WO2009000212A1

WO2009000212A1 - A message processing apparatus and terminal, a system and method for transmiting messages

Info

Publication number: WO2009000212A1
Application number: PCT/CN2008/071457
Authority: WO
Inventors: Jie Tang; Lixin Hu; Guobing Min; Gang Shao
Original assignee: Huawei Technologies Co., Ltd.
Priority date: 2007-06-27
Filing date: 2008-06-27
Publication date: 2008-12-31
Also published as: CN101075987A; CN101075987B

Abstract

The invention embodies a message processing apparatus and terminal, a system and method for transmitting messages. Herein, the message processing apparatus includes: a module for receiving a request for messages, a module for parsing the content of the request for messages, a module for requesting resources from a resource server, a module for converting the requested resources into common messages, a module for transmitting the messages which the conversion processing module has processed. By the embodiments the invention provides, offline browsing through WAP contents can be implemented through transmitting messages.

Description

Message processing apparatus, terminal, and system and method for transmitting the same

The present invention relates to the field of communications technologies, and in particular, to a message processing apparatus, a terminal, and a system and method for transmitting a message. Background technique

Wireless application protocol (WAP) is an open global standard for communication between wireless terminals and the Internet. Referring to Figure 1, WAP services can be introduced into mobile terminals of wireless communication networks. , for example: sending and receiving emails, accessing pages on WAP sites, and more.

WAP can support many digital wireless communication networks, such as GSM, GPRS, CDMA, WCDMA, CDMA-2000, and so on. The operator may forward the WAP page of the notification message such as advertisement to the user terminal directly, or the user may recommend some content interface of interest to the friend during the browsing of the WAP website, and the implementation scheme is usually The link of the WAP site is sent or told to the recommended user. The recommended user browses the page through the WAP. However, the current WAP development has a slow Internet access speed, a low transmission rate, and an unstable connection. Waiting for a long time is likely to cause the recommendation to fail. Summary of the invention

To solve the above problem, an embodiment of the present invention provides a message processing apparatus, including: a message receiving module, configured to receive a message request carrying a resource address;

a message parsing module, configured to parse the resource address received by the message receiving module, a resource requesting module, configured to request a resource from the resource server pointed to by the resource address, and a conversion processing module, configured to convert the resource to the request For ordinary messages; The message sending module is configured to send the normal message processed by the conversion processing module.

The embodiment of the invention further provides a terminal, including:

An address extraction module, configured to obtain a page resource address, and submit the resource address to a message generation module;

a message generating module, configured to generate a message including a resource address and a specified content type; and a message proxy module, configured to send a message generated by the message generating module.

The embodiment of the invention further provides a method for sending a message, including:

Get the page resource address;

Generating a message containing the resource address and a specified content type;

Send the message.

The embodiment of the invention further provides a system for transmitting a message, including:

a message processing apparatus, configured to receive a message request carrying a resource address; parse the resource address; request a resource from a resource server pointed to by the resource address; and convert the requested resource into an ordinary message and send the message;

The resource server is configured to provide the requested resource in response to the request of the message processing device.

The embodiment of the present invention further provides a relay device, including a message processing device, where the message processing device includes:

a message receiving module, configured to receive a message request carrying a resource address;

a message parsing module, configured to parse the resource address received by the message receiving module, a resource requesting module, configured to request a resource from the resource server pointed to by the resource address, and a conversion processing module, configured to convert the resource to the request For ordinary messages;

The message sending module is configured to send the normal message processed by the conversion processing module.

The embodiment of the present invention further provides a multimedia message service center, including a message processing device, where the message processing device includes:

a message parsing module, configured to parse a resource address received by the message receiving module; a resource requesting module, configured to: request a resource from a resource server pointed to by the resource address; a conversion processing module, configured to convert the requested resource into a normal message; and a message sending module, configured to send the conversion processing module to process Ordinary message.

An embodiment of the present invention further provides a method for transmitting a message, including:

Receiving a message request carrying a resource address;

Parsing the resource address;

Requesting a resource to a resource server pointed to by the resource address;

Converting the requested resource into a normal message;

Send the normal message.

The embodiment of the present invention implements browsing of external resource content by sending a message. For example, a user can browse the WAP content that is browsed to the friend in a format of a multimedia message, and the friend can directly read the multimedia message to learn the WAP content without having to pass the message. WAP mode to browse this page. Avoid the problem of unstable connection connection and low transmission rate through WAP mode, realize good friend sharing time, experience fast, and improve user satisfaction. DRAWINGS

1 is a network diagram of a WAP technology connecting an Internet service and a wireless communication network in the prior art;

2 is a flow chart of message processing according to an embodiment of the present invention;

3 is a structural diagram of a message processing apparatus according to an embodiment of the present invention;

4 is a structural diagram of a terminal structure according to an embodiment of the present invention;

5 to 12 are examples of pages in an embodiment of the present invention;

FIG. 13 is a structural diagram of a message transmission system according to an embodiment of the present invention; FIG.

FIG. 14 is a structural diagram of a message transmission system according to an embodiment of the present invention; FIG.

15 to FIG. 18 are examples of different networking signaling diagrams in an embodiment of the present invention;

FIG. 19 is a flow chart of message transmission signaling according to an embodiment of the present invention. detailed description

The present invention will be further described in detail below with reference to the accompanying drawings and embodiments. It should be understood that the illustrations are not necessarily to

The solution provided by the embodiment of the present invention may be described as follows: A message of a specified type carrying a resource address is sent from a terminal, and the message is a normal message, and the common message referred to in all the following descriptions may be a short message (short) Message, SM), may also be a multimedia message (MM). In the following embodiments, to avoid repeated description, only multimedia messages are taken as an example, but the solution is also applicable to short messages;

The specified type in the above may be marked by the content type in the request message MM1_submit.REQ in the message, and the message may include both the content and the address of the media resource, for example, including a uniform resource locator (uniform resource locator, The address is abbreviated as a URL, and may not contain content. It only contains the address of the media resource. A message processing device is set in the network to process the message. The process can be simply described as: obtaining the media content according to the message, and the media is The content is converted to a content format suitable for normal message delivery, and the normal message is returned to the caller.

An embodiment of the present invention provides a message processing apparatus for processing a multimedia message of a specified type. The device can be deployed in different devices in the network, or can be separately set. This device can also be understood as a message processing. The mediation unit, the flow of the message processing of the device refers to FIG. 2, wherein to distinguish different processing flows, the content type of the message is assigned a name, and the subsequent steps can be identified by the name and transferred to different processes. The specified type is named as an external storage type in this embodiment, and the URL address is called an external address, which is merely an example and does not limit the present invention. The process flow is described as follows:

The message processing device receives a message processing request, where the message request includes a resource address; the message may also be a message of a specified type (defined herein as an external storage type), for example, in a message Specify the type of the message in the content type field;

Parsing the resource address (here, the external address) in the message content, confirming the resource server pointed to by the address, and the resource address is, for example, a reference URL (reference URL) carried in the message;

Requesting multimedia resources from the resource server pointed to by the resource address. The resource server may be a server that can provide resources such as Web Server or WAP Server. The resource request is generally used to use the HTTP protocol GET URL; if the resource server cannot be located or the resource address cannot be obtained Pointing to the multimedia resource, returning the prompt information or response information of the resource acquisition error;

If the resource server can be located, the multimedia resource can be obtained, and the message processing device converts the requested resource, usually the multimedia content, into a media content format of the multimedia message that can be sent; if the conversion succeeds, the new multimedia message is constructed according to the media content. According to the preset relationship between the specified type and other types (the specific correspondence is described in the table and text of the next paragraph), the specified type before the conversion is changed to the corresponding converted type (also can be the specified type), The media content is then appended to the message body to generate a new multimedia message, and the multimedia message is returned as a response to the caller for processing; otherwise, the media conversion error prompt message or response information is returned.

The following further describes the conversion process as follows: The media content in the multimedia message is generated according to the preset media content generation conversion manner, and the preset may be in the SMSC, the terminal, the message processing device, the relay device (Redirector), and the like. The pre-set manner may be the correspondence between the resource media type before the conversion and the converted target media type, and may refer to the conversion parameters and the corresponding description operation modes shown in the following table:

Operation

Original converts all acquired resources into media in MMS;

Text Only only uses the text in the obtained resource as the multimedia message content.

Image Only only takes the pictures in the obtained resources as multimedia message content.

Audio Only only uses the audio in the acquired resource as the multimedia message content.

Audio Only only uses the video in the acquired resource as the multimedia message content. Main Content will take the main content of the obtained resource as the content of the multimedia message, and remove the navigation, classification, etc. of the page by the algorithm, and only retain the main content of the article;

Setting the media type *.xxx only uses the media of the *.χχχ type in the obtained resource as the multimedia message content; the above embodiment transmits the external resource media (for example, WAP content) into a message, thereby implementing the message through Way to browse the browsing of external resource media, for example,

For WAP content, offline browsing of WAP content can be achieved.

The present invention further provides an embodiment, and mainly describes a message processing apparatus 100. Referring to FIG. 3, the apparatus 100 may specifically include the following modules:

The message receiving module 110 is configured to receive a message request carrying a resource address.

The message parsing module 120 is configured to parse the resource address received by the message receiving module; the resource requesting module 130 is configured to request the resource from the resource server pointed to by the resource address; and the conversion processing module 140 is configured to convert the requested resource into a common message. ;

The message sending module 150 is configured to send the normal message processed by the conversion processing module 140. The correspondence between the content type of the pre-conversion message and the content type of the converted message is set in advance in the conversion processing module 140. The conversion processing module 140 can also include:

The conversion sub-module 141 is configured to convert the requested resource into a message content that can be sent, and change the content type of the message according to the preset correspondence relationship;

The message sub-module 142 is configured to add the converted message content to the message body to generate a new normal message.

The interaction of each module in the message transmission process is further described below:

The message receiving module 110 receives the message request carrying the resource address through the internal and/or external interface. The message request may be from different devices, such as a relay device (Redirector) and an MMS relay (MMS Relay), due to different system networking architectures. /Server (Server), etc.

Then, the message parsing module 120 parses the resource address carried in the message request, and learns the resource server pointed to by the resource address;

The resource requesting module 130 requests a resource (WEB page or WAP page) from the resource server, and if the resource address cannot be located or the resource returns an error, the resource positioning error information is returned. Otherwise, the conversion sub-module 141 of the conversion processing module 140 continues to convert the requested resource (usually a multimedia resource) into a message content that can be sent, and changes the content type of the message according to the preset correspondence; the construction message sub-module 142 will The converted message content of the conversion sub-module 141 is added to the message body to generate a new normal message (usually a multimedia message). If it cannot be generated normally, the media generated error message is returned to the device that sends the message request;

The new normal message is then returned by the message sending module 150 to the device that sent the message request via the internal and/or external interface.

By converting the requested resource (usually a multimedia resource) into a common message, the embodiment realizes offline browsing of the WAP content, fully utilizes the network resources for sending and receiving the message, and saves the operation of browsing the WAP content on the Internet. For example, a user can browse the WAP content to a friend in a multimedia message format, and the friend can directly read the multimedia message to know the WAP content without having to browse the page through the WAP method. Avoid the problem of unstable connection connection and low transmission rate through WAP, and realize friend sharing in a timely manner, experiencing rapidity and improving user satisfaction.

The present invention provides an embodiment, and mainly describes a terminal 200. Referring to FIG. 4, the method includes: an address extraction module 210, configured to obtain a page resource address from a WAP browser, or extract a resource address from a message including an address. , the resource address is submitted to the message generating module 220;

The message generating module 220 is configured to generate a message including a resource address and a specified content type, and a message proxy module (MMS UA) 230, configured to send the message generated by the message generating module 220 and receive the message.

The correspondence between the specified content type of the message and other content types is preset in the terminal 200.

The terminal can be used as a multimedia message sender, and the process of generating and transmitting a multimedia message of a specified type by the terminal can be described as follows:

1. The user starts the WAP/HTTP browser and browses the WAP/HTTP network through wireless access. Station information, the mobile terminal accesses the WAP protocol as an example to illustrate the process of user access: Step a, the WAP microbrowser is started on the mobile terminal, the WAP browsing request is initiated, and the WAP protocol is applied between the mobile terminal and the WAP gateway. The request includes a uniform resource locator (URL) for requesting browsing content;

Step b: The WAP gateway performs protocol conversion on the browsing request sent by the mobile terminal, and converts the WAP request message of the browsing request into an HTTP protocol request message on the Internet and sends the message to the service provider/content provider (Service provider/content provider, SP for short) /CP);

Step c, the SP/CP returns the content of the corresponding URL of the request to the WAP gateway according to the requested URL;

Step d, the WAP gateway adapts the response message returned by the SP/CP according to the terminal capability, and the adapted content is encoded by the WAP protocol, and the WAP gateway sends the response message to the mobile terminal; Step e, the requested page is displayed on the mobile terminal content.

At this time, an example of a WAP page that the user browses through the terminal browser is shown in FIG. 5 to FIG.

2. The following example shows the process of the terminal extracting the URL address and generating a message:

Method 1: Recommend the content of the browsed page, automatically use the URL address of the page as the field value of the reference URL (reference URL), generate a multimedia message of the specified type, receive the recipient number input by the user, and the user may choose to add other The content is taken as another fragment of the message, and the example is as shown in FIG. 8 to FIG. 9. The user confirms the message and constructs a complete multimedia message of a specified type.

Method 2: For a page with an address link, the terminal can extract the URL address of the link as a field value of a reference URL of a specified type of multimedia message, or use multiple link addresses as different pieces of a message. Adding to the same message, the example is shown in Figure 10 to Figure 12. The user confirms the message and constructs a complete multimedia message of the specified type.

After the message is constructed, the user selects to send the multimedia message through the message proxy module 230 in the terminal. This sending process can be described as follows: The MMS transmission can be carried in two ways: 1. The MMS is carried in the GPRS network, the MMS terminal accesses the WAP gateway through the GPRS mode, and accesses the multimedia service center; 2. The MMS is carried in the circuit switched data (CSD) mode. The terminal accesses the WAP gateway through dial-up and accesses the multimedia service center. The GPRS mode is a more commonly used bearer mode. A WAP connection (CSD/GPRS), and the message encoded by the WAP WSP protocol is sent as a WSP POST content.

Through this embodiment, the terminal generates and transmits a multimedia message of a specified type, enriching the function of the terminal; and handing over the power of the service selection to the terminal user, also reflects the trend of business development.

The present invention further provides an embodiment, which mainly describes a system 1000 for messaging, as shown in FIG. 13, including a terminal 200, a message processing device 100, and a resource server 300, wherein:

The terminal 200 is configured to extract a resource address, and generate a message that includes the resource address and the specified content type.

The message processing apparatus 100 is configured to receive a message request carrying a resource address, parse the resource address, request a resource from the resource server pointed to by the resource address, and convert the requested resource into a normal message and send the resource;

The resource server 300 is configured to provide the requested resource in response to a request of the message processing device. Refer to the system composition of MMS service, mail service and MMS value-added service as shown in Figure 14, where:

The terminal is configured to browse, edit, and process the MMS through the module, and send and receive the message involved in the MMS service, etc.; here, the terminal 200 mentioned in the foregoing embodiment may be used;

Multiple Message Service Center (MMSC), which includes functions of MMS Relay and MMS Server, performs protocol conversion, content adaptation, storage and scheduling for MMS, and completes MMS in different multimedia devices. The interaction between.

In addition, the system can also include MMS user database, mail server, external value-added Use a server (such as SP/CP), a relay device (Redirector), and so on.

The MMS user database stores user information, personalized information, interface information, and the like;

The mail server provides a mail service to the terminal;

SP/CP provides MMS value-added service services;

The relay device (Redirector) distributes the message between the terminal and the MMSC, so that the message submitted by the terminal can be distributed to the home MMSC.

A message processing device is added to the system, and a correspondence relationship between the content type before the message conversion and the converted content type is set in advance in the message processing device. Referring to FIG. 15, a network structure of a specified type is sent from the terminal 200, and the type can be sent by the MM1_submit.REQ message. The content type in the detailed description is marked. The multimedia message includes an address of the media resource, such as a URL address. The message processing apparatus 100 requests the resource server 300 where the resource is located according to the media resource address included in the received multimedia message. The server may have multiple), obtain the media content, convert it into a content format suitable for multimedia message delivery, and forward it to the MMS relay/server 400 for transmission.

The format of the parameter in the MMS message can be described by way of example. For the convenience of description, the specified type is named as an external reference, and other names can be used. Examples are as follows:

Message Type: MM 1 submit.REQ

Transaction ID: nnnnn

MMS Version : 1.0

Recipient address: +40123456789/TYPE=PLMN

Content type: ExternalReference

Reference URL : wap.monternet.com

As another example, the specified type can also be used as a media part of the entire multimedia message, as

A media clip of a SIML format media message:

Message Type: MM 1 submit.REQ

Transaction ID: nnnnn

MMS Version : 1.0

Recipient address: +40123456789/TYPE=PLMN

Content type: application/vnd. wap. multipart, related— ExternalReference Type: application/ siml;

Content-type: ExternalReference

Reference URL : wap.monternet.com The standard MMl-submit.REQ message is defined as follows:

The message processing device may be added to the system, and the message processing device may be combined with the existing multimedia message system device. The message processing device and the external interface may be changed according to the merged device, but the basic structure and the interaction relationship are the same.

For example, the setting is merged with the relay device (Redirector). Referring to Figure 16, the interaction process is described as follows:

1. The MMS sender sends a message request of a specified type; receiving; 3. The relay device (Redirector) determines, according to the content type field of the MMS message header, that the multimedia message carries the media content of the specified type; continues to execute 4;

4. The relay device (Redirector) forwards the message to the message processing device through the internal/external interface;

5. The message processing device parses the media resource URL, requests the resource server (WEB page or WAP page); if the resource address cannot be located or the resource returns an error, the resource positioning error information is returned, otherwise the execution continues;

6. The message processing device generates the media content in the multimedia message, changes the content type of the specified type message to a preset corresponding type, and appends the media content to the Message body to generate a new multimedia message; the message processing device will newly generate the multimedia. The message is returned to the relay device (Redirector) through the internal/external interface; if it cannot be generated normally, the media generated error message is returned to the relay device (Redirector);

7. The relay device (Redirector) looks up the sender MMS relay (MMS Relay)/server (Server) and forwards the new multimedia message to the sender MMS relay (MMS Relay)/server (Server);

8. The sender MMS relay / server (Server) returns a response to the relay device (Redirector), indicating whether the reception is successful;

9. Other steps are the same as those of the prior art.

For example, the message processing device is combined with the sender MMS relay (MMS Relay) / server (Server), as shown in FIG. 17, the interaction process is described as follows:

1. The MMS sender sends a request message of the specified type to the sender MMS relay (MMS Relay) / server (Server);

2. The sender MMS relay / server (Server) returns a response to the MMS sender, indicating whether the reception is successful;

3. The sender MMS relay/server (Server) determines that the multimedia message carries the specified type of media content according to the content type field of the MMS message header; 4;

4. The sender MMS relay / server (Server) forwards the media message to the message processing device through the internal / external interface;

5. The message processing device parses the media resource URL, requests the resource server (WEB page or WAP page); if the resource address cannot be located or the resource returns an error, the resource location error is returned, otherwise the execution continues;

6. The message processing device generates the media content in the multimedia message, changes the content type of the specified type message to a preset corresponding type, and appends the media content to the Message body to generate a new multimedia message; the message processing device will newly generate the multimedia. The message is returned to the sender MMS relay (Server) through the internal/external interface; if it cannot be generated normally, the media generated error message is returned to the sender MMS relay (MMS Relay) / server (Server );

7. The sender MMS relay / server forwards the new multimedia message to the receiver MMS relay / server (Server);

8. The receiver MMS relay/server returns the submit response to the sender MMS relay (Server) to indicate whether the reception is successful. 9. Others are the same as the prior art steps. .

For example, the message processing device is combined with the receiver MMS relay (MMS Relay)/Server (Server). Referring to FIG. 18, the description of the interaction process is the same as that of the above embodiment, and is not repeated here.

The present invention further provides an embodiment, which mainly describes a method for transmitting a message, which may be described as follows: pre-setting a correspondence between a content type before a message conversion and a content type after conversion; receiving a message request carrying a resource address; wherein the message Requesting a message request for a specified content type; a message request can be generated by the terminal;

Parsing a resource address included in the message request, requesting a resource from a resource server pointed to by the resource address; the resource is usually a multimedia resource; Convert the requested resource to a normal message and send a normal message. The conversion process can be described as follows: Convert the requested resource into a message content that can be sent; and change the content type of the message according to the preset correspondence; add the message content to the message body to generate a new normal message, The message can be a short message or a multimedia message.

The above method can be implemented in the sender MMS relay (MMS Relay) / server (server), or on different messaging devices, such as a relay device (Redirector), and can also be in the receiver MMS relay (MMS). Implemented in Relay / Server ( server ).

The process implemented in the receiver MMS relay (MMS Relay) / server (server), as shown in FIG. 19, may also include the following steps before the foregoing method process:

The receiving multimedia message service center receives the message request carrying the resource address;

Generating an internal resource address corresponding to the resource address, and generating the internal URL address as a storage address of the MMS relay/server multimedia message of the receiver to the MMS receiver; when the MMS receives the direction to the receiver MMS When the MMS Relay / server requests the data content, that is, the MMS receiver initiates a multimedia message request to the MMS relay / server according to the received internal resource address. The acquisition address contained in the request is the internal resource address. The receiving multimedia message service center parses the internal resource address; obtains the corresponding original resource address, and then the receiver MMS relay/server (server) requests the content of the media from the resource server, and then converts the content of the media into The normal message is returned to the MMS receiver.

The advantages of this method are also obvious. When the user requests the media content and then obtains the content from the outside, the storage space of the MMS SERVER can be saved, and the latest external media content can be provided to the user.

In summary, the embodiment of the present invention implements converting the specified content into a common message (including a short message and a multimedia message), and particularly realizes the conversion from the WAP content to the multimedia message, so that more terminals can browse. Rich content can also save WAP access resources and increase opportunities for operators to expand new services. From the terminal access and WAP technology itself, a transfer method has been added, which makes the user and the operator have a more choice, and the resource and service configuration are more reasonable.

The above is only the preferred embodiment of the present invention and is not intended to limit the scope of the present invention.

Claims

Claim

A message processing device, comprising:

2. The device according to claim 1, further comprising:

Corresponding relationship between the content type before the message conversion and the converted content type is preset in the conversion processing module.

The device of claim 2, wherein the conversion processing module further comprises: a conversion sub-module, configured to convert the requested resource into a message content that can be sent, and change according to a preset correspondence The content type of the message;

A message sub-module is constructed to add the converted message content to the message body to generate a new general message.

A terminal, wherein the terminal comprises:

5. A method for sending a message, comprising:

Get the page resource address;

Send the message.

The method of claim 5, wherein the obtaining the page resource address comprises: obtaining the resource address of the page by recommending the page or directly extracting the port in the page With an address link.

The method according to any one of claims 5-6, wherein the generating the message including the resource address and the specified content type comprises: using the obtained page resource address as a field value of a reference URL , the specified content type is generated as the field value of the content type.

8. A system for transmitting messages, comprising:

The system according to claim 8, wherein the system further comprises: a multimedia message center, configured to forward, by the terminal, a message request carrying a resource address to the message processing device, and receive the A normal message sent by a message processing device.

The system according to claim 8, wherein the system further comprises: a relay device, configured to forward, by the terminal, a message request carrying a resource address to the message processing device, and receive the message The normal message sent by the processing device.

The system according to claim 8, wherein a correspondence relationship between the content type before the message conversion and the converted content type is set in advance in the message processing apparatus.

12. A relay device, comprising: a message processing device, the message processing device comprising:

a message parsing module, configured to parse the resource address received by the message receiving module, a resource requesting module, configured to request a resource from the resource server pointed to by the resource address, and a conversion processing module, configured to convert the resource to the request And a message sending module, configured to send the normal message processed by the conversion processing module.

A multimedia message service center, comprising: a message processing device, the message processing device comprising: a message receiving module, configured to receive a message request carrying a resource address;

14. A method for transmitting a message, comprising:

Receiving a message request carrying a resource address;

Parsing the resource address;

Requesting a resource to a resource server pointed to by the resource address;

Converting the requested resource into a normal message;

Send the normal message.

15. The method of claim 14, wherein the message request is a message request of a specified content type.

16. The method of claim 15, wherein the method comprises:

A correspondence relationship between the specified content type before the message conversion and the specified content type after the conversion is set in advance.

17. The method of claim 16, wherein the converting step further comprises: converting the requested resource into a message content that can be sent;

And changing the specified content type of the message according to the preset correspondence;

The message content is added to the message body to generate a new normal message.

18. The method of claim 14, comprising: generating a message carrying a resource address generated by the terminal.

The method according to claim 14, wherein after the receiving the message request carrying the resource address, before the parsing the resource address, the method further includes:

The receiving multimedia message center generates an internal resource address corresponding to the resource address; and sends the internal resource address to the receiver terminal; Receiving a request for acquiring a multimedia message including the internal resource address initiated by the receiver terminal according to the internal resource address.

The method of claim 19, wherein the step of parsing the resource address is further:

The receiving multimedia message service center parses the internal resource address in the request for obtaining the multimedia message;

Converting the internal resource address to a corresponding resource address.