WO2010121551A1 - 一种群发消息处理方法、业务分发平台以及相关设备 - Google Patents

一种群发消息处理方法、业务分发平台以及相关设备 Download PDF

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Publication number
WO2010121551A1
WO2010121551A1 PCT/CN2010/072024 CN2010072024W WO2010121551A1 WO 2010121551 A1 WO2010121551 A1 WO 2010121551A1 CN 2010072024 W CN2010072024 W CN 2010072024W WO 2010121551 A1 WO2010121551 A1 WO 2010121551A1
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WIPO (PCT)
Prior art keywords
message
sub
group
destination terminal
terminal information
Prior art date
Application number
PCT/CN2010/072024
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English (en)
French (fr)
Inventor
张凤明
闫伟
Original Assignee
华为技术有限公司
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by 华为技术有限公司 filed Critical 华为技术有限公司
Priority to BRPI1016184A priority Critical patent/BRPI1016184B1/pt
Priority to EP10766641.4A priority patent/EP2424279B1/en
Priority to ES10766641T priority patent/ES2430089T3/es
Priority to MX2011011167A priority patent/MX2011011167A/es
Publication of WO2010121551A1 publication Critical patent/WO2010121551A1/zh

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Classifications

    • HELECTRICITY
    • H04ELECTRIC COMMUNICATION TECHNIQUE
    • H04WWIRELESS COMMUNICATION NETWORKS
    • H04W36/00Hand-off or reselection arrangements
    • H04W36/34Reselection control
    • H04W36/38Reselection control by fixed network equipment
    • H04W36/385Reselection control by fixed network equipment of the core network
    • HELECTRICITY
    • H04ELECTRIC COMMUNICATION TECHNIQUE
    • H04LTRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
    • H04L51/00User-to-user messaging in packet-switching networks, transmitted according to store-and-forward or real-time protocols, e.g. e-mail
    • H04L51/48Message addressing, e.g. address format or anonymous messages, aliases
    • HELECTRICITY
    • H04ELECTRIC COMMUNICATION TECHNIQUE
    • H04MTELEPHONIC COMMUNICATION
    • H04M15/00Arrangements for metering, time-control or time indication ; Metering, charging or billing arrangements for voice wireline or wireless communications, e.g. VoIP
    • H04M15/80Rating or billing plans; Tariff determination aspects
    • H04M15/8066According to the number of recipients
    • HELECTRICITY
    • H04ELECTRIC COMMUNICATION TECHNIQUE
    • H04MTELEPHONIC COMMUNICATION
    • H04M15/00Arrangements for metering, time-control or time indication ; Metering, charging or billing arrangements for voice wireline or wireless communications, e.g. VoIP
    • H04M15/80Rating or billing plans; Tariff determination aspects
    • H04M15/8066According to the number of recipients
    • H04M15/8077Group MMS or SMS; Point-to-multi-point services or broadcast services
    • HELECTRICITY
    • H04ELECTRIC COMMUNICATION TECHNIQUE
    • H04WWIRELESS COMMUNICATION NETWORKS
    • H04W12/00Security arrangements; Authentication; Protecting privacy or anonymity
    • H04W12/06Authentication
    • HELECTRICITY
    • H04ELECTRIC COMMUNICATION TECHNIQUE
    • H04WWIRELESS COMMUNICATION NETWORKS
    • H04W4/00Services specially adapted for wireless communication networks; Facilities therefor
    • H04W4/06Selective distribution of broadcast services, e.g. multimedia broadcast multicast service [MBMS]; Services to user groups; One-way selective calling services
    • HELECTRICITY
    • H04ELECTRIC COMMUNICATION TECHNIQUE
    • H04WWIRELESS COMMUNICATION NETWORKS
    • H04W4/00Services specially adapted for wireless communication networks; Facilities therefor
    • H04W4/12Messaging; Mailboxes; Announcements
    • HELECTRICITY
    • H04ELECTRIC COMMUNICATION TECHNIQUE
    • H04LTRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
    • H04L51/00User-to-user messaging in packet-switching networks, transmitted according to store-and-forward or real-time protocols, e.g. e-mail
    • H04L51/21Monitoring or handling of messages
    • H04L51/23Reliability checks, e.g. acknowledgments or fault reporting
    • HELECTRICITY
    • H04ELECTRIC COMMUNICATION TECHNIQUE
    • H04WWIRELESS COMMUNICATION NETWORKS
    • H04W36/00Hand-off or reselection arrangements
    • H04W36/0005Control or signalling for completing the hand-off
    • H04W36/0009Control or signalling for completing the hand-off for a plurality of users or terminals, e.g. group communication or moving wireless networks

Definitions

  • the present invention relates to the field of communications, and in particular, to a group message processing method, a service distribution platform, and related devices. Background technique
  • the service delivery platform (SDP, Service Delivery Platform) is introduced in the prior art, and the operator or service provider can Rapid implementation of value-added services through the platform.
  • the SDP receives the group sending message sent by the service provider
  • the service access gateway in the SDP splits the group sending message into a service message in the SDP according to the receiver number, and each message corresponds to a unique destination user terminal;
  • the service bus calls the interface of the service support system (BSS, Business Support System) in the SDP to complete the accounting authentication;
  • BSS Service Support System
  • the network access gateway sends the received message to the message center.
  • the message center sends the message to the user terminal.
  • the foregoing technical solution can implement the delivery of a cross-domain group message.
  • the cross-domain group message means that the receiver of the group message includes multiple regions, for example, multiple countries.
  • the service access gateway in the SDP splits the group message into a plurality of sub-messages, and each sub-message corresponds to a unique destination user terminal, that is, how many of the group-sent messages are sent.
  • the embodiment of the invention provides a method for processing a message of a population, a service distribution platform and related devices, which can reduce the burden of the SDP.
  • the group sending message processing method provided by the embodiment of the present invention includes: the service access gateway receives the group sending message sent to the destination terminal, and the group sending message includes the destination terminal information; the service access gateway sends the group sending message according to the access code corresponding to the destination terminal information. Splitting into at least two sub-group messages, the destination terminal information in each sub-group message has the same access code, and sends a sub-group message to the network access gateway, so that the network access gateway follows the destination terminal included in the sub-group message. The information splits the sub-group message into sub-messages, and each sub-message corresponds to a unique destination terminal information, and sends a sub-message to the corresponding destination terminal.
  • the group sending message processing method provided by the embodiment of the present invention includes: the service bus acquires a sub-group message from the service access gateway, and the sub-group message is de-assembled by the service access gateway according to the access code corresponding to the destination terminal information in the group-sending message.
  • the destination terminal information in each subgroup message has the same access code; the service bus invokes the service support system agent to perform charging authentication on each destination terminal information in the subgroup message; the service bus will perform charging authentication.
  • the successful sub-group message is sent to the network access gateway, so that the network access gateway delivers the sub-group message with successful charging authentication.
  • the group sending message processing method provided by the embodiment of the present invention includes: the network access gateway receives the sub-group message sent by the service access gateway, and the sub-group message is used by the service access gateway according to the access code pair corresponding to the destination terminal information in the group-sending message.
  • the group message is split, and the destination terminal information in each sub-group message has the same access code;
  • the network access gateway splits the sub-group message into sub-messages according to the destination terminal information included in the sub-group message, and each sub-message corresponds to A unique destination terminal information;
  • the network access gateway sends a sub-message to the corresponding destination terminal.
  • the service distribution platform includes: a service access gateway, configured to receive a group sending message sent to the destination terminal, where the group sending message includes the destination terminal information, and splits the group sending message according to the access code corresponding to the destination terminal information.
  • the destination terminal information in each sub-group message has the same access code, and sends a sub-group message to the network access gateway;
  • the network access gateway is configured to receive the sub-group message sent by the service access gateway.
  • the sub-group message is split into sub-messages according to the destination terminal information included in the sub-group message, and each sub-message corresponds to a unique destination terminal information, and the sub-message is sent to the corresponding destination terminal.
  • the service access gateway provided by the embodiment of the present invention includes: an acquiring unit, configured to acquire destination terminal information from the received group sending message, and obtain an access code of the destination terminal information; and a categorizing unit, configured to use the access code The same destination terminal information is classified into the same category.
  • the execution unit is configured to split the group-sending message into a corresponding number of sub-group messages according to the number of categories of the destination terminal information, and each sub-group message corresponds to one category of destination terminal information.
  • the service bus provided by the embodiment of the present invention includes: a sub-group message obtaining unit, configured to acquire a sub-group message from the service access gateway, where the sub-group message is used by the service access gateway according to the access code corresponding to the destination terminal information in the group-sending message.
  • the charging control unit is configured to invoke the service support system agent to perform billing for each destination terminal information in the subgroup message.
  • the sub-group message sending unit is configured to send the sub-group message that the charging authentication succeeds to the network access gateway, so that the network access gateway delivers the sub-group message with successful charging authentication.
  • the network access gateway includes: a sub-group message receiving unit, configured to receive a sub-group message sent by the service access gateway, where the sub-group message is corresponding to the destination terminal information in the group-sending message by the service access gateway.
  • the access code is obtained by splitting the group sending message, and the destination terminal information in each subgroup message has the same access code; the subgroup message splitting unit is configured to split the subgroup message according to the destination terminal information included in the subgroup message.
  • the sub-message is divided into a sub-message, each sub-message corresponds to a unique destination terminal information, and the sub-message sending unit is configured to send a sub-message to the corresponding destination terminal.
  • the embodiments of the present invention have the following advantages:
  • the group sending message after receiving the group sending message, the group sending message is split according to the access code corresponding to the destination terminal information in the group sending message, and the purpose in each split sub-group message is split.
  • the terminal information has the same access code, and then the sub-group message is charged and authenticated. Because the number of destination terminals of the group-sending message is relatively large, some destination terminals have the same geographical characteristics, that is, have the same access code, so In the prior art, after the group message is split into sub-group messages, the number of messages transmitted in the SDP can be effectively reduced, so that the burden of the SDP can be alleviated.
  • FIG. 1 is a schematic diagram of a first embodiment of a method for processing a group sending message according to an embodiment of the present invention
  • FIG. 2 is a schematic diagram of a second embodiment of a method for processing a group sending message according to an embodiment of the present invention
  • FIG. 3 is a schematic diagram of an embodiment of a service distribution platform according to an embodiment of the present invention.
  • FIG. 4 is a schematic diagram of an embodiment of a service access gateway according to an embodiment of the present invention.
  • FIG. 5 is a schematic diagram of an embodiment of a service bus according to an embodiment of the present invention
  • FIG. 6 is a schematic diagram of an embodiment of a network access gateway according to an embodiment of the present invention.
  • the embodiment of the invention provides a population sending message processing method, a service distribution platform and related devices, which are used to reduce the burden of the SDP.
  • a first embodiment of a method for processing a group message includes:
  • the group sending message to be sent is first sent to the service access gateway of the SDP, and the group sending message carries the destination terminal information, which is used to indicate that the SDP will The group sending message is separately sent to each destination terminal according to the destination terminal information.
  • the number of destination terminals of the group sending message is relatively large, and different destination terminals may have the same or different geographical characteristics, and the regional characteristics may be identified by an access code, and the access code may be part of the destination terminal information. Or, it can be queried according to the destination terminal information in the preset correspondence.
  • the service access gateway of the SDP can classify the group-sending messages according to the access code to generate at least two sub-group messages, and each sub-group message includes several destination terminals.
  • the information, and the destination terminal information in each subgroup message has the same access code, and the access codes of the destination terminal information in different subgroup messages are different.
  • each subgroup may be limited, which mainly depends on the operator's policy. If the number of destination terminal information included in each subgroup message after splitting exceeds For the preset threshold, the subgroup message needs to be split again until the number of destination terminal information included in each subgroup message is less than or equal to the threshold.
  • the access code of the destination terminal information in the different sub-group messages in the sub-group messages Differently, if some subgroup messages are split again due to the limitation of the number of destination terminal information, there will be several subgroup messages with the same access code.
  • the sub-group message can be sent to the network access gateway of the SDP.
  • the network access gateway of the SDP cancels the subgroup according to the destination terminal information included in the subgroup message.
  • the information is split into a number of sub-messages, and each sub-message corresponds to a unique destination terminal information, that is, how many destination terminal information is included in the sub-group message, and how many sub-messages are split into the sub-group message.
  • the network access gateway of the SDP can send the sub-messages to the corresponding destination terminal.
  • the specific sending process is not limited herein.
  • the SDP after receiving the group sending message, the SDP splits the group sending message according to the access code corresponding to the destination terminal information in the group sending message, and the destination terminal information in each of the split sub-group messages has the same
  • the access code because the number of destination terminals of the group-sending message is relatively large, and some of the destination terminals have the same geographical characteristics, that is, have the same access code, so the embodiment of the present invention splits the group-sending message into the prior art. After the sub-group message, the number of messages transmitted in the SDP can be effectively reduced, so that the burden of the SDP can be alleviated.
  • the group message processing method in the embodiment of the present invention is described from the perspective of the service access gateway. It should be noted that, if the cost calculation is involved in the process of sending the group message, the implementation is In the example, the sub-group message can also be used for accounting authentication.
  • the SDP service access gateway splits the group-sending message into several sub-group messages
  • the SDP service bus calls the SDP service support system agent for each sub-segment.
  • the group message is used for accounting authentication.
  • the SDP service bus sends the sub-group message with successful accounting authentication to the network access gateway, and the network access gateway performs the delivery process. Specifically, the following is from the perspective of the service bus.
  • the group message processing method in the embodiment of the invention is described:
  • the service bus acquires a sub-group message from the service access gateway, and the destination terminal information in each sub-group message has the same access code
  • the service access gateway after the service access gateway splits the group sending message to obtain a plurality of sub-group messages, if the sub-group message needs to be authenticated, the service access gateway sends the sub-group message to the service bus.
  • the service bus can receive sub-group messages from the service access gateway, and the destination terminal information included in each of the sub-group messages has the same access code.
  • the service bus invokes the service support system agent to perform charging and authentication on each destination terminal information in the subgroup message
  • the service support system agent can be invoked to perform charging authentication on each of the sub-group messages to determine the destination terminal for successful accounting authentication in the sub-group message. Information and destination terminal information for which the accounting authentication failed.
  • the service support system agent After the service support system agent performs the charging and authentication for each destination terminal in the sub-group message, the authentication result is fed back to the service bus, where the authentication result includes the destination terminal with successful charging authentication. Information and destination terminal information for which the accounting authentication failed.
  • the service bus assembles a new subgroup message according to the destination terminal information of the subscribing message successfully, and sends the new subgroup message to the network access gateway.
  • the service bus may query the destination terminal information for successful charging authentication from the authentication result, and assemble the destination terminal information for successful charging authentication into a new one.
  • the sub-group message that is, the new sub-group message is a sub-group message with successful accounting authentication, and then the service bus sends the new sub-group message to the network access gateway, so that the network access gateway delivers a new sub-s Group message.
  • the service bus if the charging authentication of all the destination terminal information in the sub-group message is successful, the service bus does not need to re-assemble the sub-group message, but can directly receive from the service access gateway.
  • the incoming subgroup message is forwarded to the network access gateway.
  • the time taken for the charging authentication can be reduced, thereby effectively improving the efficiency of the group-sending message transmission.
  • the charging authentication process is not required to be performed on the sub-group message.
  • whether the charging authentication process for the sub-group message needs to be used is The operator's policy decision is not limited here.
  • the network access gateway receives the sub-group message sent by the service access gateway
  • the service access gateway may send the sub-group messages to the network access gateway, and the network access gateway can receive the service access gateway.
  • the destination terminal information included in each of the sub-group messages has the same access code.
  • the network access gateway splits the sub-group message into sub-messages according to the destination terminal information included in the sub-group message, and each sub-message corresponds to a unique destination terminal information;
  • the network access gateway After receiving the sub-group message sent by the service access gateway, the network access gateway splits the sub-group message into sub-messages according to the destination terminal information in the sub-group message, and each sub-message corresponds to a unique destination terminal information, that is, How many destination terminal information is split into how many sub-messages are obtained.
  • the network access gateway sends a sub-message to the corresponding destination terminal.
  • the network access gateway After the network access gateway splits the sub-group message into sub-messages, the sub-message can be sent to the corresponding The destination terminal, in the actual application, the network access gateway may send the sub-message to the message center, and then the sub-message is sent to the corresponding destination terminal by the message center, and the specific transmission mode is not limited herein.
  • the network access gateway after the network access gateway receives the sub-group message, the network access gateway internally splits the sub-group message, so before the message arrives at the network access gateway, the sub-group message is used inside the SDP.
  • the method is transmitted between the network elements. Since each sub-group message includes a plurality of destination terminal information, and the destination terminal information in each sub-group message has the same access code, the present embodiment is compared with the prior art.
  • the transmission of the sub-group message within the SDP can effectively reduce the number of messages transmitted in the SDP, so the burden of the SDP can be alleviated.
  • the above embodiment is described by taking the process of receiving a group sending message and processing by the SDP as an example. It can be understood that, in actual applications, after the SDP processes the group sending message, other processes, such as routing group sending messages, or the like, may also be used. In the scenario of a group-sending message, as long as the destination terminal of the group-sending message has an access code related to the area, the above-mentioned technical solution can be used for the processing of the group-sending message, which is not limited herein.
  • the method for processing the group message in the embodiment of the present invention is described in detail below by taking the process of processing the group message by the SDP as an example.
  • the method for processing the group message in the embodiment of the present invention includes:
  • the service access gateway receives the group sending message sent to the destination terminal.
  • the SDP in this embodiment may specifically include a service access gateway, a service bus, a BSS proxy, and a network access gateway.
  • the functions and connection relationships of the network elements are detailed in subsequent SDP embodiments. description.
  • the service access gateway receives the group sending message from the service provider, and the group sending message includes the destination terminal information.
  • the mass-sending message received by the service access gateway is as follows ("Today is the traditional Chinese day: Chinese New Year. I wish Chinese friends everywhere a happy Chinese New Year!, "0861390000000, 08613900000001, 08613900000002, 0015000000, 0015000002”)
  • the content of the mass-mailing message is "Today is the traditional Chinese festival: Spring Festival. I wish all Chinese friends everywhere a happy Chinese New Year!, the terminal information of the group message is "0861390000000, 08613900000001, 08613900000002, 0015000000, 0015000002", that is, the group sends a message It will be sent to the five user terminals corresponding to the above five numbers.
  • the service access gateway can also receive the group-sending message to be sent from the operator or other service provider, which is not limited herein. 202.
  • the service access gateway authenticates the service provider that sends the group sending message. After the service access gateway receives the group sending message, in order to ensure the legitimacy of the group sending message, the service provider that provides the group sending message may be authenticated.
  • the authentication method may be: determining whether the service provider is in a preset trusted list, and if so, confirming that the service provider is trusted. It can be understood that it is not limited.
  • step 202 in this embodiment is an optional step. If the SDP does not require high security for the group sending message, or trusts all service providers by default, the service provider may not be authenticated.
  • the service access gateway feeds back an authentication response to the service provider.
  • the service access gateway performs subgroup splitting on the group sending message.
  • the sub-group splitting may be performed on the group-sending message sent by the service provider.
  • the specific process may be:
  • the destination terminal information with the same prefix code or suffix code is classified into the same category;
  • the group-sending message is split into a corresponding number of sub-group messages, and each sub-group message corresponds to one category of destination terminal information.
  • the destination terminal information is "0861390000000, 08613900000001, 08613900000002, 0015000000, 0015000002", wherein the first three digits of each destination terminal information is a prefix code, which is used to represent the country where the destination terminal is located, where 086 represents China, 001 In the United States, after the service access gateway obtains the prefix code of each destination terminal information, the destination terminal information can be classified into two types, and the prefix codes of the two types are 086 and 001 respectively:
  • Class 1 "0861390000000, 08613900000001, 08613900000002";
  • Class 2 "0015000000, 0015000002".
  • the group-sending message can be split into two corresponding sub-group messages, which are:
  • the number of sub-group messages is two.
  • the group-distributed message may be split into more sub-related messages. The group message, the process of specific splitting and the above process have been repeated, and will not be described here.
  • each subgroup message is limited, for example, to two, the "086" subgroup message is split into two subgroup messages again.
  • the service access gateway sends the split subgroup message to the service bus.
  • the split subgroup message is sent to the service bus.
  • the service access gateway sends a sub-group message request 1 to N to the service bus, where N is the number of sub-group messages.
  • N is the number of sub-group messages.
  • the sub-group message is two, and the service access gateway will "086" sub-group message and "001". "Subgroup messages are sent to the service bus.
  • the service bus feeds back a response to the service access gateway.
  • the service bus checks the legality of the received sub-group message.
  • the service bus may check the legality of the specific content of the sub-group message, and specifically check whether the content of the sub-group message complies with laws and regulations. Etc., the manner and process of the inspection are prior art, and are not limited herein.
  • step 207 in this embodiment is an optional step. If the SDP does not require high legitimacy for the content of the group message, or trusts all group messages by default, the legitimacy of the sub-group message may not be performed. an examination.
  • the service bus sends a sub-group message charging request to the BSS proxy.
  • the subsense message accounting authentication request may be sent to the BSS proxy to request the BSS proxy to perform charging authentication on the "086" subgroup message and the "001" subgroup message.
  • the charging authentication needs to be implemented by the BSS agent corresponding to the destination terminal, and the service bus calls the BSS proxy interface of the corresponding sub-domain according to the access code, and can request the corresponding BSS proxy to perform charging.
  • the service bus can determine a BSS proxy according to "086" and "001" respectively, and send a charging authentication request to the corresponding BSS proxy through the corresponding interface. 209.
  • the BSS agent feeds back a response to the service bus;
  • the BSS proxy feeds back the authentication result to the service bus.
  • the BSS proxy may perform charging authentication on the sub-group message, which may specifically determine whether the account balance of the service provider that sends the group-sending message is sufficient, and if it is a two-way charging, It is also possible to determine whether the account balance of the destination terminal is sufficient. It is to be understood that the specific charging authentication process is a prior art and is not limited herein.
  • the callback interface of the service bus can be invoked to feed back the authentication result to the service bus, where the authentication result includes the identifier of the subgroup message with successful authentication and the identifier of the subgroup message with the authentication failure.
  • the authentication result of the "001" subgroup message fails, the authentication result of the BSS proxy feedback corresponding to "086" is "authentication success: 086"; the authentication result of the BSS proxy feedback corresponding to "001” is " Authentication failed: 001".
  • some sub-group messages may have some destination terminal charging authentication failure, and another part of the charging authentication succeeds, for example, "086".
  • the sub-group message contains three destination terminal information, where the charging authentication of "08613900000002" fails, and the other two charging authentications succeed, the BSS agent feeds back the authentication result list to the service bus, which includes "086" sub-
  • the destination terminal information of the successful authentication in the group message and the destination terminal information of the authentication failure may be "authentication success: 08613900000000, 08613900000001; authentication failure: 08613900000002".
  • the service bus feeds back a response to the BSS agent.
  • the service bus analyzes the authentication result.
  • the service bus After receiving the authentication result fed back by the BSS agent, the service bus can learn that the authentication result is "001" sub-group message charging authentication failure, "08613900000000” in the “086” sub-group message, and "08613900000001" The fee authentication was successful.
  • the service bus may reassemble a new sub-group message according to the destination information of the successful authentication, and use the new sub-group message as a sub-group message for successful authentication, and the new sub-group message includes the destination terminal with successful authentication.
  • the subgroup identifier of the new subgroup message may be the same as the subgroup identifier of the atomic group message, or may be different. 4) The subgroup identifier of the new subgroup message is "086-2".
  • the destination terminal information included in the new subgroup message can only be limited to the atomic group message, that is, if the "0015000000" authentication in the "001" subgroup message is successful, there are a total of three destination terminal information templates.
  • the rights are successful, but when reassembling new subgroup messages, the three destination terminal information cannot be placed in the same subgroup message, but still need to be divided into two new subgroup messages. 213.
  • the service bus sends a subgroup message with successful authentication to the network access gateway.
  • the service bus may determine that the "086-2" sub-group message is successfully authenticated by the authentication result, and query the corresponding network access gateway according to the access code "086" of the destination terminal of the sub-group message, and The "086-2" sub-group message is sent to the network access gateway.
  • the SDP platform needs to route the group sending message to different sub-domain devices according to different access codes, that is, the network access gateway, and the service bus determines the corresponding according to "086". After the network accesses the gateway, a "086" subgroup message can be sent to the network access gateway.
  • the process of calling the BSS proxy for charging authentication by the service bus is an optional step. If the sending process of the group sending message does not involve the calculation of the fee, the billing of the sub-group message is not required to be performed. In the actual application, whether the accounting authentication process for sub-group messages needs to be used is determined by the operator policy, which is not limited herein.
  • the network access gateway feeds back a response to the service bus.
  • the service bus feeds back the authentication failure number report to the service provider through the service access gateway.
  • the service bus may feed back the authentication failure number report to the service provider that sends the group sending message through the service access gateway, where the report carries the sub-group of the charging authentication failure.
  • the identifier, or the destination terminal information, may also carry the reason for the failure of the accounting authentication.
  • steps 215 and 216 may not be performed.
  • the network access gateway splits the sub-group message.
  • the network access gateway may further split the sub-group message into several sub-messages according to the destination terminal information carried in the sub-group message, and each sub-message corresponds to a unique purpose.
  • the terminal information that is, how many destination terminal information is included in the sub-group message, how many sub-mess messages are subdivided into sub-group messages.
  • the network access gateway receives the "086-2" subgroup message sent by the service bus: ("Today is the traditional Chinese festival: Chinese New Year. I wish all Chinese friends everywhere a happy Chinese New Year!, "0861390000000, 08613900000001”),
  • the sub-group message includes two destination terminal information, and the network access gateway splits the sub-group message into two sub-mess messages, which are:
  • the network access gateway sends the split sub-message to the message center.
  • the split sub-message is sent to the message center to request the message center to send each sub-message to the corresponding destination terminal according to the destination terminal information.
  • the message center feeds back a response to the network access gateway.
  • the message center sends a status report to the network access gateway.
  • the message center After the message center delivers the sub-message to the corresponding destination terminal, the message center sends a status report to the network access gateway, where the status report includes the sub-group identifier and the destination terminal information, to identify that the sub-message is successfully sent.
  • the network access gateway forwards the status report to the service bus.
  • the network access gateway After receiving the status report sent by the message center, the network access gateway passes the status report to the service bus.
  • the network access gateway receives the status report corresponding to each destination terminal information from the message center, and forwards it to the service bus in turn.
  • the service bus sends a charging confirmation to the BSS proxy.
  • the service bus can read the subgroup identifier and the destination terminal information from the status report, for example, (086, 08613900000000), and then call the corresponding BSS according to the subgroup identifier "086".
  • the proxy interface sends a charging confirmation to the BSS proxy, where the charging confirmation may include the destination terminal information, and requests the BSS proxy to perform the charging.
  • the BSS proxy sends a response to the service bus.
  • the BSS agent may deduct the destination terminal according to the destination terminal information in the charging confirmation, and the specific process of deducting the fee may also use other methods, specifically the prior art. , here is not limited.
  • the service bus feeds back the status report to the service provider through the service access gateway.
  • the service access gateway after receiving the group sending message, splits the group sending message according to the access code corresponding to the destination terminal information in the group sending message, and the destination terminal in each split sub-group message is split.
  • the information has the same access code, and the access codes of the destination terminal information in different subgroup messages are different.
  • the service access gateway sends the split subgroup message to the service bus, and the corresponding BSS proxy pair is invoked by the service bus.
  • the sub-group message is used for charging authentication.
  • the number of destination terminals of the group-sending message is relatively large, some destination terminals have the same geographical characteristics, that is, have the same access code, so relative to the present
  • the number of messages transmitted in the SDP can be effectively reduced, so that the burden of the SDP can be alleviated;
  • Type of destination terminal information and access code such as suffix code, for example, using an email address as the destination terminal information, the domain name of the email address as the access code, the calling number as the destination terminal information, the country number of the calling number, or The area number is used as an access code, and may be other types of destination terminal information and an access code, which are not limited herein.
  • the embodiment of the service distribution platform in the embodiment of the present invention specifically includes:
  • the service access gateway 301 is configured to send a group sending message to the destination terminal, where the group sending message includes the destination terminal information, and split the group sending message into at least two sub-group messages according to the access code corresponding to the destination terminal information, and each sub-group message
  • the destination terminal information has the same access code, and the access codes of the destination terminal information in different sub-group messages are different, and the sub-group message is sent to the network access gateway 304;
  • the network access gateway 304 is configured to receive the sub-group message sent by the service access gateway 301, and split the sub-group message into sub-messages according to the destination terminal information included in the sub-group message, where each sub-message corresponds to a unique purpose.
  • the terminal information sends a sub-message to the corresponding destination terminal.
  • the service distribution platform in this embodiment may further include:
  • the service bus 302 is configured to receive the sub-group message sent by the service access gateway 301, invoke the service support system agent 303 to perform the charging authentication on the sub-group message, and send the sub-group with the successful accounting authentication to the network access gateway 304.
  • the service support system agent 303 is configured to perform charging authentication on the sub-group message according to the call of the service bus 302, and feed back the charging result to the service bus 302.
  • the service access gateway 301 in this embodiment includes:
  • the receiving unit 3011 is configured to receive a group sending message sent to the destination terminal, where the group sending message includes the destination terminal information;
  • the obtaining unit 3012 is configured to obtain the destination terminal information from the received group sending message, and obtain an access code of the destination terminal information;
  • the categorizing unit 3013 is configured to classify the destination terminal information with the same access code into the same category.
  • the executing unit 3014 is configured to split the group sending message into a corresponding number of sub-group messages according to the number of categories of the destination terminal information, and each sub-group The group terminal corresponds to a category of destination terminal information, and sends a subgroup message to the network access gateway.
  • the service access gateway 301 receives the group sending message addressed to the destination terminal, where the group sending message includes the destination terminal information, and the service access gateway 301 authenticates the service provider that sends the group sending message, and feeds back the authentication response to the service provider. After authenticating the service provider of the group message, the service access gateway 301 performs subgroup splitting on the group message so that the destination terminal information in each subgroup message has the same access code, and the destination terminal information in different subgroup messages. The access code is different, after the sub-group message is generated, the service access gateway 301 sends the split sub-group message to the service bus 302;
  • the service bus 302 performs a legality check on the received sub-group message. After the validity check is passed, the service bus 302 sends a sub-group message charging request to the BSS agent 303, and the BSS agent 303 feeds back the authentication result to the service bus 302.
  • the weight result includes an identifier of the subgroup message for which the authentication succeeds and an identifier of the subgroup message for which the authentication fails.
  • the service bus 302 analyzes the authentication result, the sub-group message with successful authentication is sent to the network access gateway 304. At the same time, the service bus 302 can also feed back the authentication failure number report to the service provider through the service access gateway 301.
  • the process of performing the charging authentication is consistent with the charging authentication process described in the foregoing method embodiment. No longer repeat them;
  • the network access gateway 304 After receiving the sub-group message, the network access gateway 304 splits the sub-group message, and sends the split sub-message to the message center to request the message center to send each sub-message to the corresponding destination according to the destination terminal information.
  • the network access gateway 304 receives the status report from the message center, and the network access gateway 304 forwards the status report to the service bus 302.
  • the service bus 302 may read the subgroup identifier and the destination terminal information from the status report, and send a charging confirmation to the BSS proxy 303, where the charging confirmation may include the destination terminal.
  • the service bus 302 can also feed back status reports to the service provider through the service access gateway 301. It should be noted that, in the foregoing scenario, a scenario for performing charging authentication on a sub-group message is understood.
  • the service access gateway 301 splits the group sending message according to the access code corresponding to the destination terminal information in the group sending message, and the purpose in each split sub-group message The terminal information has the same access code, and the access codes of the destination terminal information in different sub-group messages are different. Then, the service access gateway 301 sends the split sub-group message to the service bus 302, and the service bus 302 calls the corresponding The BSS proxy 303 performs charging authentication on the sub-group message. Since the number of destination terminals of the group-sending message is relatively large, some destination terminals have the same geographical characteristics, that is, have the same access code, and thus the present invention is compared with the prior art. In the embodiment of the present invention, after the group message is split into the sub-group message, the number of messages transmitted in the SDP can be effectively reduced, so that the burden of the SDP can be alleviated;
  • the service access gateway in the embodiment of the present invention includes:
  • the obtaining unit 401 is configured to obtain the destination terminal information from the received group sending message, and obtain an access code of the destination terminal information;
  • the categorizing unit 402 is configured to classify the destination terminal information with the same access code into the same category
  • the executing unit 403 is configured to split the group sending message into corresponding number of sub-group messages according to the number of categories of the destination terminal information, and the destination terminal information corresponding to one category in each sub-group message.
  • the specific destination terminal information and the access code may have multiple representation forms, such as using an email address as the destination terminal information, using the domain name of the email address as the access code, and using the calling number as the destination terminal information.
  • the country code or the area code of the calling number is used as the access code, and may be other types of destination terminal information and an access code, which are not limited herein.
  • the categorizing unit 402 can classify the destination terminal information according to the access code, so that the executing unit 403 can Splitting the group message according to the result of classifying the destination terminal information into several sub-group messages without splitting the group-sending message into the smallest single message, thereby reducing the consumption of the group-sent message in the SDP internal transmission and the charging authentication Resources, in turn, improve the transmission efficiency of mass messaging.
  • the service bus in the embodiment of the present invention is described below. Referring to FIG. 5, the service bus in the embodiment of the present invention includes:
  • the sub-group message obtaining unit 501 is configured to obtain a sub-group message from the service access gateway, where the sub-group message is split by the service access gateway according to the access code corresponding to the destination terminal information in the group-sending message, and each sub-group is obtained.
  • the destination terminal information in the message has the same access code;
  • a charging control unit 502 configured to invoke a service support system agent to perform charging authentication on each destination terminal information in the subgroup message;
  • the sub-group message sending unit 503 is configured to send the sub-group message that the charging authentication succeeds to the network access gateway, so that the network access gateway delivers the sub-group message with successful charging authentication.
  • the authentication result receiving unit 504 is configured to receive an authentication result fed back by the service support system agent, where the authentication result includes the destination terminal information of the successful charging authentication and the destination terminal information of the charging authentication failure; the assembling unit 505, The new sub-group message is assembled according to the destination terminal information in which the charging authentication succeeds in the sub-group message, and the new sub-group message is used as the sub-group message for successful charging authentication.
  • the time taken for the charging authentication can be reduced, thereby effectively improving the efficiency of the group-sending message transmission.
  • the network access gateway in the embodiment of the present invention includes:
  • the sub-group message receiving unit 601 is configured to receive a sub-group message sent by the service access gateway, where the sub-group message is obtained by the service access gateway according to the access code corresponding to the destination terminal information in the group-sending message, and each sub-sent message is obtained.
  • the destination terminal information in the group message has the same access code;
  • the sub-group message splitting unit 602 is configured to split the sub-group message into sub-messages according to the destination terminal information included in the sub-group message, and each sub-message corresponds to a unique destination terminal information;
  • the sub-message sending unit 603 is configured to send a sub-message to the corresponding destination terminal.
  • the sub-message sending unit 603 in this embodiment may specifically send the sub-message to the message center, and then send the sub-message to the corresponding destination terminal by the message center.
  • the specific sending manner is not limited herein.
  • the network access gateway when the sub-group message receiving unit 601 receives the sub-group message, the network access gateway internally splits the sub-group message, so before the message arrives at the network access gateway, the SDP internally The mode of the group message is transmitted between the network elements. Since each sub-group message contains several pieces of destination terminal information, and the destination terminal information in each sub-group message has the same access code, In the embodiment, the sub-group message transmission in the SDP can effectively reduce the number of messages transmitted in the SDP, so that the burden of the SDP can be alleviated.
  • the service access gateway receives the group sending message sent to the destination terminal, where the group sending message includes the destination terminal information
  • the service access gateway splits the group sending message into at least two sub-group messages according to the access code corresponding to the destination terminal information, and the destination terminal information in each sub-group message has the same access code to the network access gateway. Transmitting the sub-group message, so that the network access gateway splits the sub-group message into sub-messages according to the destination terminal information included in the sub-group message, where each sub-message corresponds to a unique destination terminal information, The sub-message is sent to the corresponding destination terminal.
  • the above-mentioned storage medium may be a read only memory, a magnetic disk or an optical disk or the like.

Abstract

一种群发消息处理方法、业务分发平台以及相关设备,用于提高群发消息传输的效率。本发明实施例方法包括:业务接入网关接收发往目的终端的群发消息,所述群发消息中包含目的终端信息;业务接入网关根据所述目的终端信息对应的接入码将所述群发消息拆分为至少两个子群消息,每个子群消息中的目的终端信息具有相同的接入码,向网络接入网关发送所述子群消息,以便于网络接入网关按照所述子群消息中包含的目的终端信息将所述子群消息拆分为子消息,所述每个子消息对应一个唯一的目的终端信息,向对应的目的终端发送所述子消息。本发明实施例还提供一种业务分发平台以及相关设备。本发明实施例可以有效提高群发消息传输的效率。

Description

一种群发消息处理方法、 业务分发平台以及相关设备
本申请要求于 2009 年 04 月 22 日提交中国专利局、 申请号为 200910137302.2、 发明名称为"一种群发消息处理方法、 业务分发平台以及相关 设备"的中国专利申请的优先权, 其全部内容通过引用结合在本申请中。 技术领域
本发明涉及通讯领域,尤其涉及一种群发消息处理方法、业务分发平台以及 相关设备。 背景技术
随着各种增值业务的迅速发展, 为了能够便于运营商或服务提供商及时发 布新的增值业务, 现有技术中引入了业务分发平台 (SDP , Service Delivery Platform ), 运营商或服务提供商可以通过该平台快速的实施增值业务。
目前有一种增值业务为群发消息业务, 例如手机电子报纸业务, 服务提供 商可以通过 SDP向订阅了手机电子报纸业务的用户下发群发消息(即电子报纸)。
现有技术中, 下发群发消息的过程大致如下述过程:
1、 SDP接收服务提供商发送的群发消息;
2、 SDP中的业务接入网关将该群发消息根据接收方号码拆分为单条消息下 发到 SDP中的服务总线, 每条消息对应一个唯一的目的用户终端;
3、对于每条消息,服务总线分别调用 SDP中的业务支撑系统(BSS, Business Support System )代理的接口, 完成计费鉴权;
4、 计费鉴权成功的消息被下发到 SDP的网络接入网关, 计费鉴权失败的消 息不下发;
5、 网络接入网关将接收到的消息下发到消息中心;
6、 消息中心将消息下发到用户终端。
上述的技术方案能够实现跨域群发消息的下发, 所谓跨域群发消息是指该 群发消息的接收方包含多个地域, 例如包含多个国家。
但是从现有技术的方案可以看出, SDP中的业务接入网关会将群发消息拆分 为若干条子消息, 每条子消息对应一个唯一的目的用户终端, 也就是说, 该群 发消息有多少个目的用户终端, 就会被拆分为多少条子消息, 拆分完成后, 需 要在 SDP内部传输所有的子消息,因此,当群发消息的目的用户终端数量庞大时, 会在 SDP内部产生大量的子消息, SDP需要消耗大量的资源来处理这些子消息, 从而极大的增加了 SDP的负担。 发明内容
本发明实施例提供了一种群发消息处理方法、 业务分发平台以及相关设备, 能够减轻 SDP的负担。
本发明实施例提供的群发消息处理方法, 包括: 业务接入网关接收发往目 的终端的群发消息, 群发消息中包含目的终端信息; 业务接入网关根据目的终 端信息对应的接入码将群发消息拆分为至少两个子群消息, 每个子群消息中的 目的终端信息具有相同的接入码, 向网络接入网关发送子群消息, 以便于网络 接入网关按照子群消息中包含的目的终端信息将子群消息拆分为子消息, 每个 子消息对应一个唯一的目的终端信息, 向对应的目的终端发送子消息。
本发明实施例提供的群发消息处理方法, 包括: 服务总线从业务接入网关 获取子群消息, 子群消息由业务接入网关根据群发消息中的目的终端信息对应 的接入码对群发消息拆分得到, 每个子群消息中的目的终端信息具有相同的接 入码; 服务总线调用业务支撑系统代理对子群消息中的每个目的终端信息进行 计费鉴权; 服务总线将计费鉴权成功的子群消息发送至网络接入网关, 以便于 网络接入网关下发计费鉴权成功的子群消息。
本发明实施例提供的群发消息处理方法, 包括: 网络接入网关接收业务接 入网关发送的子群消息, 子群消息由业务接入网关根据群发消息中的目的终端 信息对应的接入码对群发消息拆分得到, 每个子群消息中的目的终端信息具有 相同的接入码; 网络接入网关按照子群消息中包含的目的终端信息将子群消息 拆分为子消息, 每个子消息对应一个唯一的目的终端信息; 网络接入网关向对 应的目的终端发送子消息。
本发明实施例提供的业务分发平台, 包括: 业务接入网关, 用于接收发往 目的终端的群发消息, 群发消息中包含目的终端信息, 根据目的终端信息对应 的接入码将群发消息拆分为至少两个子群消息, 每个子群消息中的目的终端信 息具有相同的接入码, 向网络接入网关发送子群消息; 网络接入网关, 用于接 收业务接入网关发送的子群消息, 按照子群消息中包含的目的终端信息将子群 消息拆分为子消息, 每个子消息对应一个唯一的目的终端信息, 向对应的目的 终端发送子消息。 本发明实施例提供的业务接入网关, 包括: 获取单元, 用于从接收到的群 发消息中获取目的终端信息, 并获取目的终端信息的接入码; 归类单元, 用于 将接入码相同的目的终端信息归为同一类别; 执行单元, 用于按照目的终端信 息的类别的数目, 将群发消息拆分为对应数目个子群消息, 每个子群消息中对 应一个类别的目的终端信息。
本发明实施例提供的服务总线, 包括: 子群消息获取单元, 用于从业务接 入网关获取子群消息, 子群消息由业务接入网关根据群发消息中的目的终端信 息对应的接入码对群发消息拆分得到, 每个子群消息中的目的终端信息具有相 同的接入码; 计费控制单元, 用于调用业务支撑系统代理对子群消息中的每个 目的终端信息进行计费鉴权; 子群消息发送单元, 用于将计费鉴权成功的子群 消息发送至网络接入网关, 以便于网络接入网关下发计费鉴权成功的子群消息。
本发明实施例提供的网络接入网关, 包括: 子群消息接收单元, 用于接收 业务接入网关发送的子群消息, 子群消息由业务接入网关根据群发消息中的目 的终端信息对应的接入码对群发消息拆分得到, 每个子群消息中的目的终端信 息具有相同的接入码; 子群消息拆分单元, 用于按照子群消息中包含的目的终 端信息将子群消息拆分为子消息, 每个子消息对应一个唯一的目的终端信息; 子消息发送单元, 用于向对应的目的终端发送子消息。
从以上技术方案可以看出, 本发明实施例具有以下优点:
本发明实施例提供的技术方案中, 在接收到群发消息之后, 会根据群发消 息中的目的终端信息对应的接入码对群发消息进行拆分, 且拆分后的每个子群 消息中的目的终端信息具有相同的接入码, 之后对子群消息进行计费鉴权, 由 于群发消息的目的终端数目比较多, 某些目的终端具有相同的地域特性, 即具 有相同的接入码, 因此相对于现有技术, 本发明实施例将群发消息拆分为子群 消息后, 可以有效的减少在 SDP中传输的消息的数量, 所以能够减轻 SDP的负 担。 附图说明
图 1为本发明实施例中群发消息处理方法第一实施例示意图;
图 2为本发明实施例中群发消息处理方法第二实施例示意图;
图 3为本发明实施例中业务分发平台实施例示意图;
图 4为本发明实施例中业务接入网关实施例示意图;
图 5为本发明实施例中服务总线实施例示意图; 图 6为本发明实施例中网络接入网关实施例示意图。 具体实施方式
本发明实施例提供了一种群发消息处理方法、 业务分发平台以及相关设备, 用于减轻 SDP的负担。
请参阅图 1 , 本发明实施例中群发消息处理方法第一实施例包括:
101、 接收发往目的终端, 包含目的终端信息的群发信息;
当运营商或者服务提供商需要通过 SDP发送群发消息时,则会首先将待发送 的群发消息发送至 SDP的业务接入网关, 且在该群发消息中携带有目的终端信 息, 用于指示 SDP将该群发消息按照目的终端信息分别发送至各个目的终端。
102、 根据目的终端信息对应的接入码将群发消息拆分为至少两个子群消 息;
本实施例中, 群发消息的目的终端数目比较多, 不同的目的终端可能会具 有相同或不同的地域特性, 该地域特性可以用接入码来标识, 该接入码可以是 目的终端信息的一部分, 或者可以根据目的终端信息在预置的对应关系中查询 得到。
SDP的业务接入网关在确定所有的目的终端信息的接入码之后,即可按照该 接入码对群发消息进行分类, 生成至少两个子群消息, 每个子群消息中都包含 若干个目的终端信息, 且每个子群消息中的目的终端信息具有相同的接入码, 不同子群消息中的目的终端信息的接入码不同。
需要说明的是, 每个子群所能携带的目的终端信息的数目可能是有限的, 这主要取决于运营商的策略, 若拆分后的每个子群消息中包含的目的终端信息 的数目超过了预置的门限值, 则需要对这种子群消息再次进行拆分, 直至每个 子群消息中包含的目的终端信息的数目都小于或等于门限值。
若首次拆分得到的子群消息中, 每个子群消息所包含的目的终端信息的数 目都小于或等于门限值, 则这些子群消息中不同子群消息中的目的终端信息的 接入码不同, 若某些子群消息由于目的终端信息数目的限制进行了再次拆分, 则会存在若干个接入码相同的子群消息。
103、 将子群消息拆分为子消息并发送。
SDP的业务接入网关在将群发消息拆分为若干个子群消息之后,可以向 SDP 的网络接入网关发送这些子群消息。
则 SDP的网络接入网关根据该子群消息中包含的目的终端信息将该子群消 息拆分为若干个子消息, 每个子消息对应一个唯一的目的终端信息, 即该子群 消息中包含多少个目的终端信息, 则将该子群消息拆分为多少个子消息。
子群消息被拆分为子消息之后,则 SDP的网络接入网关即可向对应的目的终 端发送这些子消息, 具体的发送过程此处不作限定。
本实施例中, SDP在接收到群发消息之后,会根据群发消息中的目的终端信 息对应的接入码对群发消息进行拆分, 且拆分后的每个子群消息中的目的终端 信息具有相同的接入码, 由于群发消息的目的终端数目比较多, 某些目的终端 具有相同的地域特性, 即具有相同的接入码, 因此相对于现有技术, 本发明实 施例将群发消息拆分为子群消息后, 可以有效的减少在 SDP中传输的消息的数 量, 所以能够减轻 SDP的负担。
上述的实施例中从业务接入网关的角度对本发明实施例中的群发消息处理 方法进行了描述, 需要说明的是, 若在群发消息的发送过程中还涉及到费用的 计算, 则在本实施例中还可以对各子群消息进行计费鉴权, 即当 SDP的业务接入 网关将群发消息拆分为若干个子群消息之后, SDP的服务总线调用 SDP的业务支 撑系统代理分别针对每个子群消息进行计费鉴权, SDP的服务总线会将计费鉴权 成功的子群消息发送给网络接入网关, 由网络接入网关执行下发过程, 具体的, 下面从服务总线的角度对本发明实施例中的群发消息处理方法进行描述:
( 1 )服务总线从业务接入网关获取子群消息, 每个子群消息中的目的终端 信息具有相同的接入码;
本实施例中, 业务接入网关对群发消息拆分得到若干个子群消息之后, 若 需要对子群消息进行计费鉴权, 则业务接入网关会将这些子群消息发送至服务 总线, 则服务总线能够从业务接入网关接收到子群消息, 这些子群消息中每个 子群消息所包含的目的终端信息都具有相同的接入码。
( 2 )服务总线调用业务支撑系统代理对子群消息中的每个目的终端信息进 行计费鉴权;
当服务总线接收到子群消息之后, 即可调用业务支撑系统代理对这些子群 消息中的每个目的终端信息进行计费鉴权, 以确定该子群消息中计费鉴权成功 的目的终端信息以及计费鉴权失败的目的终端信息。
( 3 )服务总线接收业务支撑系统代理反馈的鉴权结果;
当业务支撑系统代理对子群消息中的每个目的终端进行计费鉴权完毕之 后, 会向服务总线反馈鉴权结果, 该鉴权结果中包含计费鉴权成功的目的终端 信息以及计费鉴权失败的目的终端信息。
( 4 )服务总线根据该子群消息中计费鉴权成功的目的终端信息组装新的子 群消息, 将新的子群消息发送至网络接入网关。
服务总线接收到业务支撑系统代理发送的鉴权结果之后, 可以从该鉴权结 果中查询到计费鉴权成功的目的终端信息, 并将这些计费鉴权成功的目的终端 信息组装成新的子群消息, 即该新的子群消息是计费鉴权成功的子群消息, 之 后服务总线将该新的子群消息发送至网络接入网关, 以便于网络接入网关下发 新的子群消息。
需要说明的是, 本实施例中, 若子群消息中所有的目的终端信息的计费鉴 权均成功, 则服务总线无需再对子群消息进行重新组装, 而可以直接将从业务 接入网关接收到的子群消息转发至网络接入网关。
本实施例中, 由于是对子群消息进行计费鉴权, 而不是对子消息进行计费 鉴权, 所以能够减少计费鉴权所花费的时间, 因此能够有效的提高群发消息传 输的效率。
可以理解的是, 若群发消息的发送过程不涉及费用的计算, 则无需对子群 消息执行计费鉴权过程, 在实际应用中, 是否需要釆用对子群消息的计费鉴权 过程由运营商策略决定, 此处不作限定。
下面从网络接入网关的角度对本发明实施例中的群发消息处理方法进行描 述:
( 1 ) 网络接入网关接收业务接入网关发送的子群消息;
本实施例中, 业务接入网关对群发消息拆分得到若干个子群消息之后, 业 务接入网关可以将这些子群消息发送至网络接入网关, 则网络接入网关能够从 业务接入网关接收到子群消息, 这些子群消息中每个子群消息所包含的目的终 端信息都具有相同的接入码。
( 2 )网络接入网关按照子群消息中包含的目的终端信息将子群消息拆分为 子消息, 每个子消息对应一个唯一的目的终端信息;
网络接入网关接收到业务接入网关发送的子群消息之后, 按照该子群消息 中的目的终端信息将该子群消息拆分为子消息, 每个子消息对应一个唯一的目 的终端信息, 即有多少个目的终端信息即拆分得到多少个子消息。
( 3 ) 网络接入网关向对应的目的终端发送子消息。
网络接入网关将子群消息拆分为子消息之后, 即可将子消息发送至对应的 目的终端, 在实际应用中, 网络接入网关可以将子消息发送至消息中心, 再由 消息中心将子消息发送至对应的目的终端, 具体发送方式此处不作限定。
本实施例中, 网络接入网关接收到的是子群消息, 则网络接入网关内部对 该子群消息进行拆分, 所以在消息到达网络接入网关之前,在 SDP内部均以子群 消息的方式在各网元间传输, 由于每个子群消息中都包含若干个目的终端信息, 且每个子群消息中的目的终端信息具有相同的接入码, 因此相对于现有技术, 本实施例中在 SDP内部传输子群消息可以有效的减少在 SDP中传输的消息的数 量, 所以能够减轻 SDP的负担。
上述实施例是以 SDP接收群发消息并处理的流程为例进行说明 ,可以理解的 是, 在实际应用中, 除了 SDP处理群发消息之后, 同样还可以是其他的流程, 例 如路由群发消息, 或其他类似的群发消息的场景, 只要群发消息的目的终端具 有与地域相关的接入码即可釆用上述的技术方案进行群发消息的处理, 此处不 作限定。
为便于理解,下面仍以 SDP处理群发消息的流程为例对本发明实施例中的群 发消息处理方法进行详细描述, 请参阅图 2, 本发明实施例中群发消息处理方法 第二实施例包括:
201、 业务接入网关接收发往目的终端的群发消息;
需要首先说明的是,本实施例中的 SDP具体可以包括业务接入网关,服务总 线, BSS代理以及网络接入网关, 具体这些网元的功能以及连接关系将在后续的 SDP实施例中进行详细描述。
本实施例中, 业务接入网关从服务提供商接收群发消息, 该群发消息中包 含目的终端信息。
例如, 业务接入网关接收到的群发消息为如下形式("今天是中国的传统节 日: 春节。 祝各地的华人朋友春节快乐!", "0861390000000, 08613900000001 , 08613900000002 , 0015000000 , 0015000002" )„
其中, 群发消息的内容为 "今天是中国的传统节日: 春节。 祝各地的华人 朋友春节快乐! ", 群发消息的 目 的终端信息为 " 0861390000000 , 08613900000001 , 08613900000002, 0015000000, 0015000002" , 即该群发消息 将会被发送至上述 5个号码对应的 5个用户终端。
可以理解的是, 业务接入网关同样可以从运营商或其他业务提供商处接收 待发送的群发消息, 具体此处不作限定。 202、 业务接入网关对发送该群发消息的服务提供商进行认证; 业务接入网关接收到群发消息之后, 为了确保群发消息的合法性, 可以对 提供该群发消息的服务提供商进行认证, 具体的认证方式可以为: 判断该服务 提供商是否在预置的可信名单中, 若在, 则确认该服务提供商可信。 可以理解 不作限定。
需要说明的是, 本实施例中的步骤 202为可选步骤, 若 SDP对群发消息的安 全性要求不高, 或者是默认信任所有的服务提供商, 则也可以不对服务提供商 进行认证。
203、 业务接入网关向服务提供商反馈认证响应;
204、 业务接入网关对群发消息进行子群拆分;
当业务接入网关确认了服务提供商可信之后, 则可以对该服务提供商发送 的群发消息进行子群拆分, 具体的过程可以为:
获取群发消息中的目的终端信息的前缀码或者后缀码, 将前缀码或者后缀 码作为接入码;
将前缀码或者后缀码相同的目的终端信息归为同一类别;
按照目的终端信息的类别的数目, 将群发消息拆分为对应数目个子群消息, 每个子群消息中对应一个类别的目的终端信息。
具体的 , 目 的终端信息为 " 0861390000000 , 08613900000001 , 08613900000002, 0015000000, 0015000002" , 其中, 每个目的终端信息的前三 位是前缀码, 用以代表该目的终端所在的国家, 其中 086表示中国, 001表示美 国, 则业务接入网关获取到各目的终端信息的前缀码之后, 可以将目的终端信 息分为两类, 这两类的前缀码分别为 086和 001:
1类: "0861390000000, 08613900000001 , 08613900000002" ;
2类: "0015000000, 0015000002"。
当目的终端信息被归为两类之后, 则可以将群发消息拆分为对应的两个子 群消息, 分别为:
"086" 子群消息: ("今天是中国的传统节日: 春节。 祝各地的华人朋友春 节快乐!,,, "0861390000000, 08613900000001 , 08613900000002" );
"001" 子群消息: ("今天是中国的传统节日: 春节。 祝各地的华人朋友春 节快乐!", "0015000000 , 0015000002" )。 其中, "086" 和 "001" 可以分别作为两个子群消息的标识。
需要说明的是, 本实施例中, 子群消息为 2个, 则实际应用中, 若目的终端 进一步增加, 接入码进一步的增加, 则还可以相应的将群发消息拆分为更多的 子群消息, 具体拆分的过程与上述过程一直, 此处不再赘述。
本实施例中, 若每个子群消息中的目的终端信息的数目有限制, 例如限制 为 2个, 则 "086" 子群消息会再次被拆分为 2个子群消息。
在下面的叙述中, 不考虑 "086"子群消息再次被拆分的情况, 即当前 "086" 子群消息以及 "001" 子群消息中所包含的目的终端信息的数目均低于或等于预 置门限值。
205、 业务接入网关将拆分后的子群消息发送至服务总线;
业务接入网关对群发消息进行拆分之后, 将拆分后的子群消息发送至服务 总线。
业务接入网关向服务总线发送子群消息请求 1 ~ N, 其中 N为子群消息的数 目, 本实施例中子群消息为 2个, 业务接入网关将 "086" 子群消息以及 "001 " 子群消息发送至服务总线。
206、 服务总线向业务接入网关反馈响应;
207、 服务总线对接收到的子群消息进行合法性检查;
本实施例中, 服务总线在接收到业务接入网关发送的子群消息后, 可以对 该子群消息的具体内容进行合法性检查, 具体可以检查该子群消息的内容是否 符合法律法规的规定等, 检查的方式以及过程为现有技术, 此处不作限定。
可以理解的是, 本实施例中的步骤 207为可选步骤, 若 SDP对群发消息内容 的合法性要求不高, 或者是默认信任所有的群发消息, 则也可以不对子群消息 的合法性进行检查。
208、 服务总线向 BSS代理发送子群消息计费请求;
服务总线确定子群消息的内容合法之后,则可以向 BSS代理发送子群消息计 费鉴权请求, 以请求 BSS代理对 "086" 子群消息以及 "001" 子群消息进行计费 鉴权。
在跨域的群发消息传输过程中,计费鉴权需要由目的终端对应的 BSS代理实 现, 则服务总线根据接入码调用相应子域的 BSS代理接口, 即可请求相应的 BSS 代理进行计费鉴权, 例如服务总线可以根据 "086" 和 "001" 分别确定一个 BSS 代理, 并通过对应的接口向对应的 BSS代理发送计费鉴权请求。 209、 BSS代理向服务总线反馈响应;
210、 BSS代理向服务总线反馈鉴权结果;
BSS代理在接收到服务总线发送的计费鉴权请求之后,则可以对子群消息进 行计费鉴权, 具体可以为判断发送群发消息的服务提供商的账户余额是否充足, 若为双向收费, 还可以判断目的终端的账户余额是否充足, 可以理解的是, 具 体的计费鉴权的过程为现有技术, 此处不作限定。
计费鉴权完成后, 可以调用服务总线的回调接口向服务总线反馈鉴权结果, 该鉴权结果中包含鉴权成功的子群消息的标识以及鉴权失败的子群消息的标 识, 本实施例中, 假设 "001" 子群消息鉴权失败, 则 "086" 对应的 BSS代理反 馈的鉴权结果为 "鉴权成功: 086" ; "001 "对应的 BSS代理反馈的鉴权结果为 "鉴 权失败: 001"。
需要说明的是, 若计费鉴权时需要对目的终端进行计费鉴权, 则某子群消 息中可能会有部分目的终端计费鉴权失败, 另一部分计费鉴权成功, 例如 "086" 子群消息中包含 3个目的终端信息, 其中 "08613900000002" 的计费鉴权失败, 另外两个计费鉴权成功, 则 BSS代理会向服务总线反馈鉴权结果列表, 其中包含 "086" 子群消息中鉴权成功的目的终端信息以及鉴权失败的目的终端信息, 具 体可以为 "鉴权成功: 08613900000000 , 08613900000001; 鉴权失败: 08613900000002"。
211、 服务总线向 BSS代理反馈响应;
212、 服务总线对鉴权结果进行分析;
服务总线在接收到 BSS代理反馈的鉴权结果之后, 则可以获知鉴权结果为 "001 " 子群消息计费鉴权失败, "086" 子群消息中的 "08613900000000" , 以 及 "08613900000001" 计费鉴权成功。
服务总线可以根据鉴权成功的目的终端信息重新组装一个新的子群消息, 将该新的子群消息作为鉴权成功的子群消息, 该新的子群消息中包含鉴权成功 的目的终端信息, 该新的子群消息的子群标识可以与原子群消息的子群标识相 同, 也可以不同, 4叚设新的子群消息的子群标识为 "086-2"。
需要说明的是, 新的子群消息所包含的目的终端信息只能限于原子群消息 内, 即假设 "001 " 子群消息中的 "0015000000" 鉴权成功, 则总共有 3个目的 终端信息鉴权成功, 但在重新组装新的子群消息时, 不能将这 3个目的终端信息 放在同一个子群消息内, 而仍然需要分为两个新的子群消息。 213、 服务总线向网络接入网关发送鉴权成功的子群消息;
本实施例中, 服务总线可以通过鉴权结果确定 "086-2"子群消息鉴权成功, 则根据该子群消息的目的终端的接入码 "086" 查询对应的网络接入网关, 并向 该网络接入网关发送该 "086-2" 子群消息。
需要说明的是,在跨域的群发消息中, SDP平台需要根据不同的接入码将该 群发消息路由到不同的子域设备, 即网络接入网关, 则服务总线根据 "086" 确 定对应的网络接入网关之后, 可以将 "086" 子群消息发送至该网络接入网关。
需要说明的是, 本实施例中,服务总线调用 BSS代理进行计费鉴权的过程为 可选的步骤, 若群发消息的发送过程不涉及费用的计算, 则无需对子群消息执 行计费鉴权过程, 在实际应用中, 是否需要釆用对子群消息的计费鉴权过程由 运营商策略决定, 此处不作限定。
214、 网络接入网关向服务总线反馈响应;
215 ~ 216、 服务总线通过业务接入网关向服务提供商反馈鉴权失败号码报 告.
若某子群消息计费鉴权失败, 则服务总线可以通过业务接入网关向发送群 发消息的服务提供商反馈鉴权失败号码报告, 在该报告中携带有计费鉴权失败 的子群的标识, 或者是目的终端信息, 此外还可以携带有计费鉴权失败的原因。
需要说明的是, 若所有的子群消息都计费鉴权成功, 则可以不执行步骤 215 以及 216。
217、 网络接入网关对子群消息进行拆分;
网络接入网关在接收到服务总线发送的子群消息之后, 可以按照该子群消 息中携带的目的终端信息将该子群消息进行进一步拆分为若干子消息, 每个子 消息对应一个唯一的目的终端信息, 即该子群消息中包含有多少个目的终端信 息, 则该子群消息会被拆分为多少个子消息。
例如, 网络接入网关接收到服务总线发送的 "086-2" 子群消息: ("今天是 中国的传统节日: 春节。 祝各地的华人朋友春节快乐!", "0861390000000 , 08613900000001" ), 该子群消息中包含 2个目的终端信息, 则网络接入网关将该 子群消息拆分为 2条子消息, 分别为:
1、 ( "今天是中国的传统节日: 春节。 祝各地的华人朋友春节快乐!", "0861390000000" );
2、 ( "今天是中国的传统节日: 春节。 祝各地的华人朋友春节快乐!", "08613900000001" )„
218、 网络接入网关向消息中心发送拆分后的子消息;
网络接入网关对子群消息进行拆分之后, 则将拆分后的子消息发送至消息 中心以请求消息中心按照目的终端信息, 将各子消息发送至各自对应的目的终 端。
219、 消息中心向网络接入网关反馈响应;
220、 消息中心向网络接入网关发送状态报告;
消息中心将子消息下发至对应的目的终端之后, 向网络接入网关发送状态 报告, 该状态报告中包含子群标识以及目的终端信息, 用以标识该子消息发送 成功。
221、 网络接入网关向服务总线转发状态报告;
网络接入网关在接收到消息中心发送的状态报告之后, 将该状态报告透穿 至服务总线。
对于跨域群发消息, 网络接入网关会从消息中心接收到每个目的终端信息 对应的状态报告, 并依次转发给服务总线。
222、 服务总线向 BSS代理发送计费确认;
服务总线接收到网络接入网关发送的状态报告之后, 可以从该状态报告中 读取子群标识以及目的终端信息, 例如 (086 , 08613900000000 ), 则根据该子 群标识 "086" 调用对应的 BSS代理接口, 向该 BSS代理发送计费确认, 该计费 确认中可以包含目的终端信息, 请求该 BSS代理进行扣费。
223、 BSS代理向服务总线发送响应;
BSS代理在接收到服务总线发送的计费确认之后,可以根据计费确认中的目 的终端信息对该目的终端进行扣费, 扣费的具体过程还可以釆用其他的方式, 具体为现有技术, 此处不作限定。
224 ~ 225、 服务总线通过业务接入网关向服务提供商反馈状态报告。
本实施例中, 业务接入网关在接收到群发消息之后, 会根据群发消息中的 目的终端信息对应的接入码对群发消息进行拆分, 且拆分后的每个子群消息中 的目的终端信息具有相同的接入码, 不同子群消息中的目的终端信息的接入码 不同, 之后业务接入网关将拆分后的子群消息发送至服务总线, 由服务总线调 用对应的 BSS代理对子群消息进行计费鉴权,由于群发消息的目的终端数目比较 多, 某些目的终端具有相同的地域特性, 即具有相同的接入码, 因此相对于现 有技术, 本发明实施例将群发消息拆分为子群消息后, 可以有效的减少在 SDP 中传输的消息的数量, 所以能够减轻 SDP的负担;
同时, 较少的消息可以有效的减少计费鉴权以及在网元之间传输的时间, 因此能够有效的提高群发消息传输的效率。
需要说明的是, 上述实施例中, 以手机号码作为目的终端信息为例, 以手 机号码的前缀码作为接入码为例进行说明, 可以理解的是, 在实际应用中, 同 样还可以是其他类型的目的终端信息以及接入码, 例如后缀码, 例如以电子邮 件地址作为目的终端信息, 以电子邮件地址的域名作为接入码, 以呼叫号码作 为目的终端信息, 以呼叫号码的国家号码或地区号码作为接入码, 具体还可以 是其他类型的目的终端信息以及接入码, 此处不作限定。
请参阅图 3 , 本发明实施例中的业务分发平台实施例具体包括:
业务接入网关 301 , 用于发往目的终端的接收群发消息, 群发消息中包含目 的终端信息, 根据目的终端信息对应的接入码将群发消息拆分为至少两个子群 消息, 每个子群消息中的目的终端信息具有相同的接入码, 不同子群消息中的 目的终端信息的接入码不同, 向网络接入网关 304发送子群消息;
网络接入网关 304 , 用于接收业务接入网关 301发送的子群消息, 按照该子 群消息中包含的目的终端信息将该子群消息拆分为子消息, 每个子消息对应一 个唯一的目的终端信息, 向对应的目的终端发送子消息。
可以理解的是, 上述仅包含业务接入网关 301以及网络接入网关 304的业务 分发平台是无需进行费用计算的, 即无需对子群消息进行计费鉴权, 在实际应 用中, 由于运营商策略的不同, 可能需要对群发消息进行费用计算, 即需要对 子群消息进行计费鉴权, 则在这种情况下, 本实施例中的业务分发平台还可以 进一步包括:
服务总线 302 , 用于接收业务接入网关 301发送的子群消息, 调用业务支撑 系统代理 303对子群消息进行计费鉴权, 向网络接入网关 304下发计费鉴权成功 的子群消息;
业务支撑系统代理 303 , 用于根据服务总线 302的调用对子群消息进行计费 鉴权, 并向服务总线 302反馈计费结果。
本实施例中的业务接入网关 301包括:
接收单元 3011 , 用于接收发往目的终端的群发消息, 群发消息中包含目的 终端信息; 获取单元 3012 , 用于从接收到的群发消息中获取目的终端信息, 并获取目 的终端信息的接入码;
归类单元 3013 , 用于将接入码相同的目的终端信息归为同一类别; 执行单元 3014 , 用于按照目的终端信息的类别的数目, 将群发消息拆分为 对应数目个子群消息, 每个子群消息中对应一个类别的目的终端信息, 向网络 接入网关发送子群消息。
为便于理解, 下面以一具体应用场景为例,对本实施例中的 SDP的内部运作 流程进行描述:
业务接入网关 301接收发往目的终端的群发消息, 该群发消息中包含目的终 端信息, 业务接入网关 301对发送该群发消息的服务提供商进行认证, 并向服务 提供商反馈认证响应, 在对群发消息的服务提供商进行认证之后, 业务接入网 关 301对群发消息进行子群拆分使得每个子群消息中的目的终端信息具有相同 的接入码, 不同子群消息中的目的终端信息的接入码不同, 子群消息生成之后, 业务接入网关 301将拆分后的子群消息发送至服务总线 302;
服务总线 302对接收到的子群消息进行合法性检查, 合法性检查通过之后, 服务总线 302向 BSS代理 303发送子群消息计费请求, BSS代理 303向服务总线 302 反馈鉴权结果, 该鉴权结果中包含鉴权成功的子群消息的标识以及鉴权失败的 子群消息的标识, 服务总线 302对鉴权结果进行分析之后, 向网络接入网关 304 发送鉴权成功的子群消息, 同时, 服务总线 302还可以通过业务接入网关 301向 服务提供商反馈鉴权失败号码报告, 具体进行计费鉴权的过程与上述方法实施 例中所描述的计费鉴权的过程一致, 此处不再赘述;
网络接入网关 304接收到子群消息之后, 对子群消息进行拆分, 并向消息中 心发送拆分后的子消息以请求消息中心按照目的终端信息, 将各子消息发送至 各自对应的目的终端;
当子消息成功下发之后, 网络接入网关 304会从消息中心接收到状态报告, 网络接入网关 304向服务总线 302转发状态报告;
服务总线 302接收到网络接入网关 304发送的状态报告之后, 可以从该状态 报告中读取子群标识以及目的终端信息, 向 BSS代理 303发送计费确认, 该计费 确认中可以包含目的终端信息, 请求该 BSS代理进行扣费, BSS代理 303在接收 到服务总线 302发送的计费确认之后, 可以根据计费确认中的目的终端信息对该 目的终端进行扣费; 服务总线 302还可以通过业务接入网关 301向服务提供商反馈状态报告。 需要说明的是, 上述场景中描述的是对子群消息进行计费鉴权的场景, 可 以理解的是, 若群发消息的发送过程不涉及费用的计算, 则无需对子群消息执 行计费鉴权过程, 在实际应用中, 是否需要釆用对子群消息的计费鉴权过程由 运营商策略决定, 此处不作限定。
本实施例中, 业务接入网关 301在接收到群发消息之后, 会根据群发消息中 的目的终端信息对应的接入码对群发消息进行拆分, 且拆分后的每个子群消息 中的目的终端信息具有相同的接入码, 不同子群消息中的目的终端信息的接入 码不同, 之后业务接入网关 301将拆分后的子群消息发送至服务总线 302 , 由服 务总线 302调用对应的 BSS代理 303对子群消息进行计费鉴权,由于群发消息的目 的终端数目比较多, 某些目的终端具有相同的地域特性, 即具有相同的接入码, 因此相对于现有技术, 本发明实施例将群发消息拆分为子群消息后, 可以有效 的减少在 SDP中传输的消息的数量, 所以能够减轻 SDP的负担;
同时, 较少的消息可以有效的减少计费鉴权以及在网元之间传输的时间, 因此能够有效的提高群发消息传输的效率。
下面介绍本发明实施例中的业务接入网关实施例, 请参阅图 4, 本发明实施 例中的业务接入网关包括:
获取单元 401 , 用于从接收到的群发消息中获取目的终端信息, 并获取目的 终端信息的接入码;
归类单元 402, 用于将接入码相同的目的终端信息归为同一类别;
执行单元 403 , 用于按照目的终端信息的类别的数目, 将群发消息拆分为对 应数目个子群消息, 每个子群消息中对应一个类别的目的终端信息。
本实施例中, 具体的目的终端信息以及接入码可以有多种表现形式, 例如 以电子邮件地址作为目的终端信息, 以电子邮件地址的域名作为接入码, 以呼 叫号码作为目的终端信息, 以呼叫号码的国家号码或地区号码作为接入码, 具 体还可以是其他类型的目的终端信息以及接入码, 此处不作限定。
本实施例中的业务接入网关中, 当获取单元 401获取到目的终端信息的接入 码之后, 归类单元 402可以根据该接入码对目的终端信息进行归类, 从而使得执 行单元 403可以将群发消息按照目的终端信息归类的结果拆分为若干个子群消 息, 而无需将群发消息拆分至最细的单条消息, 因此能够减少该群发消息在 SDP 内部传输以及计费鉴权所消耗的资源, 进而提高群发消息的传输效率。 下面介绍本发明实施例中的服务总线实施例, 请参阅图 5 , 本发明实施例中 的服务总线包括:
子群消息获取单元 501 , 用于从业务接入网关获取子群消息, 子群消息由业 务接入网关根据群发消息中的目的终端信息对应的接入码对群发消息拆分得 到, 每个子群消息中的目的终端信息具有相同的接入码;
计费控制单元 502 , 用于调用业务支撑系统代理对子群消息中的每个目的终 端信息进行计费鉴权;
子群消息发送单元 503 , 用于将计费鉴权成功的子群消息发送至网络接入网 关, 以便于网络接入网关下发计费鉴权成功的子群消息。
本实施例中的服务总线还可以进一步包括:
鉴权结果接收单元 504, 用于接收业务支撑系统代理反馈的鉴权结果, 鉴权 结果中包含计费鉴权成功的目的终端信息以及计费鉴权失败的目的终端信息; 组装单元 505 , 用于根据该子群消息中计费鉴权成功的目的终端信息组装新 的子群消息, 将新的子群消息作为计费鉴权成功的子群消息。
本实施例中, 由于是对子群消息进行计费鉴权, 而不是对子消息进行计费 鉴权, 所以能够减少计费鉴权所花费的时间, 因此能够有效的提高群发消息传 输的效率。
下面介绍本发明实施例中的网络接入网关实施例, 请参阅图 6, 本发明实施 例中的网络接入网关包括:
子群消息接收单元 601 , 用于接收业务接入网关发送的子群消息, 子群消息 由业务接入网关根据群发消息中的目的终端信息对应的接入码对群发消息拆分 得到, 每个子群消息中的目的终端信息具有相同的接入码;
子群消息拆分单元 602 , 用于按照子群消息中包含的目的终端信息将子群消 息拆分为子消息, 每个子消息对应一个唯一的目的终端信息;
子消息发送单元 603 , 用于向对应的目的终端发送子消息。
本实施例中的子消息发送单元 603具体可以将子消息发送至消息中心, 再由 消息中心将子消息发送至对应的目的终端, 具体发送方式此处不作限定。
本实施例中, 子群消息接收单元 601接收到的是子群消息, 则网络接入网关 内部对该子群消息进行拆分, 所以在消息到达网络接入网关之前,在 SDP内部均 以子群消息的方式在各网元间传输, 由于每个子群消息中都包含若干个目的终 端信息, 且每个子群消息中的目的终端信息具有相同的接入码, 因此相对于现 有技术,本实施例中在 SDP内部传输子群消息可以有效的减少在 SDP中传输的消 息的数量, 所以能够减轻 SDP的负担。
本领域普通技术人员可以理解实现上述实施例方法中的全部或部分步骤是 可以通过程序来指令相关的硬件完成, 所述的程序可以存储于一种计算机可读 存储介质中, 该程序在执行时, 包括如下步骤:
业务接入网关接收发往目的终端的群发消息, 所述群发消息中包含目的终 端信息;
业务接入网关根据所述目的终端信息对应的接入码将所述群发消息拆分为 至少两个子群消息, 每个子群消息中的目的终端信息具有相同的接入码, 向网 络接入网关发送所述子群消息, 以便于网络接入网关按照所述子群消息中包含 的目的终端信息将所述子群消息拆分为子消息, 所述每个子消息对应一个唯一 的目的终端信息, 向对应的目的终端发送所述子消息。
上述提到的存储介质可以是只读存储器, 磁盘或光盘等。
以上对本发明所提供的一种群发消息处理方法、 业务分发平台以及相关设 备进行了详细介绍, 对于本领域的一般技术人员, 依据本发明实施例的思想, 在具体实施方式及应用范围上均会有改变之处, 综上所述, 本说明书内容不应 理解为对本发明的限制。

Claims

权 利 要 求
1、 一种群发消息处理方法, 其特征在于, 包括:
业务接入网关接收发往目的终端的群发消息, 所述群发消息中包含目的终 端信息;
业务接入网关根据所述目的终端信息对应的接入码将所述群发消息拆分为 至少两个子群消息, 每个子群消息中的目的终端信息具有相同的接入码, 向网 络接入网关发送所述子群消息, 以便于网络接入网关按照所述子群消息中包含 的目的终端信息将所述子群消息拆分为子消息, 所述每个子消息对应一个唯一 的目的终端信息, 向对应的目的终端发送所述子消息。
2、 根据权利要求 1所述的方法, 其特征在于, 所述业务接入网关向网络接 入网关发送子群消息的步骤包括:
业务接入网关将所述子群消息发送至服务总线, 以便于服务总线调用所述 子群消息对应的业务支撑系统代理对所述子群消息进行计费鉴权, 向网络接入 网关发送计费鉴权成功的子群消息。
3、 根据权利要求 1或 2所述的方法, 其特征在于, 所述业务接入网关根据 目的终端信息对应的接入码将所述群发消息拆分为至少两个子群消息的步骤之 后包括:
业务接入网关判断各子群消息中所包含的目的终端信息的数目是否超过预 置门限值, 若超过, 则将所述包含的目的终端信息的数目超过预置门限值的子 群消息拆分为至少两个子群消息, 直至所有的子群消息中包含的目的终端信息 的数目均小于或等于所述预置门限值。
4、 根据权利要求 1或 2所述的方法, 其特征在于, 所述业务接入网关根据 目的终端信息对应的接入码将所述群发消息拆分为至少两个子群消息的步骤包 括:
获取所述目的终端信息的前缀码或者后缀码, 将所述前缀码或者后缀码作 为接入码;
将前缀码或者后缀码相同的目的终端信息归为同一类别;
按照目的终端信息的类别的数目, 将所述群发消息拆分为对应数目个子群 消息, 每个子群消息对应一个所述类别的目的终端信息。
5、 根据权利要求 1或 2所述的方法, 其特征在于, 所述业务接入网关接收 群发消息的步骤与业务接入网关根据所述目的终端信息对应的接入码将所述群 发消息拆分为至少两个子群消息的步骤之间还包括:
业务接入网关对所述群发消息的发送方进行鉴权, 若鉴权成功, 则执行根 据所述目的终端信息对应的接入码将所述群发消息拆分为至少两个子群消息的 步骤, 若鉴权失败, 则向所述发送方反馈鉴权失败消息。
6、 根据权利要求 2所述的方法, 其特征在于, 所述服务总线调用所述子群 消息对应的业务支撑系统代理对所述子群消息进行计费鉴权的步骤包括:
服务总线调用业务支撑系统代理对所述子群消息中的每个目的终端信息进 行计费鉴权, 确定该子群消息中计费鉴权成功的目的终端信息以及计费鉴权失 败的目的终端信息;
服务总线接收业务支撑系统代理反馈的鉴权结果;
服务总线根据该子群消息中计费鉴权成功的目的终端信息组装新的子群消 息, 将所述新的子群消息作为计费鉴权成功的子群消息。
7、 根据权利要求 2所述的方法, 其特征在于, 所述网络接入网关向对应的 目的终端发送所述子消息的步骤包括:
网络接入网关将所述子消息发送至消息中心, 以便于所述消息中心将所述 子消息发送至对应的目的终端。
8、 根据权利要求 7所述的方法, 其特征在于, 所述网络接入网关将所述子 消息发送至消息中心之后包括:
网络接入网关接收所述消息中心反馈的状态报告, 并向所述服务总线发送 所述状态报告;
所述服务总线将接收到的状态报告发送至所述业务接入网关;
所述业务接入网关将所述状态报告发送至所述群发消息的发送方。
9、根据权利要求 1或 2所述的方法, 其特征在于, 所述接入码为国家号码, 或地区号码, 或域名。
10、 一种群发消息处理方法, 其特征在于, 包括:
服务总线从业务接入网关获取子群消息, 所述子群消息由业务接入网关根 据群发消息中的目的终端信息对应的接入码对所述群发消息拆分得到, 每个子 群消息中的目的终端信息具有相同的接入码;
服务总线调用业务支撑系统代理对所述子群消息中的每个目的终端信息进 行计费鉴权;
服务总线将计费鉴权成功的子群消息发送至网络接入网关, 以便于所述网 络接入网关下发所述计费鉴权成功的子群消息。
11、 根据权利要求 10所述的方法, 其特征在于, 所述方法还包括: 服务总线接收业务支撑系统代理反馈的鉴权结果, 所述鉴权结果中包含计 费鉴权成功的目的终端信息以及计费鉴权失败的目的终端信息;
服务总线根据该子群消息中计费鉴权成功的目的终端信息组装新的子群消 息, 将所述新的子群消息作为计费鉴权成功的子群消息。
12、 一种群发消息处理方法, 其特征在于, 包括:
网络接入网关接收业务接入网关发送的子群消息, 所述子群消息由业务接 入网关根据群发消息中的目的终端信息对应的接入码对所述群发消息拆分得 到, 每个子群消息中的目的终端信息具有相同的接入码;
网络接入网关按照所述子群消息中包含的目的终端信息将所述子群消息拆 分为子消息, 所述每个子消息对应一个唯一的目的终端信息;
网络接入网关向对应的目的终端发送所述子消息。
13、 根据权利要求 12所述的方法, 其特征在于, 所述网络接入网关向对应 的目的终端发送所述子消息的步骤包括:
网络接入网关将所述子消息发送至消息中心, 以便于所述消息中心将所述 子消息发送至对应的目的终端。
14、 一种业务分发平台, 其特征在于, 包括:
业务接入网关, 用于接收发往目的终端的群发消息, 所述群发消息中包含 目的终端信息, 根据所述目的终端信息对应的接入码将所述群发消息拆分为至 少两个子群消息, 每个子群消息中的目的终端信息具有相同的接入码, 向网络 接入网关发送子群消息;
网络接入网关, 用于接收所述业务接入网关发送的子群消息, 按照所述子 群消息中包含的目的终端信息将所述子群消息拆分为子消息, 所述每个子消息 对应一个唯一的目的终端信息, 向对应的目的终端发送所述子消息。
15、 根据权利要求 14所述的业务分发平台, 其特征在于, 所述业务分发平 台还包括:
服务总线, 用于接收所述业务接入网关发送的子群消息, 调用业务支撑系 统代理对所述子群消息进行计费鉴权, 向网络接入网关下发计费鉴权成功的子 群消息;
业务支撑系统代理, 用于根据所述服务总线的调用对所述子群消息进行计 费鉴权, 并向所述服务总线反馈计费结果。
16、 根据权利要求 14或 15所述的业务分发平台, 其特征在于, 所述业务 接入网关包括:
接收单元, 用于接收发往目的终端的群发消息, 所述群发消息中包含目的 终端信息;
获取单元, 用于从接收到的群发消息中获取目的终端信息, 并获取所述目 的终端信息的接入码;
归类单元, 用于将接入码相同的目的终端信息归为同一类别;
执行单元, 用于按照目的终端信息的类别的数目, 将所述群发消息拆分为 对应数目个子群消息, 每个子群消息中对应一个类别的目的终端信息, 向网络 接入网关发送子群消息。
17、 一种业务接入网关, 其特征在于, 包括:
获取单元, 用于从接收到的群发消息中获取目的终端信息, 并获取所述目 的终端信息的接入码;
归类单元, 用于将接入码相同的目的终端信息归为同一类别;
执行单元, 用于按照目的终端信息的类别的数目, 将所述群发消息拆分为 对应数目个子群消息, 每个子群消息中对应一个类别的目的终端信息。
18、 根据权利要求 17所述的业务接入网关, 其特征在于, 所述接入码为国 家号码, 或地区号码, 或域名。
19、 一种服务总线, 其特征在于, 包括:
子群消息获取单元, 用于从业务接入网关获取子群消息, 所述子群消息由 业务接入网关根据群发消息中的目的终端信息对应的接入码对所述群发消息拆 分得到, 每个子群消息中的目的终端信息具有相同的接入码;
计费控制单元, 用于调用业务支撑系统代理对所述子群消息中的每个目的 终端信息进行计费鉴权;
子群消息发送单元, 用于将计费鉴权成功的子群消息发送至网络接入网关, 以便于所述网络接入网关下发所述计费鉴权成功的子群消息。
20、根据权利要求 19所述的服务总线, 其特征在于, 所述服务总线还包括: 鉴权结果接收单元, 用于接收业务支撑系统代理反馈的鉴权结果, 所述鉴 权结果中包含计费鉴权成功的目的终端信息以及计费鉴权失败的目的终端信 息; 组装单元, 用于根据该子群消息中计费鉴权成功的目的终端信息组装新的 子群消息, 将所述新的子群消息作为计费鉴权成功的子群消息。
21、 一种网络接入网关, 其特征在于, 包括:
子群消息接收单元, 用于接收业务接入网关发送的子群消息, 所述子群消 息由业务接入网关根据群发消息中的目的终端信息对应的接入码对所述群发消 息拆分得到, 每个子群消息中的目的终端信息具有相同的接入码;
子群消息拆分单元, 用于按照所述子群消息中包含的目的终端信息将所述 子群消息拆分为子消息, 所述每个子消息对应一个唯一的目的终端信息;
子消息发送单元, 用于向对应的目的终端发送所述子消息。
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