WO2007093108A1 - Procédé et système permettant l'envoi de message court, et standard principal de groupe - Google Patents

Procédé et système permettant l'envoi de message court, et standard principal de groupe Download PDF

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Publication number
WO2007093108A1
WO2007093108A1 PCT/CN2006/003583 CN2006003583W WO2007093108A1 WO 2007093108 A1 WO2007093108 A1 WO 2007093108A1 CN 2006003583 W CN2006003583 W CN 2006003583W WO 2007093108 A1 WO2007093108 A1 WO 2007093108A1
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WO
WIPO (PCT)
Prior art keywords
short message
called
calling
group
terminal
Prior art date
Application number
PCT/CN2006/003583
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English (en)
French (fr)
Inventor
Zhibin Ren
Guihua Li
Zhihong Sun
Yongneng Wu
Original Assignee
Huawei Technologies Co. , Ltd.
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Huawei Technologies Co. , Ltd. filed Critical Huawei Technologies Co. , Ltd.
Priority to EP06840634A priority Critical patent/EP1986447A4/en
Publication of WO2007093108A1 publication Critical patent/WO2007093108A1/zh
Priority to US12/192,969 priority patent/US20090054032A1/en

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Classifications

    • 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
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
    • H04L63/00—Network architectures or network communication protocols for network security
    • H04L63/04—Network architectures or network communication protocols for network security for providing a confidential data exchange among entities communicating through data packet networks
    • H04L63/0407—Network architectures or network communication protocols for network security for providing a confidential data exchange among entities communicating through data packet networks wherein the identity of one or more communicating identities is hidden
    • H04L63/0421—Anonymous communication, i.e. the party's identifiers are hidden from the other party or parties, e.g. using an anonymizer
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04W—WIRELESS COMMUNICATION NETWORKS
    • H04W12/00—Security arrangements; Authentication; Protecting privacy or anonymity
    • H04W12/02—Protecting privacy or anonymity, e.g. protecting personally identifiable information [PII]
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04W—WIRELESS COMMUNICATION NETWORKS
    • H04W12/00—Security arrangements; Authentication; Protecting privacy or anonymity
    • H04W12/60—Context-dependent security
    • H04W12/69—Identity-dependent
    • H04W12/72—Subscriber identity
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04W—WIRELESS COMMUNICATION NETWORKS
    • H04W4/00—Services specially adapted for wireless communication networks; Facilities therefor
    • H04W4/06—Selective distribution of broadcast services, e.g. multimedia broadcast multicast service [MBMS]; Services to user groups; One-way selective calling services

Definitions

  • the invention relates to a method, a system and a group switchboard for transmitting short messages, in particular to a short message sending method based on VPMN, which belongs to the technical field of communication. Background of the invention
  • the VPMN Virtual Private Mobile Network
  • the method of sending the short message by the extension number includes the following steps:
  • Step 1 The short message sent by the calling party using the VPMN short number via the mobile switching center (Mobile Switching)
  • the Center (referred to as MSC) is transmitted to the Short Message Service Center (SMC).
  • MSC Mobile Communications Center
  • SMC Short Message Service Center
  • Step 2 The SMSC performs routing according to the destination number of the short message, and forwards the short message to the Internet Short Message Gateway (ISMG).
  • ISMG Internet Short Message Gateway
  • Step 3 The ISMG matches the route according to the destination address of the short message, and sends an authentication request and a VPMN short number conversion request to the service control point (SCP) that is connected to the route. After the ISMG obtains the response of the SCP, the ISMG extracts The short message content is sent to the SMSC.
  • SCP service control point
  • Step 4 After obtaining the routing data of the short message destination address from the Home Location Register (HLR), the SMSC forwards the short message content to the called party via the MSC.
  • HLR Home Location Register
  • the VPMN short message can only be sent between users in the VPMN group.
  • the internal users of the group that is, the VPMN group, cannot use the VPMN short number and the users outside the VPMN network to send short messages to each other. Therefore, the internal users of the group cannot communicate with the outside world. demand.
  • Embodiments of the present invention provide a method for transmitting a short message, so that internal users of the group can use the pseudo number to perform short message communication between users inside and outside the group, and avoid the translation of the short message calling number and the called number.
  • the interaction of the network reduces the impact of the business system on the intelligent network.
  • a method for sending a short message specifically performs the following steps:
  • the short message sent by the calling terminal is transmitted to the short message service center to which it belongs;
  • the called number of the short message is a pseudo number;
  • the short message service center determines that the called number of the short message sent by the calling terminal is a pseudo number, the short message is sent to the group switchboard;
  • Translating by the group switchboard, the called number of the short message to the long number of the called terminal, and sending the translated short message to the short message service center;
  • the long number is the mobile station international integrated service digital network number;
  • the short message service center receives the translated short message, and sends the translated short message to the called terminal according to the called number of the translated short message.
  • An embodiment of the present invention further provides a system for sending a short message, including: a mobile switching center, a short message service center, and a group switchboard;
  • the mobile switching center is configured to receive the short message sent by the calling terminal, and transmit the short message to the short message service center to which the calling terminal belongs; the called number of the short message is a pseudo number;
  • Short message service center for transmitting a short message whose called number is a pseudo number transmitted by the mobile switching center to the group switchboard, and receiving the translated short message transmitted by the group switchboard, according to the translated short message The called number sends the short message to the called terminal;
  • Group switchboard used to receive the short message transmitted by the short message service center, translate the called number of the short message into the long number of the called terminal, and send the translated short message to the short message service center.
  • the embodiment of the present invention further provides a group switchboard, where the group switchboard is provided with a receiving module, a translation module and a sending module;
  • a receiving module configured to receive a short message transmitted by a short message service center; the called number of the short message is a pseudo number;
  • the translation module is configured to translate the called number of the short message received by the receiving module into the long number of the called terminal.
  • the sending module is configured to send the short message translated by the translation module to the short message service center.
  • the group switchboard independently completes the short and long number translation of the short message sender and receiver, which is highly efficient and does not impact the intelligent network or other systems. W Brief description of the drawing
  • FIG. 1 is a network topology diagram of a group switchboard service in an embodiment of a method for transmitting a short message according to an embodiment of the present invention
  • FIG. 2 is a flowchart of a method for sending a short message between users within a group in an embodiment of a method for sending a short message according to an embodiment of the present invention
  • FIG. 3 is a flowchart of a method for sending a short message to an external user of a group in an embodiment of a method for sending a short message according to an embodiment of the present invention
  • FIG. 4 is a flowchart of a method for a group 'external user to send a short message to an internal user of a group in an embodiment of a method for transmitting a short message according to an embodiment of the present invention. . Ways of implementing the invention
  • the group switchboard business adds a switchboard number to the group customers, thus building a brand new enterprise communication portal for the group customers.
  • the group switchboard business assigns a unique extension number or short number to each terminal in the group, and provides group address book, business consultation, telephone transfer, enterprise service, and large customer hotline through the group switchboard.
  • the group switchboard business does not require group users to be VPMN users.
  • AIP keeps the address book of each group, and completes the number inquiry and call transfer function with SCP.
  • the group switchboard Portal provides maintenance of the group address book.
  • Embodiments of the present invention use a pseudo number (e.g., "Special Service Number + Extension Number” or "Group Switchboard Number + Extension Number” to communicate short messages between users inside and outside the group.
  • a pseudo number e.g., "Special Service Number + Extension Number” or "Group Switchboard Number + Extension Number” to communicate short messages between users inside and outside the group.
  • Step 101 A group internal user uses a terminal (for example, an extension number 6000) to send an MO (Mobile) Originated, the short message sent by the mobile terminal to the MSCA, the destination address of the short message is "special service number (such as 900) + called extension number (6001)", the calling number of the short message is the long number of the sender ( 13860007000); The destination address is the number of the called party.
  • the sender is the calling terminal, and the called party is the called terminal.
  • the sender's long number is the MSISDN (Mobile Station International Integrated Services Digital Network Number) of the calling terminal.
  • Step 102 The MSCa sends the short message to the SMSC.
  • Step 103 The SMSC sends a caller authentication MO request to the home SCP according to the number information of the calling number (13860007000). If the authentication succeeds, the next step is performed; otherwise, the sending process ends.
  • Step 104 The SMSC performs routing according to the special service number (900), and sends the short message to the ISMG.
  • Step 107 The group switchboard Portal queries the extension number (6000) of the calling terminal (13860007000) from the member information database and translates the calling number of the short message into "special service number (900) + extension number (6000)" Then, the group switchboard Portal finds the long number ( 13862347025 ) corresponding to the called extension number (6001 ) from the member information database, and changes the destination address of the short message to the long number.
  • Step 108 The group switchboard Portal sets the payer number of the short message (you can configure the calling number (13860007000) or the group switchboard number (13800000000)) and send the short message to the ISMG.
  • Step 109 The ISMG sends the short message to the SMSC.
  • Step 110 The SMSC forwards the short message to the MSCb to which the called terminal belongs, and the MSCb sends the short message to the called terminal (13862347025), and the calling number of the message is displayed as “Special Service Number + Calling Extension Number (9006000)”.
  • Step 111 After sending the short message, the MSCb returns a sending status report to the SMSC.
  • Step 112 The SMSC forwards the sending status report to the ISMG.
  • Step 113 The ISMG generates a charging bill for the paying party number according to the sending status report.
  • This method achieves the purpose of sending a short message between users within the group using a pseudo number ("Special Service Number + Extension Number").
  • FIG. 3 is a flowchart of a method for sending a short message to an external user of a group in a method for sending a short message according to an embodiment of the present invention, and specifically performing the following steps:
  • Step 201 The internal user of the group uses the terminal (for example, the extension number is 6000) to send the MO short message to the MSCa.
  • the destination address of the short message is "special service number (such as 900) + called number (13450006000)", the caller of the short message
  • the number is the real number of the internal users of the group (13860007000).
  • Step 202 The MSCa reports the short message to the SMSC.
  • Step 203 The SMSC sends a caller authentication MO request to the home SCP according to the number information of the calling number (13860007000). If the authentication succeeds, the next step is performed; otherwise, the short message sending process ends.
  • Step 204 The SMSC performs routing according to the special service number (900), and sends the short message to the ISMG.
  • Step 205 The ISMG performs routing according to the special service number (900), and sends the short message to the group switchboard Portal.
  • Step 207 The group switchboard Portal queries the member number database (13800000000) of the group where the calling terminal (13860007000) is located and its extension number (6000) from the member information database, and translates the sender number of the short message body into the "group switchboard number”. + Extension number (138000000006000)", then, the group switchboard Portal translates the destination address of the short message into the called number (13450006000).
  • Step 208 The group switchboard Portal sets the payer number of the short message (you can configure the calling number (13860007000) or the group switchboard number (13800000000)) and send the short message to the ISMG.
  • Step 209 The ISMG sends the short message to the SMSC.
  • Step 210 The SMSC forwards the short message to the MSCb to which the called terminal belongs, and the MSCb sends the short message to the called terminal (13450006000), and the calling number of the message is displayed as “group switchboard number + extension number (138000000006000)”.
  • Step 211 After sending the short message, the MSCb returns a sending status report to the SMSC.
  • Step 212 The SMSC forwards the sending status report to the ISMG.
  • Step 213 The ISMG generates a charging bill for the paying party number according to the sending status report.
  • the method realizes the purpose of sending a short message between the internal users of the group and the external users of the group by using a pseudo number ("special service number + called number"), and the method can also be applied to the internal users of the group to send short messages to internal users.
  • the implementation process is basically the same as the above description of FIG. 3, except that the called number of the short message is the trombone of the internal user of the group.
  • FIG. 4 is a flowchart of a method for sending a short message to an internal user of a group in a method for sending a short message according to an embodiment of the present invention, and specifically performing the following steps:
  • Step 301 The external user of the group sends the short message with the called number "Group switchboard number + extension number (13800000006000)" to the MSCb by using the mobile terminal (13450006000).
  • Step 302 The MSCb reports the short message to the SMSC.
  • Step 303 The SMSC sends a caller authentication MO request to the home SCP according to the number information of the calling number (13450006000). If the authentication succeeds, the next step is performed; otherwise, the authentication failure is returned to the calling terminal. Information, the short message sending process ends.
  • Step 304 The SMSC performs routing according to the switchboard number (13800000000), and sends the short message to the ISMG corresponding to the switchboard number (13800000000).
  • Step 305 The ISMG performs routing according to the switchboard number (13800000000), and sends the short message to the group switch Portal.
  • Step 306 The group switchboard finds the corresponding long number (13860007000) from the database according to the switchboard number (13800000000) and the extension number (6000), and changes the destination address of the short message to the long number (13860007000), and then, the group switchboard Portal Change the calling number of the short message to "Special Service Number + Calling Number (90013450006000)";
  • Step 307 the group switchboard Portal sets the payer number of the short message (can be configured as the calling number)
  • Step 308 The ISMG sends the short message to the SMSC.
  • Step 309 The SMSC sends the short message to the MSCa of the destination address ; the MSCa sends the short message to the called number (13860007000), and the calling number of the short message is displayed as "Special Service Number + Sender Number (90013450006000)";
  • Step 310 MSCa returns a short message sending status report to the SMSC;
  • Step 311 The SMSC forwards the sending status report to the ISMG.
  • Step 312 The ISMG generates a charging bill for the paying party number according to the sending status report.
  • This method achieves the purpose of sending short messages between users outside the group and internal users of the group using pseudo numbers ("Group switchboard number + extension number").
  • This method can also be applied to the internal users of the group to send short messages to internal users.
  • the implementation process is basically the same as the above description of FIG. 4, except that the calling number of the short message is the trombone of the internal user of the group.
  • the system for sending short messages mainly includes: a mobile switching center, a short message service center, and a group switchboard.
  • the mobile switching center is mainly used to receive short messages sent by internal/external users of the group, and transmit the short messages to the short message service center to which the calling terminal belongs.
  • the calling number of the short message received by the mobile switching center is the sender's long number and the called number is a pseudo number.
  • the short message service center is mainly used for receiving the short message transmitted by the mobile switching center.
  • the short message service center sends the short message to the short message service center.
  • Group switchboard; Short message service center can send short messages to the group switchboard through the Internet short message gateway.
  • Short message service center After receiving the short message transmitted by the group switchboard, the short message is sent to the called terminal.
  • the specific process of the short message service center transmitting the short message transmitted by the group switchboard to the called terminal may be implemented by using a process in the prior art, for example, the short message service center forwards the short message to the mobile exchange to which the called terminal belongs.
  • the center sends the short message to the called terminal by the mobile switching center to which the called terminal belongs, and the mobile switching center to which the called terminal belongs returns a status report to the short message service center.
  • the short message service center may also initiate an authentication request to the home SCP, and send the short message received by the short message to the group switchboard after the authentication succeeds, when the authentication fails. , the subsequent short message sending process is not performed, and the short message sending process ends.
  • the group switchboard is mainly used to receive the short message transmitted by the short message service center.
  • the group switchboard will call the called number of the short message. Translate into a long number, translate the calling number into a pseudo number, and send the translated short message to the short message service center.
  • the group switchboard can send the translated short message to the Internet short message gateway, and the short message sent by the group switchboard is sent by the Internet short message gateway to the short message service center. After sending the short message to the short message service center, the group switchboard can also set the payer number of the short message.
  • the translation process of the group switchboard to the calling number and the called number includes the following three types: 1.
  • the called number of the short message transmitted by the short message service center is the special service number plus the extension number of the called party, and the calling number is sent.
  • the trombone of the party The group switchboard searches the member information database for the extension number corresponding to the calling number and the long number corresponding to the extension number of the called party, and translates the calling number of the short message into a special service number plus the above-mentioned found extension number. Translate the called number of the short message to the long number found above.
  • the called number of the short message transmitted by the short message service center is the special service number plus the long number of the called party, and the calling number is the long number of the sender.
  • the group switchboard searches the member information database for the extension number of the calling terminal according to the long number of the sender, and the group switchboard translates the calling number of the short message into the group switchboard number plus the above-mentioned found extension number, and the called party of the short message The number is translated to the long number of the called party.
  • the called number of the short message transmitted by the short message service center is the group switchboard number plus the extension number of the called party, and the calling number is the long number of the sender.
  • the group switchboard searches the member information database for the long number of the called party according to the extension number of the called party, and translates the called number of the short message into the long number found above, and translates the calling number of the short message into a special service.
  • the group switchboard provided by the embodiment of the present invention is provided with a receiving module, a translation module, and a transmitting module.
  • the receiving module is mainly used to receive short messages transmitted by the short message service center.
  • the short message received by the receiving module may be sent by the short message service center through the Internet short message gateway.
  • the calling party of the short message received by the receiving module The number should be the sender's long number and the called number should be a fake number.
  • the translation module stores a member information database.
  • the translation module searches the member information database for number translation.
  • the general principle of the translation module translation is: Translating the called number of the short message received by the receiving module into a long number, and translating the calling number into Pseudo number.
  • the translation process of the translation module for the calling number and the called number mainly includes three types, which are described in the above method implementation and system implementation.
  • the translation module can also set the payer number of the short message. '
  • the sending module is mainly used to send the short message translated by the translation module to the short message service center.
  • the sending module can send the translated short message to the Internet short message gateway, and the short message transmitted by the group switchboard is sent by the Internet short message gateway to the short message service center.
  • the group switchboard in the embodiment of the present invention can independently complete the short and long number translation work of the short message sender and receiver, and has high efficiency, and does not have an impact on the intelligent network or other systems; the group user uses the "group switchboard number + extension number" method.
  • the use of short message communication with external users of the group is conducive to maintaining the unified image of the group; the embodiment of the present invention can use the "group switchboard number + extension number" to communicate with the external users of the group for the cost of short message communication, which can be fully paid by the group. It can also be borne by external users of the group to protect the interests of both the group and the members of the group. Since the personal information of the group users is not reflected when sending short messages, this can avoid the loss of external user resources due to the replacement of personnel within the group. The problem.

Description

发送短消息的方法、 系统和集团总机
技术领域
本发明涉及一种发送短消息的方法、系统和集团总机，特别是一种在 VPMN基础之 上的短消息发送方法， 属于通信技术领域。 发明背景
目前使用 VPMN ( Virtual Private Mobile Network, 虚拟专用移动网）短号 （VPMN 网内互相通信的短号码， 相对真实的终端号码位数更少）即分机号发送短消息的方法包 括如下步骤：
步骤 1、 主叫使用 VPMN短号发送的短消息经由移动交换中心 （Mobile Switching
Center,简称 MSC)传输至短消息业务中心（ Short Message Service Center,简称 SMSC)。
步骤 2、 SMSC根据短消息的目的号码进行路由选择， 将短消息转发给因特网短消 息网关 （Internet Short Message Gateway, 简称 ISMG)。
步骤 3、 ISMG根据短消息的目的地址匹配路由， 向与该路由接入的业务控制点 ( Service Control Point, 简称 SCP)发送鉴权请求和 VPMN短号转换请求， ISMG得到 SCP的应答后， 提取该短消息内容并将其发送给 SMSC。
步骤 4、 由 SMSC从归属位置寄存器（Home Location Register, 简称 HLR)取得短 消息目的地址的路由数据后， 将该短消息内容经由 MSC转发至被叫。
上述方法存在以下缺点：
1、 VPMN短消息只能在 VPMN群内用户之间互相发送， 集团内部用户即 VPMN 群内无法使用 VPMN短号和 VPMN网外的用户互发短消息， 因此无法满足集团内部用 户与外界通信的需求。
2、 VPMN短号的翻译由智能网完成， 加重了智能网的负担， 特别是在短消息流量 很大的时候， 会对智能网形成冲击。 发明内容
本发明实施方式提供一种发送短消息的方法，使得集团内部用户可以使用伪号码在 集团内外用户之间进行短消息通讯， 同时避免了由于短消息主叫号码和被叫号码的翻译 而与智能网的交互， 减少了业务系统对智能网的冲击。
本发明实施方式提供的一种发送短消息的方法， 具体执行以下步骤： 主叫终端发送的短消息传输至其归属的短消息业务中心；该短消息的被叫号码为伪 号码；
短消息业务中心在确定主叫终端发送来的短消息的被叫号码为伪号码时，将所述短 消息发送至集团总机；
所述集团总机将该短消息的被叫号码翻译为被叫终端的长号，并将该翻译后的短消 息发送至短消息业务中心； 所述长号为移动台国际综合业务数字网号码；
短消息业务中心接收翻译后的短消息， 并根据翻译后的短消息的被叫号码， 将所述 翻译后的短消息发送至被叫终端。
本发明实施方式还提供一种发送短消息的系统， 包括： 移动交换中心、短消息业务 中心和集团总机；
移动交换中心：用于接收主叫终端发送的短消息，并将该短消息传输至主叫终端归 属的短消息业务中心； 该短消息的被叫号码为伪号码；
短消息业务中心：用于将移动交换中心传输来的被叫号码为伪号码的短消息发送至 集团总机， 并接收集团总机传输来的翻译后的短消息， 根据所述翻译后的短消息的被叫 号码将该短消息发送至被叫终端；
集团总机：用于接收短消息业务中心传输来的短消息，将短消息的被叫号码翻译为 被叫终端的长号， 并将翻译后的短消息发送至所述短消息业务中心。 ' 本发明实施方式还提供一种集团总机，所述集团总机中设置有接收模块、翻译模块 和发送模块; .
接收模块：用于接收短消息业务中心传输来的短消息；所述短消息的被叫号码为伪 号码；
翻译模块： 用于将接收模块接收的短消息的被叫号码翻译为被叫终端的长号； 发送模块： 用于将翻译模块翻译后的短消息发送至短消息业务中心。
本发明实施方式具有如下优点：
1、 实现了使用伪号码 （例如 "特殊服务号码 +分机号"或者 "集团总机号 +分机 号"）在集团内外用户之间进行短消息通讯， 突破了以往技术只能在 VPMN集团内部使 用伪号码通讯的限制；
2、 集团总机独立完成短消息收发方的长短号翻译工作， 效率高而且不对智能网或 其它系统产生冲击。 W 附图简要说明
图 1为本发明实施方式发送短消息方法的实施例中集团总机业务组网拓扑图； 图 2 为本发明实施方式发送短消息方法的实施例中集团内部用户之间发送短消息 的方法流程图；
图 3 为本发明实施方式发送短消息方法的实施例中集团内部用户给集团外部用户 发送短消息的方法流程图；
图 4 为本发明实施方式发送短消息方法的实施例中集团'外部用户给集团内部用户 发送短消息的方法流程图。 . 实施本发明的方式
集团总机业务在 VPMN的基础上， 为集团客户增加一个总机号码， 从而为集团客 户构建一个全新的企业通信门户。集团总机业务为集团中的每个终端均分配一个唯一的 分机号即短号， 并且通过集团总机提供集团通讯录、 业务咨询、 电话转接、 企业服务、 大客户热线等多项服务。 集团总机业务不要求集团用户必须为 VPMN用户。
为了实现集团总机业务， 需要借助移动智能网中的 SCP (Service Control Point, 业 务控制点）、 AIP (Advanced Intelligent Peripheral, 增强智能外设）等设备， 集团总机业 务组网图'如图 1所示。
图 1中， AIP保存有各个集团的通讯录， 配合 SCP完成号码査询和电话转接功能。 集团总机 Portal提供集团通讯录的维护。
本发明实施方式使用伪号码（例如 "特殊服务号码 +分机号"或者 "集团总机号 + 分机号"）在集团内外用户之间进行短消息通讯。
图 2为本发明实施方式发送短消息的方法中集团内部用户之间发送短消息的方法流 程图， 具体执行以下步骤- 步骤 101、集团内部用户使用终端 (例如分机号为 6000)发送 MO( Mobile Originated, 由移动终端发起的）短消息至 MSCa， 短消息的目的地址是 "特殊服务号码（比如 900) +被叫分机号（6001 )"， 短消息的主叫号码为发送方的长号（13860007000); 目的地址 即被叫方的号码。 发送方即主叫终端， 被叫方即被叫终端。发送方的长号即主叫终端的 MSISDN (Mobile Station International Integrated Services Digital Network Number, 移动 台国际综合业务数字网号码）。
步骤 102、 MSCa将短消息发送到 SMSC。 步骤 103、 SMSC根据主叫号码（13860007000) 的号段信息， 向其归属的 SCP发 出主叫鉴权 MO请求， 如果鉴权成功， 则执行下一步； 否则发送过程结束。
步骤 104、 SMSC根据特殊服务号码 （900)进行路由， 将短消息发送到 ISMG。 步骤 105、ISMG根据特殊服务号码（900)进行路由，将短消息发送集团总机 Portal。 步骤 106、 集团总机 Portal对主叫号码（13860007000)进行鉴权， 判断其是否为集 团内部用户， 如果是， 则执行步骤 107; 否则集团总机 Portal删除短消息并向 ISMG发 送鉴权失败消息， ISMG将鉴权失败消息经由 SMSC发送给主叫号码， 发送过程结束。
步骤 107、集团总机 Portal从成员信息数据库中査询出主叫终端（13860007000)的 分机号（6000)并将短消息的主叫号码翻译为 "特殊服务号码（900) +分机号（6000)"， 然后， 集团总机 Portal 从成员信息数据库中査出被叫分机号 （6001 ) 所对应的长号 ( 13862347025 ), 并将短消息的目的地址改为该长号。
步骤 108、 集团总机 Portal 设置短消息的付费方号码 （可以配置为主叫号码 ( 13860007000) 或者集团总机号码（13800000000))， 并将短消息发送到 ISMG。
步骤 109、 ISMG将短消息发送到 SMSC。
步骤 110、 SMSC将短消息转发到被叫终端所属的 MSCb， MSCb将短消息发送给 被叫终端 （ 13862347025 )， 消息的主叫号码显示为 "特殊服务号码 +主叫分机号 (9006000)"。
步骤 111、 MSCb下发完短消息后给 SMSC返回发送状态报告。
步骤 112、 SMSC将发送状态报告转发给 ISMG。
步骤 113、 ISMG根据发送状态报告产生付费方号码的计费话单。
该方法实现了使用伪号码（"特殊服务号码 +分机号"）在集团内部用户之间发送短 消息的目的。
图 3为本发明实施方式发送短消息的方法中集团内部用户给集团外部用户发送短消 息的方法流程图， 具体执行以下步骤：
步骤 201、集团内部用户使用终端（例如分机号为 6000)发送 MO短消息至 MSCa， 短消息的目的地址是"特殊服务号码（比如 900) +被叫号码（13450006000)"， 短消息 的主叫号码为集团内部用户的真实号码 （13860007000)。
步骤 202、 MSCa将短消息上报给 SMSC。
步骤 203、 SMSC根据主叫号码（13860007000) 的号段信息， 向其归属的 SCP发 出主叫鉴权 MO请求， 如果鉴权成功， 则执行下一步； 否则短消息发送过程结束。 步骤 204、 SMSC根据特殊服务号码 （900) 进行路由， 将短消息发送到 ISMG。 步骤 205、 ISMG根据特殊服务号码（900)进行路由，将短消息发送集团总机 Portal。 步骤 206、 集团总机 Portal对主叫号码（13860007000)进行鉴权， 判断其是否为集 团内部用户， 如果是， 则执行步骤 207; 否则集团总机 Portal删除短消息并向 ISMG发 送鉴权失败消息， ISMG将鉴权失败消息经由 SMSC发送给主叫号码， 短消息发送过程 结束。
步骤 207、 集团总机 Portal从成员信息数据库中查询出主叫终端（13860007000)所 在集团的总机号码（13800000000)和它的分机号 （6000)， 将短消息体的发送方号码翻 译成 "集团总机号 +分机号 （138000000006000)"， 然后， 集团总机 Portal将短消息的 目的地址翻译为被叫号码 （13450006000)。
步骤 208、 集团总机 Portal 设置短消息的付费方号码 （可以配置为主叫号码 ( 13860007000) 或者集团总机号码 （13800000000) ) 并将短消息发送到 ISMG。
步骤 209、 ISMG将短消息发送到 SMSC。
步骤 210、 SMSC将短消息转发到被叫终端所属的 MSCb， MSCb将短消息发送给 被叫终端 （ 13450006000 )， 消息的主叫号码显示为 "集团总机号 +分机号 ( 138000000006000) "。
步骤 211、 MSCb下发完短消息后给 SMSC返回发送状态报告。
步骤 212、 SMSC将发送状态报告转发给 ISMG。
步骤 213、 ISMG根据发送状态报告产生付费方号码的计费话单。
该方法实现了使用伪号码（"特殊服务号码 +被叫号码"）在集团内部用户与集团外 部用户之间发送短消息的目的，该方法也能够适用于集团内部用户给集内部用户发送短 消息的情况， 其实现过程与上述对图 3的描述基本相同， 只是短消息的被叫号码是集团 内部用户的长号。
图 4为本发明实施方式发送短消息的方法中集团外部用户给集团内部用户发送短消 息的方法流程图， 具体执行以下步骤：
步骤 301、集团外部用户使用移动终端（13450006000)将被叫号码为 "集团总机号 +分机号码 （13800000006000)"的短消息发送到 MSCb。
步骤 302、 MSCb将短消息上报给 SMSC。
步骤 303、 SMSC根据主叫号码 （13450006000) 的号段信息， 向其归属的 SCP发 出主叫鉴权 MO请求， 如果鉴权成功， 则 行下一步； 否则， 向主叫终端返回鉴权失败 信息， 短消息发送过程结束。
步骤 304、 SMSC根据总机号码（13800000000)进行路由， 将短消息发送到与该总 机号码 （13800000000)相对应的 ISMG。
步骤 305、 ISMG根据总机号码（13800000000)进行路由， 将短消息发送到集团总 机 Portal。
步骤 306、集团总机根据总机号码（13800000000)和分机号码（6000)从数据库中 找出对应的长号 （13860007000) 并将短消息的目的地址改为该长号 （13860007000)， 然后， 集团总机 Portal 将短消息的主叫号码改为 "特殊服务号码 +主叫号码 (90013450006000)"；
步骤 307、 集团总机 Portal 设置短消息的付费方号码 （可以配置为主叫号码
( 13450006000) 或者集团总机号码 （13800000000) ) 并将短消息发送到 ISMG;
步骤 308、 ISMG将短消息发送到 SMSC;
步骤 309、 SMSC将短消息发送到目的地址所在地的 MSCa; MSCa将短消息发送到 被叫号码 （13860007000 )， 短消息的主叫号码显示为 "特殊服务号码 +发送方号码 (90013450006000)"；
步骤 310、 MSCa将短消息发送状态报告返回给 SMSC;
步骤 311、 SMSC将发送状态报告转发给 ISMG;
• 步骤 312、 ISMG根据发送状态报告产生付费方号码的计费话单。
该方法实现了使用伪号码 （"集团总机号 +分机号码"）在集团外部用户与集团内部 用户之间发送短消息的目的，该方法也能够适用于集团内部用户给集内部用户发送短消 息的情况， 其实现过程与上述对图 4的描述基本相同， 只是短消息的主叫号码是集团内 部用户的长号。
本发明实施方式提供的发送短消息的系统主要包括：移动交换中心、短消息业务中 心和集团总机。
移动交换中心主要用于接收集团内部 /外部用户发送的短消息， 并将该短消息传输 至主叫终端归属的短消息业务中心。移动交换中心接收到的短消息的主叫号码为发送方 的长号、 被叫号码为伪号码。
短消息业务中心主要用于接收移动交换中心传输来的短消息，当该短消息的主叫号 码为发送方的长号、被叫号码为伪号码时，短消息业务中心将该短消息发送至集团总机; 短消息业务中心可以通过因特网短消息网关将短消息发送至集团总机。短消息业务中心 在接收到集团总机传输来的短消息后， 将该短消息发送至被叫终端。短消息业务中心将 集团总机传输来的短消息发送至被叫终端的具体过程可以采用现有技术中的流程来实 现， 如短消息业务中心将所述短消息转发到被叫终端所属的移动交换中心， 由被叫终端 所属的移动交换中心将该短消息发送给被叫终端，被叫终端所属的移动交换中心向短消 息业务中心返回发送状态报告。
短消息业务中心还可以在接收到移动交换中心传输来的短消息后，向其归属的 SCP 发起鉴权请求， 在鉴权成功后将其接收的短消息发送至集团总机， 在鉴权失败时， 不进 行后续的短消息发送过程， 短消息发送过程结束。
集团总机主要用于接收短消息业务中心传输来的短消息，当其接收的短消息的主叫 号码为发送方的长号、被叫号码为伪号码时，集团总机将短消息的被叫号码翻译为长号、 将主叫号码翻译为伪号码， 并将翻译后的短消息发送至短消息业务中心。集团总机可以 将翻译后的短消息发送至因特网短消息网关， 由因特网短消息网关将集团总机传输来的 短消息发送至短消息业务中心。集团总机在将短消息发送至短消息业务中心后， 还可以 设置短消息的付费方号码。
集团总机对主叫号码、 被叫号码的翻译过程包括如下三种- 一、 短消息业务中心传输来的短消息的被叫号码是特殊服务号码加被叫方的分机 号、主叫号码为发送方的长号。集团总机从成员信息数据库中查找主叫号码对应的分机 号、 以及被叫方的分机号所对应的长号， 并将该短消息的主叫号码翻译为特殊服务号码 加上述査找到的分机号， 将该短消息的被叫号码翻译为上述査找到的长号。
二、 短消息业务中心传输来的短消息的被叫号码是特殊服务号码加被叫方的长号、 主叫号码为发送方的长号。集团总机根据发送方的长号从成员信息数据库中查找主叫终 端的分机号， 集团总机将短消息的主叫号码翻译为集团总机号码加上述查找到的分机 号， 并将短消息的被叫号码翻译为被叫方的长号。
三、短消息业务中心传输来的短消息的被叫号码是集团总机号码加被叫方的分机号 码， 主叫号码为发送方的长号。集团总机根据被叫方的分机号码从成员信息数据库中査 找被叫方的长号， 并将短消息的被叫号码翻译为上述查找到的长号， 将短消息的主叫号 码翻译为特殊服务号加发送方的长号。
本发明实施方式提供的集团总机中设置有接收模块、 翻译模块和发送模块。
接收模块主要用于接收短消息业务中心传输来的短消息。接收模块接收的短消息可 以是短消息业务中心通过因特网短消息网关发送来的。接收模块接收到的短消息的主叫 号码应该为发送方的长号、 被叫号码应该为伪号码。
翻译模块中存储有成员信息数据库，翻译模块通过查找成员信息数据库进行号码翻 译， 翻译模块翻译的总体原则为： 将接收模块接收的短消息的被叫号码翻译为长号、 将 主叫号码翻译为伪号码。翻译模块对主叫号码、 被叫号码的翻译过程主要包括三种， 具 体如上述方法实施方式和系统实施方式中的描述。翻译模块还可以设置短消息的付费方 号码。 '
发送模块主要用于将翻译模块翻译后的短消息发送至短消息业务中心。发送模块可 以将翻译后的短消息发送至因特网短消息网关， 由因特网短消息网关将集团总机传输来 的短消息发送至短消息业务中心。
本发明实施方式中的集团总机能够独立完成短消息收发方的长短号翻译工作，效率 高、 而且不会对智能网或其它系统产生冲击； 集团内用户使用 "集团总机号 +分机号" 的方式与集团外部用户使用短消息通讯有利于维护集团的统一形象；本发明实施方式使 用 "集团总机号 +分机号"的方式与集团外部用户进行短消息通讯的费用可以配置， 既 可以由集团全部支付， 也可以由集团外部用户承担， 能够保护集团和集团成员双方的利 益； 由于在发送短消息的时候不体现集团用户的个人信息， 这样可以避免由于集团内部 人员的更换而导致集团外部用户资源流失的问题。
最后所应说明的是， 以上实施例仅用以 ^¾明本发明的技术方案而非限制， 尽管参照 较佳实施例对本发明进行了详细说明， 本领域的普通技术人员应当理解， 可以对本发明 的技术方案进行修改或者等同替换， 而不脱离本发明技术方案的精神和范围。

Claims

权利要求
1、 一种发送短消息的方法， 其特征在于， 包括：
主叫终端发送的短消息传输至其归属的短消息业务中心；该短消息的被叫号码为伪 号码； .
短消息业务中心在确定主叫终端发送来的短消息的被叫号码为伪号码时，将所述短 消息发送至集团总机； '
所述集团总机将该短消息的被叫号码翻译为被叫终端的长号，并将该翻译后的短消 息发送至短消息业务中心； 所述长号为移动台国际综合业务数字网号码；
短消息业务中心接收翻译后的短消息，并根据翻译后的短消息的被叫号码，将所述 翻译后的短消息发送至被叫终端。
2、 根据权利要求 1所述的方法， 其特征在于， 主叫终端发送的短消息的被叫号码 为特殊服务号码加被叫终端的分机号、 主叫号码为主叫终端的长号， 所述方法包括- 短消息业务中心在确定主叫终端发送来的短消息的被叫号码包含特殊服务号码时， 将所述短消息发送至特殊服务号码对应的集团总机；
所述集团总机查找主叫号码对应的分机号，并将该短消息的主叫号码翻译为特殊服 务号码加所述査找到的分机号； '
所述集团总机査找被叫终端的分机号所对应的长号，并将该短消息的被叫号码翻译 为被叫终端的长号。
3、 根据权利要求 1所述的方法， 其特征在于， 主叫终端发送的短消息的被叫号码 是特殊服务号码加被叫终端的长号、 主叫号码为主叫终端的长号， 所述方法包括： 短消息业务中心在确定主叫终端发送来的短消息的被叫号码包含特殊服务号码时， 将所述短消息发送至特殊服务号码对应的集团总机；
所述集团总机将所述短消息的被叫号码翻译为被叫终端的长号；
所述集团总机査找所述主叫号码的对应的分机号，将所述短消息的主叫号码翻译为 集团总机号码加主叫终端的分机号。
4、 根据权利要求 1所述的方法， 其特征在于， 主叫终端发送的短消息的被叫号码 是集团总机号码加被叫终端的分机号码、丰叫号码为主叫终端的长号， 所述方法包括： 短消息业务中心在确定主叫终端发送来的短消息的被叫号码包含集团总机号码时， 将所述短消息发送至集团总机号码对应的集团总机；
所述集团总机查找被叫终端的分机号码所对应的长号，并将所述短消息的被叫号码 翻译为被叫终端的长号；
所述集团总机将该短消息的主叫号码翻译为特殊服务号加主叫终端的长号。
5、 根据权利要求 1或 2或 3或 4所述的方法， 其特征在于， 所述短消息业务中心 将所述短消息发送至集团总机的步骤包括- 所述短消息业务中心向其归属的业务控制点发起鉴权请求，鉴权成功后，短消息业 务中心将所述短消息发送至集团总机。
6、 根据权利要求 1或 2或 3或 4所述的方法， 其特征在于， 所述短消息业务中心 将所述短消息发送至集团总机的步骤包括- 所述短消息业务中心将所述短消息经因特网短消息网关发送至集团总机。
7、 根据权利要求 1或 2或 3或 4所述的方法， 其特征在于， 所述方法还包括： 所述集团总机设置所述短消息的付费方号码，计费方根据所述短消息的付费方号码 产生付费方号码的计费话单。
8、 根据权利要求 1或 2或 3或 4所述的方法， 其特征在于， 所述集团总机将所述 短消息经所述短消息业务中心发送给被叫终端的步骤包括：
所述集团总机将所述短消息经因特网短消息网关发送到所述短消息业务中心； 所述短消息业务中心将所述短消息转发到被叫终端所属的移动交换中心； 所述被叫终端所属的移动交换中心将所述短消息发送给被叫终端，并向所述短消息 业务中心返回发送状态报告。
9、 一种发送短消息的系统， 其特征在于， 包括： 移动交换中心、 短消息业务中心 和集团总机；
.移动交换中心：用于接收主叫终端发送的短消息，并将该短消息传输至主叫终端归 属的短消息业务中心； 该短消息的被叫号码为伪号码；
短消息业务中心：用于将移动交换中心传输来的被叫号码为伪号码的短消息发送至 集团总机， 并接收集团总机传输来的翻译后的短消息， 根据所述翻译后的短消息的被叫 号码将该短消息发送至被叫终端；
集团总机：用于接收短消息业务中心传输来的短消息，将短消息的被叫号码翻译为 被叫终端的长号， 并将翻译后的短消息发送至所述短消息业务中心。
10、根据权利要求 9所述的系统， 其特征在于： 所述短消息的被叫号码为特殊服务 号码加被叫终端的分机号、 主叫号码为主叫终端的长号
短消息业务中心在确定主叫终端发送来的短消息的被叫号码包含特殊服务号码时， 将所述短消息发送至特殊服务号码对应的集团总机；
所述集团总机接收该短消息，查找主叫号码对应的分机号，将短消息的主叫号码翻 译为特殊服务号码加所述査找到的分机号， 查找被叫终端的分机号所对应的长号， 并将 短消息的被叫号码翻译为被叫终端的长号。
11、根据权利要求 9所述的系统， 其特征在于： 所述短消息的被叫号码是特殊服务 号码加被叫终端的长号、 主叫号码为主叫终端的长号；
短消息业务中心在确定主叫终端发送来的短消息的被叫号码包含特殊服务号码时， 将所述短消息发送至特殊服务号码对应的集团总机；
所述集团总机接收该短消息，査找主叫号码对应的分机号，将所述短消息的主叫号 码翻译为集团总机号码加所述查找到的分机号，并将所述短消息的被叫号码翻译为被叫 终端的长号。
12、根据权利要求 9所述的系统，其特征在于： 所述短消息的被叫号码是集团总机 号码加被叫终端的分机号码、 主叫号码为主叫终端的长号；
短消息业务中心在确定主叫终端发送来的短消息的被叫号码包含集团总机号码时， 将所述短消息发送至集团总机号码对应的集团总机；
所述集团总机接收该短消息，根据被叫终端的分机号码查找被叫终端的长号，将所 述短消息的被叫号码翻译为被叫终端的长号，将该短消息的主叫号码翻译为特殊服务号 加主叫终端的长号。
13、 一种集团总机， 其特征在于， 所述集团总机中设置有接收模块、翻译模块和发 送模块； .
接收模块：用于接收短消息业务中心传输来的短消息；所述短消息的被叫号码为伪 号码；
翻译模块： 用于将铵收模块接收的短消息的被叫号码翻译为被叫终端的长号； 发送模块： 用于将翻译模块翻译后的年消息发送至短消息业务中心。
14、 如权利要求 13所述的集团总机， 其特征在于： 接收模块接收的短消息的被叫 号码是特殊服务号码加被叫终端的分机号、主叫号码为主叫终端的长号， 翻译模块査找 主叫号码对应的分机号，将短消息的主叫号码翻译为特殊服务号码加所述查找到的分机 号， 并査找被叫终端的分机号所对应的长号， 将短消息的被叫号码翻译为被叫终端的长 号。
15、 如权利要求 13所述的集团总机， 其特征在于： 接收模块接收的短消息的被叫 号码是特殊服务号码加被叫终端的长号、主叫号码为主叫终端的长号， 翻译模块将短消 息的被叫号码翻译为被叫终端的长号， 查找主叫终端的分机号， 并将所述短消息的主叫 号码翻译为集团总机号码加所述查找到的分机号。
16、 如权利要求 13所述的集团总机， 其特征在于： 接收模块接收的短消息的被叫 号码是集团总机号码加被叫终端的分机号码、主叫号码为主叫终端的长号， 翻译模块查 找被叫终端的分机号码对应的长号， 并将所述短消息的被叫号码翻译为被叫终端的长 号， 将短消息的主叫号码翻译为特殊服务号加主叫终端的长号。
PCT/CN2006/003583 2006-02-15 2006-12-25 Procédé et système permettant l'envoi de message court, et standard principal de groupe WO2007093108A1 (fr)

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