and the value added service message after replacing the calling number of the value added service message with the selected virtual number of the local network.
- Correspondence information of the message identifier and when receiving the returned message status report, according to the message identifier and the called number of the message status report, the corresponding calling number is searched from the corresponding relationship information, and the called number of the message status report is reported. Replace with the calling number found, will be eliminated The status report is sent to the industry application gateway.
- an apparatus for implementing a value-added service includes: a message receiving unit, a number selection unit, a number replacement unit, and a message sending unit, where:
- a message receiving unit configured to receive a value-added service message from an industry application gateway
- the number selection unit is configured to select a virtual number of the network after the message receiving unit receives the value-added service message;
- the number substitution unit is configured to replace the calling number of the value-added service message with the virtual number of the local network selected by the number selection unit after the number selection unit selects the virtual number of the network;
- the message sending unit the value-added service message set to replace the number replacement unit by the number replacement unit, is sent to the alien network user through the interworking gateway.
- the method further includes: an information storage unit and a status report return unit, where:
- the information storage unit is configured to save the correspondence information of the calling number, the selected virtual number of the local network, and the message identifier of the value-added service message;
- the status report returning unit is configured to: when receiving the returned message status report, search for the corresponding calling number from the corresponding relationship information according to the message identifier and the called number of the message status report, and replace the called number of the message status report with The found calling number sends the message status report to the industry application gateway.
- the foregoing technical solution can be used to add a value-added service message to a different-network user by adding a message process of the value-added service message to the point-to-point message flow, and can expand the application of the message service in the value-added service field.
- the above technical solution does not need to change the processing flow and mechanism of the interworking gateway, and the change of the existing message flow and equipment is minimal, and the negotiation between the operators is not involved, and only the equipment and process of the carrier need to be changed, so that it is convenient on the existing network. deploy. BRIEF abstract
- FIG. 1 is a network topology diagram of an existing short message value-added service
- 2 is a structural diagram of a system for implementing value-added services according to an embodiment of the present invention
- 3 is a flowchart of a method for implementing a value-added service according to an embodiment of the present invention
- FIG. 4 is a structural diagram of an apparatus for implementing value-added services according to an embodiment of the present invention.
- a node is added to the network system, and the node specifically processes the value-added service message sent by the value-added service system to the different-network user, and replaces the parameter of the value-added service message, that is, the value-added service system, with the parameter of the value-added service system.
- the number is used to realize the message flow of the value-added service message as a point-to-point message flow, so that both the local network interconnection gateway and the different network interconnection gateway can process the different network messages.
- the virtual number of this network refers to the digital sequence with the network number of the network, not to the actual terminal.
- the main function of the different network message proxy gateway is: replacing and restoring the sender parameter (calling number) of the value-added service message sent to the alien network user; Interfaces and protocols for industry application gateways and local network interworking gateways.
- the industry application gateway does not change the route of the Mobile Original (MO) and the downlink (Mobile Terminate, MT) messages. If it is determined according to the destination number that the message is sent to the alien network user, the message to the alien network user is sent to the foreign network message proxy gateway by the SMPP (Short Message Point-to-Point) protocol.
- SMPP Short Message Point-to-Point
- the connection to the alien network proxy gateway is equivalent to adding a connection to the short message center.
- the route from the application gateway to the external network proxy gateway can be statically configured or queried by Enumdns, depending on the current network. If the former, the industry application gateway needs to configure the routing information of the different network message proxy gateway, and further configure the network number of the different network message proxy gateway service, and further configure the number segment; if the latter, only need to configure the different network message The routing information of the proxy gateway.
- the interworking gateway of the network does not need to make any modifications in the business process, only need to be different network
- the message proxy gateway can be used as an ordinary short message center, that is, providing an interface with the latter.
- the MO/MT process is the same, with no changes.
- the EC/SI can MT to the alien network user.
- the value-added service message in this embodiment includes the short message service and the multimedia message service in the mobile intelligent network.
- the focus of this embodiment is to add a different-network message proxy gateway to the network.
- the following describes the main functions of the different-network message proxy gateway:
- the different network message proxy gateway (hereinafter referred to as the proxy gateway) and the industrial application gateway use the SMPP interface.
- the proxy gateway can forward messages and status reports.
- the interface protocol is the same as the external interface protocol of the current SMS center.
- the industry application gateway sends value-added service messages to the proxy gateway.
- the proxy gateway and the interworking gateway use the SMPP protocol to implement interworking.
- the route from the proxy gateway to the interworking gateway uses the local static configuration method.
- the network number of the interworking gateway service including the number segment, is configured to the interworking gateway.
- the proxy gateway After receiving the value-added service message sent by the industrial application gateway, the proxy gateway analyzes the destination number, determines the interworking gateway that provides the service for the destination number according to the destination number, and sends the value-added service message to the determined interworking gateway. The determination of the interworking gateway uses the longest matching principle of the destination number.
- the proxy gateway needs to have a virtual number conversion function.
- the virtual number is submitted by the maintenance department to the virtual number resource file, and the proxy gateway obtains the dynamic number resource by reading the file.
- the specific file format is one line for each number.
- the file name is: VirtualNumYYYYMMDD.txt, where YYYYMMDD is the 8-day date of the day, which can be transmitted at most once a day. If there is no change, it can be transmitted.
- the virtual number cannot be changed on the proxy gateway. You can only query it. When querying, you can query the number resource file according to the network number of the required virtual number. The result of the query can be exported to a txt or excel file.
- the proxy gateway randomly selects a virtual number to replace the calling number in the message according to the network number of the network, and then sends the caller number to the interworking gateway. At this time, the proxy gateway needs to cache the correspondence information between the calling number and the message ID (MSGID), or save the correspondence information between the calling number and the selected virtual number of the local network, or save the calling number and the selected version. The correspondence between the virtual number of the network and the MSGID.
- the proxy gateway reports the status of the message to the industry application gateway
- the cached caller number is queried according to the MSGID of the message status report, or the cached message is queried according to the called number reported by the message status.
- the calling number corresponding to the called number, or the corresponding calling number according to the MSGID and the called number reported by the message status, and the calling number is filled in the called number in the message status report, that is, the reverse replacement is completed. Ensure that the industry application gateway can correctly handle this status report message.
- the proxy gateway should be able to receive messages from multiple industry application gateways and forward them to the interworking gateway based on the destination number route.
- the bill needs to be generated after waiting for the interworking gateway to return a success status report. After receiving the success status report returned by the interworking gateway, it needs to be forwarded to the industry application gateway.
- the status report uses the principle of returning according to the original route.
- heterogeneous message proxy gateway In addition to the above basic functions, the heterogeneous message proxy gateway also needs to have basic operations, maintenance, statistics and other functions. Billing is also available if necessary.
- the above are the main functions that need to be added to the new heterogeneous message proxy gateway.
- the functionality of other related nodes in the network has not changed much.
- the original industry application gateway needs to increase the configuration of the routing, network number and number segment of the proxy gateway, so that the industrial application gateway can correctly send the message to the different network message proxy gateway according to the destination number of the value-added service message;
- the proxy gateway is equivalent to a short message center.
- FIG. 3 is a method for implementing a short message value-added service according to an embodiment of the present invention. The following describes an example of sending a short message, including:
- the value-added service system sends the short message to the mobile phone user through the industry application gateway. If the value-added service message is sent to the different network user, the destination number is the user number of the different network; The value-added service system specifically sends the message to which industry application gateway, and can be queried through the static route in the value-added service system.
- step 303 After receiving the value-added service message, the industry application gateway parses the message body and analyzes whether the destination number is an alien network user. If not, step 303 is performed; if yes, step 304 is performed;
- S304 The industry application gateway sends the message to the different network message proxy gateway according to the locally configured static routing information or query EnumDNS;
- the different network message proxy gateway parses the message body, and randomly selects a calling number of the virtual number replacement message, that is, the ECSI parameter, from the virtual number resource file that is pre-introduced into the configuration station, and sends the message to the local network for interworking. a gateway, and storing a correspondence between the virtual number, the ECSI parameter, and the MSGID of the process, so that the caller number is restored after the message status report arrives;
- the interworking gateway of the local network sends the message to the correct inter-network short message interworking gateway according to the destination number of the message;
- the different network interworking gateway sends the message to the different network short message center and finally delivers the message to the destination user;
- the terminal After receiving the message, the terminal provides a message status report; the message status report is finally sent to the different network message proxy gateway through the different network short message center, the different network interworking gateway, and the local network interworking gateway;
- the proxy gateway queries the calling number (ECSI parameter) according to the MSGID and the virtual number reported by the message status, and replaces the virtual number with the ECSI parameter, that is, the calling number;
- the proxy gateway sends the reconstructed message status to the ECSI through the industry application gateway, so that the ECSI can correctly receive and generate the bill.
- the proxy gateway itself can also determine whether to generate the bill according to the configuration. At this point, the MT process of the different network End.
- a message receiving unit including: a number selecting unit, a number replacing unit, a message sending unit, an information storage unit, and a status report returning unit, where:
- the message receiving unit is configured to receive the value-added service message from the industry application gateway.
- the number selection unit is configured to parse the message body after receiving the value-added service message by the message receiving unit, and randomly select a virtual number from the virtual number resource file pre-imported into the configuration station.
- the number replacing unit is configured to replace the calling number of the value-added service message with the virtual number of the local network selected by the number selecting unit after the number selecting unit selects the virtual number of the network.
- the message sending unit the value-added service message set to replace the number replacement unit by the number replacement unit, is sent to the alien network user through the interworking gateway.
- the information storage unit is configured to save the correspondence information of the calling number, the selected virtual number of the local network, and the message identifier of the value-added service message; or the correspondence relationship information of the message identifier of the calling number and the value-added service message; Correspondence information of the called number and the selected virtual number of the local network.
- the status report returning unit is configured to: when receiving the returned message status report, search for the corresponding calling number from the corresponding relationship information according to the message identifier and the called number of the message status report, and replace the called number of the message status report with The found calling number sends the message status report to the industry application gateway; according to the message identifier of the message status report, the corresponding calling number is searched from the corresponding relationship information, and the called number of the message status report is replaced with the found number.
- Calling number send the message status report to the industry application gateway; or find the corresponding calling number from the corresponding relationship information according to the called number reported by the message status, and replace the called number of the message status report with the found number
- the calling number sends the message status 4 to the industry application gateway.
- modules and steps of the foregoing technical solutions can be implemented by a general computing device, which can be concentrated on a single computing device or distributed over a network composed of multiple computing devices. Alternatively, they may be implemented by program code executable by the computing device, such that they may be stored in the storage device by the computing device, or they may be separately fabricated into individual integrated circuit modules, or they may be Modules or steps are made into a single integrated circuit module. Thus, the invention is not limited to any particular combination of hardware and software.
- the foregoing technical solution provides a method, a system, and a device for implementing a value-added service, and can send a value-added service message in a mobile intelligent network to an alien network user.
- the technical solution of the above-mentioned technical solution is to increase the sending process of the value-added service message to the point-to-point message flow, and realize the application of the value-added service message to the external network user, thereby expanding the application of the message service in the value-added service field and improving the user.
- the experience of value-added services also improves the quality and breadth of service providers in the messaging business.
- the above technical solution does not need to change the processing flow and mechanism of the interworking gateway, and the change of the existing message flow and equipment is minimal, and the negotiation between the operators is not involved, and only the equipment and process of the carrier need to be changed, so that it is convenient on the existing network. deploy.
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Abstract
本发明公开了一种实现增值业务的方法、系统及装置，在行业应用网关与互通网关之间设置异网消息代理网关，其中：行业应用网关将发送到异网用户的增值业务消息发送给异网消息代理网关；异网消息代理网关在接收到增值业务消息后，选择一本网的虚拟号码，将增值业务消息的主叫号码替换为所选择的本网的虚拟号码，通过互通网关将增值业务消息发送给异网用户。本发明通过增加异网消息代理网关将增值业务消息的发送流程虚拟为点到点的消息流程，实现将增值业务消息发送给异网用户，能扩大消息业务在增值业务领域的应用，提升用户对增值业务的体验度，也提高了运营商在消息业务中的服务质量和广度。
Description
一种实现增值业务的方法、 系统及装置
技术领域
本发明涉及移动智能网络技术领域，尤其涉及一种实现增值业务的方法、 系统及装置。
背景技术
在目前的短信业务中， 增值业务是一个发展重点， 也是目前推广范围很 广的业务增长点。 参考图 1 , 目前的增值业务中本网短信的发送流程包括：
步骤 a: 增值业务系统向行业应用网关 （Industry Application Gateway, IAGW )发送短信息， 目的号码为本网用户手机号码；
增值业务系统包括集团客户 （Enterprise Customer, EC )和业务集成商 ( Service Integrator, SI )等。
步骤 b: 行业应用网关根据目的号码查询静态路由或查询 EDNS (域名智 能解析系统 )找到目的用户归属的短信中心 （ Short Message Service Center, SMSC ) , 由短信中心将短信息发送给目的用户。
在目前的增值业务中存在一个不足， 即增值业务只能通过行业应用网关 送达短信中心最终发送给本网的用户， 却不能发送给异网用户。 这是因为发 送给异网用户需要通过网间的互通网关转发， 而互通网关目前只能处理点到 点短信， 即个人用户发送给个人用户的短信。
在增值业务系统发送的短信息的目的号码为异网用户的号码时， 在上述 步骤 b中， 行业应用网关在查询本地静态路由或查询 EDNS时无法得到异网 短信中心的地址； 即便经过配置查询到互通网关， 互通网关按照目前的处理 机制也无法正确处理增值业务系统的短信息， 因为互通网关无法识别增值业 务系统的参数； 并且行业应用网关一般包括本网互通网关和异网互通网关， 因此， 通过更改互通网关的处理机制实现将增值业务系统的短信息转发给异 网用户的难度较大， 且不仅是技术难度， 还涉及到运营商之间的协商问题。
发明内容
本发明要解决的技术问题是提供一种实现增值业务的方法、系统及装置， 可以将移动智能网络中的增值业务消息发送给异网用户。
为解决上述技术问题， 本发明的一种实现增值业务的方法， 在行业应用 网关与互通网关之间设置异网消息代理网关， 其中：
行业应用网关将发送到异网用户的增值业务消息发送给异网消息代理网 关；
异网消息代理网关在接收到增值业务消息后， 选择一本网的虚拟号码， 将增值业务消息的主叫号码替换为所选择的本网的虚拟号码， 通过互通网关 将增值业务消息发送给异网用户。
优选地， 还包括：
异网消息代理网关在将增值业务消息的主叫号码替换为所选择的本网的 虚拟号码后， 保存主叫号码和增值业务消息的消息标识的对应关系信息； 异网消息代理网关在接收到返回的消息状态报告时， 根据消息状态报告 的消息标识从对应关系信息中查找对应的主叫号码， 将消息状态报告的被叫 号码替换为所查找到的主叫号码， 将消息状态 告发送给行业应用网关。
优选地， 还包括：
异网消息代理网关在将增值业务消息的主叫号码替换为所选择的本网的 虚拟号码后， 保存主叫号码和所选择的本网的虚拟号码的对应关系信息； 异网消息代理网关在接收到返回的消息状态报告时， 根据消息状态报告 的被叫号码从对应关系信息中查找对应的主叫号码， 将消息状态报告的被叫 号码替换为所查找到的主叫号码， 将消息状态 告发送给行业应用网关。
优选地， 还包括：
异网消息代理网关在将增值业务消息的主叫号码替换为所选择的本网的 虚拟号码后， 保存主叫号码、 所选择的本网的虚拟号码和增值业务消息的消 息标识的对应关系信息；
异网消息代理网关在接收到返回的消息状态报告时， 根据消息状态报告 的消息标识和被叫号码从对应关系信息中查找对应的主叫号码， 将消息状态 报告的被叫号码替换为所查找到的主叫号码， 将消息状态报告发送给行业应 用网关。
优选地， 还包括：
预先将互通网关服务的网号配置给互通网关， 或者将网号和号段配置给 互通网关；
异网消息代理网关通过互通网关将增值业务消息发送给异网用户的步骤 包括： 异网消息代理网关根据增值业务消息的目的号码的网号， 或者根据目 的号码的网号和号段， 确定为目的号码提供服务的互通网关， 将增值业务消 息发送给所确定的互通网关， 由互通网关将增值业务消息发送给异网用户。
优选地， 异网消息代理网关选择一本网的虚拟号码的步骤包括： 异网消息代理网关预先读取虚拟号码资源文件， 在接收到增值业务消息 后， 根据本网的网号从虚拟号码资源文件中选择一本网的虚拟号码， 其中， 本网的虚拟号码是指具有本网的网号， 而不指向实际终端的数字序列。
优选地， 一种实现增值业务的系统， 包括： 行业应用网关、 互通网关和 异网消息代理网关，异网消息代理网关设置在行业应用网关与互通网关之间 , 其中：
行业应用网关， 设置为将发送到异网用户的增值业务消息发送给异网消 息代理网关；
异网消息代理网关， 设置为在接收到增值业务消息后， 选择一本网的虚 拟号码， 将增值业务消息的主叫号码替换为所选择的本网的虚拟号码， 通过 互通网关将增值业务消息发送给异网用户。
优选地， 异网消息代理网关， 还设置为在将增值业务消息的主叫号码替 换为所选择的本网的虚拟号码后， 保存主叫号码、 所选择的本网的虚拟号码 和增值业务消息的消息标识的对应关系信息， 并在接收到返回的消息状态报 告时， 根据消息状态报告的消息标识和被叫号码从对应关系信息中查找对应 的主叫号码， 将消息状态报告的被叫号码替换为所查找到的主叫号码， 将消
息状态报告发送给行业应用网关。
优选地， 一种实现增值业务的装置， 包括： 消息接收单元、 号码选择单 元、 号码替换单元和消息发送单元， 其中：
消息接收单元， 设置为从行业应用网关接收增值业务消息；
号码选择单元， 设置为在消息接收单元接收到增值业务消息后， 选择一 本网的虚拟号码；
号码替换单元， 设置为在号码选择单元选择本网的虚拟号码后， 将增值 业务消息的主叫号码替换为号码选择单元所选择的本网的虚拟号码；
消息发送单元， 设置为将号码替换单元完成号码替换的增值业务消息通 过互通网关发送给异网用户。
优选地， 还包括： 信息存储单元和状态报告返回单元， 其中：
信息存储单元， 设置为保存主叫号码、 所选择的本网的虚拟号码和增值 业务消息的消息标识的对应关系信息；
状态报告返回单元， 设置为在接收到返回的消息状态报告时， 根据消息 状态报告的消息标识和被叫号码从对应关系信息中查找对应的主叫号码， 将 消息状态报告的被叫号码替换为所查找到的主叫号码， 将消息状态报告发送 给行业应用网关。
综上， 上述技术方案通过增加异网消息代理网关将增值业务消息的发送 流程虚拟为点到点的消息流程， 实现将增值业务消息发送给异网用户， 能扩 大消息业务在增值业务领域的应用， 提升用户对增值业务的体验度， 也提高 了运营商在消息业务中的服务质量和广度。 上述技术方案无须更改互通网关 的处理流程和机制， 对已有的消息流程及设备更改最小， 且不涉及到运营商 之间的协商， 仅需要更改本运营商的设备和流程， 便于在现网部署。 附图概述
图 1为现有短信增值业务的网络拓朴图；
图 2为本发明实施方式的实现增值业务的系统的架构图；
图 3为本发明实施方式的实现增值业务的方法的流程图；
图 4为本发明实施方式的实现增值业务的装置的结构图。
本发明的较佳实施方式
下文中将结合附图对本发明的实施例进行详细说明。 需要说明的是， 在 不冲突的情况下， 本申请中的实施例及实施例中的特征可以相互任意组合。
本实施方式考虑在网络系统中增加一个节点， 由该节点专门处理增值业 务系统发送到异网用户的增值业务消息， 将增值业务消息的发送方号码即增 值业务系统的参数替换为本网的虚拟号码， 实现将增值业务消息的发送流程 虚拟为点到点的消息流程， 使本网互通网关和异网互通网关均可以处理异网 消息。 本网的虚拟号码是指具有本网的网号， 而不指向实际终端的数字序列。
请参考附图 2 , 为实现将增值业务消息发送给异网用户， 需要对现有网 络系统进行以下改进。
( 1 )在网络系统中增加异网消息代理网关， 异网消息代理网关的主要功 能是： 对发送给异网用户的增值业务消息进行发送方参数（主叫号码） 的替 换和还原； 提供与行业应用网关和本网互通网关的接口及协议等。
( 2 )对行业应用网关增加与异网消息代理网关的物理连接； 行业应用网 关对本网上行 ( Mobile Original, MO )和下行（ Mobile Terminate, MT )消息 的路由均不改变。 若根据目的号码判断是发往异网用户的消息， 则对需要下 行到异网用户的消息以 SMPP (短消息点到点）协议发送给异网消息代理网 关。 对行业应用网关而言， 与异网消息代理网关的连接相当于增加一个与短 信中心的对接。
行业应用网关到异网消息代理网关的路由可以通过静态配置的方法， 也 可以配置查询 Enumdns, 具体视现网情况确定。 如果是前者， 行业应用网关 需要配置异网消息代理网关的路由信息， 还可以进一步配置异网消息代理网 关服务的网号， 并进一步配置号段； 如果是后者， 则只需要配置异网消息代 理网关的路由信息。
( 3 )本网互通网关不需要在业务流程上进行任何的修改， 只需要将异网
消息代理网关作为普通的短信中心即可， 即提供与后者的接口。
异网消息代理网关建设前后本网 MO/MT流程是一样的， 没有任何变化。 异网消息代理网关建设后 EC/SI能够 MT到异网用户。
本实施方式中的增值业务消息包含移动智能网中的短信业务和彩信业 务。
本实施方式的重点在于在网络中新增异网消息代理网关， 下面对该异网 消息代理网关的主要功能进行详细说明：
( a )接口功能：
异网消息代理网关 （以下简称代理网关）与行业应用网关釆用 SMPP接 口。 代理网关作为 SMPP服务端， 能够转发消息和状态报告， 接口协议与现 在短信中心的对外接口协议相同。 行业应用网关作为 SMPP协议客户端， 向 代理网关发送增值业务消息。代理网关与互通网关釆用 SMPP协议实现互通。
( b )路由功能：
代理网关到互通网关的路由釆用本地静态配置的方法。 为使互通网关能 够成功接收并解析发送给异网用户的增值业务消息， 需要将互通网关服务的 网号， 进一步包括号段配置给互通网关。 代理网关收到行业应用网关发送的 增值业务消息后， 分析目的号码， 根据目的号码确定为该目的号码提供服务 的互通网关， 将增值业务消息发送给确定的互通网关。 互通网关的确定釆用 目的号码最长匹配原则。
( c )发送方参数的替换及还原功能：
代理网关需要具备虚拟号码转换功能， 虚拟号码由维护部门提交虚拟号 码资源文件， 代理网关通过读取该文件得到动态的号码资源。 具体文件格式 为每个号码占一行， 文件名为： VirtualNumYYYYMMDD.txt , 其中 YYYYMMDD是 8位的当天日期， 每天最多传送一次， 若无变化则可以不进 行传送。
代理网关上不能更改虚拟号码， 仅可以查询， 查询时可以按照所需的虚 拟号码的网号从号码资源文件中查询， 查询的结果可以导出到 txt或 excel文 件中。
代理网关接收到行业应用网关的消息后， 根据本网的网号随机选择一个 虚拟号码替换消息中的主叫号码， 然后发送到互通网关。 此时， 代理网关需 要緩存主叫号码与消息 ID ( MSGID )的对应关系信息， 或保存主叫号码和所 选择的本网的虚拟号码的对应关系信息， 或保存主叫号码、 所选择的本网的 虚拟号码和 MSGID 的对应关系信息。 在消息状态报告返回后， 代理网关在 转发消息状态报告给行业应用网关时， 相应地， 根据消息状态报告的 MSGID 查询緩存的主叫号码， 或根据将消息状态报告的被叫号码查询緩存的消息的 被叫号码对应的主叫号码， 或根据消息状态报告的 MSGID和被叫号码查询 对应的主叫号码， 并将主叫号码填写到消息状态报告中的被叫号码中， 即完 成反向替换， 保证行业应用网关能够正确处理这个状态报告消息。
( d ) 流程要求：
代理网关应能够接收多个行业应用网关的消息， 并根据目的号码路由转 发给互通网关。 需要等待互通网关返回成功状态报告后才产生话单。 收到互 通网关返回的成功状态报告后需要转发给行业应用网关， 状态报告釆用按原 路由返回的原则。
( e )其他功能：
除去上述基本功能外， 异网消息代理网关还需要具备基本的操作、 维护、 统计等功能。 如有必要， 也可具备计费功能。
以上是新增的异网消息代理网关需要具备的主要功能。 网络中的其他相 关节点的功能更改并不大。原有的行业应用网关需要增加对代理网关的路由、 网号及号段的配置， 以便行业应用网关能根据增值业务消息的目的号码将消 息正确地发往异网消息代理网关； 对于行业应用网关， 代理网关相当于一个 短信中心。
图 3为本实施方式实现短信增值业务的方法， 下面以发送短消息为例进 行说明， 包括：
S301 : 增值业务系统通过行业应用网关发送短信息给手机用户， 如果是 发送给异网用户的增值业务消息， 则目的号码为异网的用户号码；
增值业务系统具体将消息发送给哪个行业应用网关， 在增值业务系统中 可通过静态路由查询。
S302: 行业应用网关收到增值业务消息后， 解析消息体并分析目的号码 是否为异网用户， 如果不是， 则执行步骤 303; 如果是， 则执行步骤 304;
S303: 执行本网 MT流程， 结束；
S304: 行业应用网关根据本地静态配置的路由信息或查询 EnumDNS将 消息发往异网消息代理网关；
S305: 异网消息代理网关收到消息后， 解析消息体， 并从预先导入配置 台的虚拟号码资源文件中随机选择一个虚拟号码替换消息的主叫号码即 ECSI参数， 将消息发往本网互通网关， 并存储虚拟号码、 ECSI参数与该流 程的 MSGID的对应关系信息， 便于消息状态报告到达后还原主叫号码；
S306: 本网互通网关根据消息的目的号码将其发送给正确的异网短信互 通网关；
S307: 异网互通网关将消息发送给异网短信中心并最终将消息送达目的 用户；
S308: 目的用户收到消息后， 终端提供消息状态报告； 该消息状态报告 经过异网短信中心、 异网互通网关和本网互通网关最终送达异网消息代理网 关；
S309: 代理网关根据消息状态报告的 MSGID和虚拟号码查询主叫号码 ( ECSI参数） ， 并用 ECSI参数即主叫号码替换虚拟号码；
S310: 代理网关将重构后的消息状态 ^艮告通过行业应用网关送达 ECSI, 便于 ECSI正确接收及产生话单，代理网关自身也可根据配置决定是否产生话 单， 至此， 异网 MT流程结束。
图 4为本实施方式的实现增值业务的装置， 包括： 消息接收单元、 号码 选择单元、 号码替换单元、 消息发送单元、 信息存储单元和状态报告返回单 元， 其中：
消息接收单元， 设置为从行业应用网关接收增值业务消息。
号码选择单元， 设置为在消息接收单元接收到增值业务消息后， 解析消 息体， 并从预先导入配置台的虚拟号码资源文件中随机选择一个虚拟号码。 号码替换单元， 设置为在号码选择单元选择本网的虚拟号码后， 将增值 业务消息的主叫号码替换为号码选择单元所选择的本网的虚拟号码。
消息发送单元， 设置为将号码替换单元完成号码替换的增值业务消息通 过互通网关发送给异网用户。
信息存储单元， 设置为保存主叫号码、 所选择的本网的虚拟号码和增值 业务消息的消息标识的对应关系信息； 或保存主叫号码和增值业务消息的消 息标识的对应关系信息； 保存主叫号码和所选择的本网的虚拟号码的对应关 系信息。
状态报告返回单元， 设置为在接收到返回的消息状态报告时， 根据消息 状态报告的消息标识和被叫号码从对应关系信息中查找对应的主叫号码， 将 消息状态报告的被叫号码替换为所查找到的主叫号码， 将消息状态报告发送 给行业应用网关； 根据消息状态报告的消息标识从对应关系信息中查找对应 的主叫号码， 将消息状态报告的被叫号码替换为所查找到的主叫号码， 将消 息状态报告发送给行业应用网关； 或根据消息状态报告的被叫号码从对应关 系信息中查找对应的主叫号码， 将消息状态报告的被叫号码替换为所查找到 的主叫号码， 将消息状态 4艮告发送给行业应用网关。
显然， 本领域的技术人员应该明白， 上述技术方案的各模块、 各步骤可 以用通用的计算装置来实现， 它们可以集中在单个的计算装置上， 或者分布 在多个计算装置所组成的网络上， 可选地， 它们可以用计算装置可执行的程 序代码来实现， 从而， 可以将它们存储在存储装置中由计算装置来执行， 或 者将它们分别制作成各个集成电路模块， 或者将它们的多个模块或者步骤制 作成单个集成电路模块来实现。 这样， 本发明不限制于任何特定的硬件和软 件结合。
以上所述仅为本发明的实施例而已， 并不用于限制本发明， 对于本领域 的技术人员来说， 本发明的实施方式可以有各种更改和变化。 凡在本发明的
精神和原则之内， 所做的任何修改、 等同替换、 改进等， 均应包含在本发明 的保护范围之内。
工业实用性
上述技术方案提供一种实现增值业务的方法、 系统及装置， 可以将移动 智能网络中的增值业务消息发送给异网用户。 上述技术方案通过增加异网消 息代理网关将增值业务消息的发送流程虚拟为点到点的消息流程， 实现将增 值业务消息发送给异网用户， 能扩大消息业务在增值业务领域的应用， 提升 用户对增值业务的体验度，也提高了运营商在消息业务中的服务质量和广度。 上述技术方案无须更改互通网关的处理流程和机制， 对已有的消息流程及设 备更改最小， 且不涉及到运营商之间的协商， 仅需要更改本运营商的设备和 流程， 便于在现网部署。
Claims
1、 一种实现增值业务的方法， 包括： 在行业应用网关与互通网关之间设 置异网消息代理网关， 其中：
所述行业应用网关将发送到异网用户的增值业务消息发送给所述异网消 息代理网关；
所述异网消息代理网关在接收到所述增值业务消息后， 选择一本网的虚 拟号码， 将所述增值业务消息的主叫号码替换为所选择的本网的虚拟号码， 通过所述互通网关将所述增值业务消息发送给所述异网用户。
2、 如权利要求 1所述的方法， 其中：
所述异网消息代理网关在将所述增值业务消息的主叫号码替换为所选择 的本网的虚拟号码的步骤后， 所述方法还包括：
所述异网消息代理网关保存所述主叫号码和所述增值业务消息的消息标 识的对应关系信息；
所述异网消息代理网关在接收到返回的消息状态报告时， 根据所述消息 状态报告的消息标识从所述对应关系信息中查找对应的主叫号码， 将所述消 息状态报告的被叫号码替换为所查找到的主叫号码， 将所述消息状态报告发 送给所述行业应用网关。
3、 如权利要求 1所述的方法， 其中：
在所述异网消息代理网关将所述增值业务消息的主叫号码替换为所选择 的本网的虚拟号码的步骤后， 所述方法还包括：
所述异网消息代理网关保存所述主叫号码和所选择的本网的虚拟号码的 对应关系信息；
在所述异网消息代理网关接收到返回的消息状态报告时， 根据所述消息 状态报告的被叫号码从所述对应关系信息中查找对应的主叫号码， 将所述消 息状态报告的被叫号码替换为所查找到的主叫号码， 将所述消息状态报告发 送给所述行业应用网关。
4、 如权利要求 1所述的方法， 其中：
在所述异网消息代理网关将所述增值业务消息的主叫号码替换为所选择 的本网的虚拟号码的步骤后， 保存所述主叫号码、 所选择的本网的虚拟号码 和所述增值业务消息的消息标识的对应关系信息；
所述异网消息代理网关在接收到返回的消息状态报告时， 根据所述消息 状态报告的消息标识和被叫号码从所述对应关系信息中查找对应的主叫号 码， 将所述消息状态报告的被叫号码替换为所查找到的主叫号码， 将所述消 息状态报告发送给所述行业应用网关。
5、 如权利要求 2或 3或 4所述的方法， 其还包括：
预先将所述互通网关服务的网号配置给所述互通网关， 或者将所述网号 和号段配置给所述互通网关；
所述异网消息代理网关通过所述互通网关将所述增值业务消息发送给所 述异网用户的步骤包括： 所述异网消息代理网关根据所述增值业务消息的目 的号码的网号， 或者根据所述目的号码的网号和号段， 确定为所述目的号码 提供服务的互通网关， 将所述增值业务消息发送给所确定的互通网关， 由该 互通网关将所述增值业务消息发送给所述异网用户。
6、 如权利要求 1所述的方法，其中， 所述异网消息代理网关选择一本网 的虚拟号码的步骤包括：
所述异网消息代理网关预先读取虚拟号码资源文件， 在接收到所述增值 业务消息后， 根据本网的网号从所述虚拟号码资源文件中选择一本网的虚拟 号码， 其中， 所述本网的虚拟号码是指具有本网的网号， 而不指向实际终端 的数字序列。
7、 一种实现增值业务的系统， 包括： 行业应用网关、 互通网关和异网消 息代理网关， 所述异网消息代理网关设置在行业应用网关与互通网关之间， 其中：
所述行业应用网关设置为： 将发送到异网用户的增值业务消息发送给所 述异网消息代理网关； 所述异网消息代理网关设置为： 在接收到所述增值业务消息后， 选择一 本网的虚拟号码， 将所述增值业务消息的主叫号码替换为所选择的本网的虚 拟号码， 通过所述互通网关将所述增值业务消息发送给所述异网用户。
8、 如权利要求 7所述的系统， 其中：
所述异网消息代理网关还设置为： 在将所述增值业务消息的主叫号码替 换为所选择的本网的虚拟号码后， 保存所述主叫号码、 所选择的本网的虚拟 号码和所述增值业务消息的消息标识的对应关系信息， 并在接收到返回的消 息状态报告时， 根据所述消息状态报告的消息标识和被叫号码从所述对应关 系信息中查找对应的主叫号码， 将所述消息状态报告的被叫号码替换为所查 找到的主叫号码， 将所述消息状态报告发送给所述行业应用网关。
9、 一种实现增值业务的装置， 包括： 消息接收单元、 号码选择单元、 号 码替换单元和消息发送单元， 其中：
所述消息接收单元设置为： 从行业应用网关接收增值业务消息； 所述号码选择单元设置为： 在所述消息接收单元接收到所述增值业务消 息后， 选择一本网的虚拟号码；
所述号码替换单元设置为： 在所述号码选择单元选择所述本网的虚拟号 码后， 将所述增值业务消息的主叫号码替换为所述号码选择单元所选择的本 网的虚拟号码；
所述消息发送单元设置为： 将所述号码替换单元完成号码替换的增值业 务消息通过互通网关发送给所述异网用户。
10、 如权利要求 9所述的装置， 其还包括： 信息存储单元和状态报告返 回单元， 其中：
所述信息存储单元设置为： 保存所述主叫号码、 所选择的本网的虚拟号 码和所述增值业务消息的消息标识的对应关系信息；
所述状态报告返回单元设置为： 在接收到返回的消息状态报告时， 根据 所述消息状态报告的消息标识和被叫号码从所述对应关系信息中查找对应的 主叫号码， 将所述消息状态报告的被叫号码替换为所查找到的主叫号码， 将 所述消息状态报告发送给所述行业应用网关。
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| CN101170734A (zh) * | 2007-11-28 | 2008-04-30 | 华为技术有限公司 | 实现不同网络之间业务互通的方法及装置 |
| CN101674546A (zh) * | 2009-10-21 | 2010-03-17 | 中兴通讯股份有限公司 | 一种为用户提供短信增值业务的装置、系统及方法 |
| CN201690603U (zh) * | 2010-04-01 | 2010-12-29 | 北京炎炎互动数码科技有限公司 | 增值业务互通装置及系统 |
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| WO2007139883A2 (en) * | 2006-05-23 | 2007-12-06 | Roamware, Inc. | Method and system for providing pln service to inbound roamers in a vpmn using a sponsor network when no roaming relationship exists between hpmn and vpmn |
| CN101170734A (zh) * | 2007-11-28 | 2008-04-30 | 华为技术有限公司 | 实现不同网络之间业务互通的方法及装置 |
| CN101674546A (zh) * | 2009-10-21 | 2010-03-17 | 中兴通讯股份有限公司 | 一种为用户提供短信增值业务的装置、系统及方法 |
| CN201690603U (zh) * | 2010-04-01 | 2010-12-29 | 北京炎炎互动数码科技有限公司 | 增值业务互通装置及系统 |
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