KR100620328B1 - Multimedia message composer and method thereof and terminal unit including the same and, mms transaction verification system using network and method comprising the same - Google Patents

Abstract

The present invention relates to MMS.

An MM writer according to an embodiment of the present invention includes an MM writer for creating a multimedia message, comprising: a parameter setting unit for setting a parameter related to the MM; An MM creating unit which creates an MM body by combining images, moving images, and text; And a header information generation unit for generating header information corresponding to the set parameter.

According to an embodiment of the present invention, after setting parameters in the subscriber station, generating header information according to the set parameters, and combining the created MM body to create the MM to verify the transmission status of the subscriber station according to the change of the MM, etc. can do.

MMS, subscriber station, MM writer, MMSE

Description

MMM writer and method, subscriber terminal having same and network MMS transmission processing verification system and method comprising same TECHNICAL TECHNICAL FIELD And Terminal Unit Including the same and, MMS Transaction Verification System Using Network and Method Comprising the same}

1 is a block diagram of an MMS transmission processing verification system using a network according to an embodiment of the present invention.

2 is a block diagram of an MMS verification server according to an embodiment of the present invention.

3 is a configuration example of the MMS environment information setting screen according to an embodiment of the present invention.

4 is another configuration diagram of an MMS verification server according to an embodiment of the present invention.

5 is a screen configuration example according to a notification message transmission process according to an embodiment of the present invention.

6A and 6B are screen configuration examples of the transmission monitoring unit of the present invention.

7 is another configuration diagram of an MMS verification server according to an embodiment of the present invention.

8A and 8B are screen configuration examples of a subscriber information setting unit according to an embodiment of the present invention.

9 is a screen configuration example of a terminal information setting unit according to an embodiment of the present invention.

10 is a screen configuration example of a process management unit according to an embodiment of the present invention.

11 is a screen configuration example of a resource management unit according to an embodiment of the present invention.

12 is a screen configuration example of a verification server environment setting unit according to an embodiment of the present invention.

13A and 13B are screen configuration examples of the log management unit according to the embodiment of the present invention.

14A and 14B are screen configuration examples of the statistical management unit according to the embodiment of the present invention.

15 is a block diagram of a subscriber station according to an embodiment of the present invention.

16 is a configuration diagram of the MM client of FIG.

17A to 17F are screen configuration examples in accordance with each configuration of the MM client.

18 is a configuration diagram of the MM builder of FIG. 15.

19A to 19C are screen configuration examples of a parameter setting unit according to an embodiment of the present invention.

20 is a configuration diagram of the MM creating unit according to the embodiment of the present invention.

21A and 21B are screen configuration examples of a SMIL mode creating means.

22A and 22B are screen configuration examples of letter mode creating means.

23 is another configuration diagram of the MM creating unit according to the embodiment of the present invention;

24A is a screen configuration example of an MM forward unit according to an embodiment of the present invention.

24B is a screen configuration example of an MM basic option setting unit according to an embodiment of the present invention;

24C is a screen configuration example of a smoke verification unit according to an embodiment of the present invention.

25 is a flowchart illustrating a method of creating an MM according to an embodiment of the present invention.

26 is a configuration diagram of an MMS verification server according to a second embodiment of the present invention.

27 is a configuration diagram of an MM client according to a second embodiment of the present invention.

28 is a flowchart illustrating a method of operating an MMS transmission processing verification system according to a second embodiment of the present invention.

29 is a configuration diagram of an MM builder according to a third embodiment of the present invention.

30 is a flowchart illustrating a method of operating an MMS transmission processing verification system according to a third embodiment of the present invention.

<Description of the symbols for the main parts of the drawings>

10, 20, 30, 40: subscriber terminal 50: MM client

60: MM writer 61: parameter setting unit

62: MM writing unit 63: header information generation unit

68: smoke verification unit 100: MMS verification server

110 control unit 122 MMS message transmission unit

124: MMS message server 126: verification server configuration unit

128: MMS transmission monitoring unit 132: MMS environment information setting unit

134: subscriber information setting unit 136: terminal information setting unit

142: MMS environment information storage unit 144: Subscriber information storage unit

146: terminal information storage unit 152: process management unit

154: resource management unit 156: log management unit

157: statistical management unit 160: network linkage

200: Internet 300: Mobile communication network

The present invention relates to a multimedia message service, and more particularly, to a multimedia message service creator and method for creating a message regardless of various multimedia message service standards, a subscriber station having the same, and a network MMS transmission processing verification system and method including the same It is about.

Recently, due to the remarkable development of portable terminals, industries based on items using portable terminals are also rapidly growing. In particular, the wireless messaging service that best represents the mobility of the mobile terminal has developed a lot to create a variety of cultures. Such current wireless messaging services include SMS, EMS, MMS, and the like.

SMS (Short Messaging Service) is a service that sends a text message to the other party's wireless terminal (mainly mobile phone). Text consists of letters, numbers and symbols and can be used in all generations of mobile communication networks such as 2G networks such as GSM and CDMA, 2.5G and 3G such as GPRS, GDMA2000 and UMTS.

EMS (Enhanced Messaging Service), as the name implies, is a service that supports more diverse media than text. It is a service that allows simple media such as ringtones, images, animations, start / end screen logos, and so on. It also supports simple complex media messaging services as well as single media, allowing a wide variety of media combinations. For example, you can send a melody to a video, or you can configure a message so that music flows through text messages. EMS does not need 3G high speed mobile communication network and can be used as it is on existing networks.

MMS (Multimedia Messaging Service) is a service that supports the transmission and reception of rich media messages (text, music, images, video) is a complex composition. Users can send wireless postcards, pictures, videos, video cards, maps, business cards, etc. through the MMS service. It also supports messages that require broadband, such as cartoons, animations, video ads, and video animations. MMS can be used in high-speed mobile communication networks of 2.5G or higher such as GPRS and CDMA2000, and it is expected that full-scale use will be made after 3G service.

In particular, MMS is expected to be used as the main messaging method that can replace SMS (Short Message Service) in 3G mobile communication network environment. Carriers expect MMS to contribute to the increase in Average Revenue Per User, which is struggling to maintain the status quo. It is expected to secure new demand for wireless service providers.

MMS greatly expands the range of entertainment that can be enjoyed by wireless terminals by enabling the transmission and reception of complex multimedia contents. At present, the most popular service among domestic and overseas mobile carriers is entertainment service such as ringtone download or logo screen download. Major entertainment services include ringtone download and reception, wireless music / radio and video services.

MMS relies on MMS replays to distribute content to the entire MMS structure, an MMS server that defines and commands the role of each component, an MMS message store that stores content / messages that circulate throughout the structure, and the user's personal information. MMS user database that provides information on how the multimedia message is to be delivered and presented, and an MMS user agent that visually identifies the end result of the process in the MMS structure.

This MMS structure has a different structure depending on each mobile communication provider or the environment in which the MMS is transmitted and received. Specifically, each mobile service provider defines its own MMS stack that can be converted by the user except for the basic MMS international standard, and according to its own MMS specification except for the international standard part. You are creating a message and sending it. Accordingly, in order to check whether MMS service is available by manufacturing a mobile phone manufacturer, after joining each mobile service provider, it is inconvenient to check the performance of each mobile phone. In addition, the current MMS stack structure is different from each other there is a problem that can not transmit and receive MMS between different mobile operators.

Accordingly, an object of the present invention is to set a parameter in the subscriber station, generate header information according to the set parameter, and then create a MM in combination with the created MM body to verify the transmission status of the subscriber station according to the change of the MM. It is to provide a MM writer and method to enable.

Another object of the present invention is to provide a MM writer and method for allowing a specific portable terminal to transmit and receive an MM in either SMIL mode or letter mode regardless of the mobile operator.

Another object of the present invention is to provide a MM writer and method for providing a smoke verification unit for transmitting the MM a specified number of times at a specified time interval to verify the traffic jam, MM loss, delay, etc. to the load of the MM It is.

Another object of the present invention is to provide a MM writer and method for adding a new function and verifying that the added function operates correctly in the designated terminal by forwarding the received MM to the designated terminal.

Another object of the present invention is to provide a computer terminal implanted with an MM client and an MM writer capable of implementing all MMSs due to difficulty in implementing all functions of the MMS because the current portable terminal is limited in capacity and display standards. The present invention provides a subscriber station capable of verifying various MMS by creating and transmitting an MM using the terminal.

It is another object of the present invention to provide an MMS transmission processing system and method capable of transmitting and receiving an MM by setting MMS environment information at the same time as creating an MM by setting MMS environment information for a service standard defined by each mobile communication provider in a subscriber station. have.

Another object of the present invention is to provide an MMS transmission processing system and method for providing an MMS to both parties when the client is formed of at least one of a mobile terminal and a computer terminal.

In order to achieve the above object, the MM writer according to an embodiment of the present invention, the MM writer for creating a multimedia message, the parameter setting unit for setting the MM-related parameters including the MMS version, message class; An MM creating unit which creates an MM body by combining an image, a video, and text; And a header information generation unit for generating header information corresponding to the set parameter.

The parameter setting unit includes MMS version setting means for setting a version of the MM; And class setting means for setting a class to be distinguished by selecting at least one of the automatic, read report and transmission report.

The method of creating an MM according to an embodiment of the present invention comprises the steps of setting an MM related parameter including an MMS version and a message class; Creating an MM body by combining images, videos, and text; Generating header information corresponding to the MM parameter; And combining the generated header information with the MM body to create an MM.

Subscriber terminal according to an embodiment of the present invention is configured to include an MM client for MM transmission and reception and MM writer, the MM client is an MM display unit, MM receiver for viewing the entire list and each MM related to the MM; And a message management box for storing and managing MM transmitted and received, and the MM writer combines a parameter setting unit, an image, a video, and a text to set MM related parameters including an MMS version and a message class. And a header information generator for generating header information corresponding to the set parameter.

MMS transmission processing verification system according to an embodiment of the present invention is configured to include a subscriber station comprising an MM client for MM transmission and reception and an MM writer for creating an MM, MMS verification server connected to the network and the subscriber station The MM client includes an MM display unit for viewing a complete list of MMs and respective MMs, an MM receiver, and a message manager for storing and managing MMs transmitted and received. The MM writer includes an MMS version and a message class. And a parameter setting unit for setting an MM related parameter to be included, an MM creating unit for creating an MM body by combining images, videos, and texts, and a header information generating unit for generating header information corresponding to the set parameters. The MMS verification server includes an MMS environment including proxy use, Ack flag use, and GET URL information. MMS environment information setting unit for setting the information, MMS environment information storage unit for storing a plurality of the MMS environment information, MMS message transmission unit for transmitting and processing MMS message received from the subscriber station according to the MMS environment information designated by the subscriber station It characterized in that it comprises a MMS transmission monitoring unit for monitoring the transmission status of the MMS message transmission unit.

MMS transmission processing verification system according to an embodiment of the present invention is configured to include a subscriber station comprising an MM client for MM transmission and reception and an MM writer for creating an MM, MMS verification server connected to the network and the subscriber station At least one of the MM client and the MM writer of the subscriber station includes an MMS environment information setting unit for setting MMS environment information including proxy use, Ack flag use, and GET URL information, and stores the plurality of MMS environment information. And an MMS environment information storage unit, wherein the MMS verification server transmits and processes an MMS message received from the subscriber station according to MMS environment information designated by the subscriber station, and a transmission state of the MMS message transmitter. It characterized in that it comprises a MMS transmission monitoring unit for monitoring.

MMS transmission processing verification method according to an embodiment of the present invention MMS transmission processing verification for verifying the MM client of the subscriber terminal through the MMS verification server connected via the transmitting subscriber station, the receiving subscriber station and the network including a PC or a mobile terminal A method, comprising: setting, by a transmitting subscriber station, MMS environment information including proxy use, Ack flag use, and GET URL information according to a mobile communication service company's MMS environment to be verified; Creating an MM to be transmitted by the transmitting subscriber station; Sending the MM to the MMS verification server; Transmitting, by the MMS verification server, the MM to the receiving subscriber station; And analyzing, by the MMS verification server, the MM transmission result and transmitting the analysis result to the subscriber station.

Other objects and features of the present invention in addition to the above objects will become apparent from the description of the embodiments with reference to the accompanying drawings.

1 is a diagram showing an MMS transmission process verification system according to a first embodiment of the present invention.

Referring to FIG. 1, the MMS transmission processing verification system according to the first embodiment of the present invention includes a plurality of subscriber stations 10, 20, 30, and 40 including a PC 30 and 40 or a mobile terminal 10 and 20. And the MMS verification server 100 connected with the subscriber stations 10, 20, 30, 40 and the network 200, 300.

In this case, when the subscriber station 10, 20, 30, 40 is an information processing terminal such as a PC 30, 40 or a PDA, the subscriber station 10 is connected to the MMS verification server 100 through the Internet 200. If, 20, 30, 40 is a mobile communication service-based mobile terminal (10, 20) is connected to the MMS verification server 100 through a data communication network of the mobile communication network (300).

As illustrated in FIG. 2, the MMS verification server 100 includes an MMS environment information setting unit 132, an MMS environment information storage unit 142, an MMS message transmission unit 122, an MMS transmission monitoring unit 128, and respective components. It is configured to include a central control unit 110 for controlling. The MMS verification server 100 may further include a network interlocking unit 160 for interworking each network, that is, a mobile communication network and an internet network.

The MMS environment information setting unit 132 performs a function of setting MMS environment information (MMSE) by an administrator who manages the MMS verification server 100 or a subscriber accessing the MMS verification server 100, and the MMS environment information. The storage unit 142 stores a plurality of MMS environment information (MMSE) set by the MMS environment information setting unit 132.

As shown in FIG. 3, the MMS environment information (MMSE) includes an MMS environment information identifier (MMSE_ID), MMBox flag use (mmBox_Flag), charge flag use (Charge_Flag), and proxy use (Proxy). It is preferable. The MMS environment information identifier (MMSE_ID) is information for distinguishing a plurality of MMS environment information (MMSE). The MMS environment information identifier (MMSE_ID) is a name of a mobile carrier that actually uses the MMS environment information (MMSE) such as “LG Telecom” or “SK Telecom”. Can also be used. Whether to use the MMBox flag (mmBox_Flag) is information on whether or not to use the MMBox (Multimedia Message Box) function that stores an MMS message as an option supported by MMS version 1.2. Charge flag usage (Charge_Flag) is an option supported by MMS version 1.1 is information on whether or not to use the function to charge the sender with the cost of MMS message transmission. Proxy is information on whether or not to process an MMS message from a mobile terminal via a proxy server.

More preferably, the MMS environment information (MMSE) is an email flag in addition to the aforementioned MMS environment information identifier (MMSE_ID), MMBox flag use (mmBox_Flag), charge flag use (Charge_Flag), and proxy use (Proxy). Enabled (Email_Flag), Enabled Ack flag (Ack_Flag), Enabled http authentication flag (http_auth_Flag), Enabled notification mail flag (Inform_Mail_Flag), Email domain information (Email_domain), Expiry date information (Expire), Push resend The information may further include time information (Push_Retry_Second), push valid time information (Push_Valid_Time), country code information (Country_Code), SMS segment random information (SMS_Seg_Random), GET URL information, and POST URL information.

Whether to use the e-mail flag (Email_Flag) is information on whether or not the corresponding MMS environment uses a phone to e-mail function from the mobile terminal to the PC. The use of the Ack flag (Ack_Flag) is information on whether acknowledgment.ind is transmitted at the reception subscriber station when retrieving the MMS message. The use of the http authentication flag (http_auth_Flag) is information on whether to authenticate the subscriber using the http header. The notification mail flag usage information (Inform_Mail_Flag) is information about whether to report a report when an unknown address is used.

 The e-mail domain information (Email_domain) is information about an e-mail domain for the from address of the e-mail when the MMS message is transmitted by e-mail from the mobile terminals 10 and 20. The expiration date information (Expire) is information on the expiration date for holding the MMS. For example, the expiration date is set to 3 * 24 * 3,600 = 259,200 (sec) when the expiration date is 3 days. The push retry time information (Push_Retry_Second) is information for setting a retry time when push sending of an MMS message fails. The push valid time information (Push_Valid_Time) is information for setting a valid time for resending a corresponding push when a push send fails.

The country code information (Country_Code) is country identification number information of the country where the mobile communication company using the MMS environment information (MMSE) is located. The SMS segment random information (SMS_Seg_Random) is a function for checking whether the mobile terminal properly handles an SMS when it arrives randomly. The SMS segment random information (SMS_Seg_Random) is information on whether to randomly set the order of sending SMS segments by WAP push. The GET URL information is URL information used when GETing an MMS message with a mobile terminal or a PC client, and the POST URL information is URL information used when POSTing an MMS message with a mobile terminal or a PC client.

The user sets the mobile terminal 10 or 20 to verify the MMS environment information (MMSE) configured with the various parameters as described above through the MMS environment information setting unit 132 to match the MMS environment of the mobile communication company to be used. By storing in the MMS environment information storage unit 142, it is possible to verify the MMS client of the mobile terminal 10, 20 by selecting the MMS environment of various domestic and foreign mobile communication companies using the MMS transmission processing verification system according to the present invention. have. Meanwhile, the MMS environment information (MMSE) may be configured to be automatically stored or upgraded in the MMS environment information storage unit 142 through a network by a mobile communication company or a verification service provider as well as a direct input by a user.

The MMS message transmitter 122 transmits and processes the MMS message received from the subscriber station 10, 20, 30, or 40 according to the MMS environment information (MMSE) designated by the subscriber station 10, 20, 30, or 40. Perform the function. For example, when the user selects the MMS environment information (MMSE) of the mobile communication company A, the transmission process is performed according to the environment information of the mobile communication company. Therefore, the user using the MMS transmission processing verification system according to the present invention can verify the MMS client of the mobile terminal by setting the MMS environment of various mobile operators without time or space constraints.

 Meanwhile, the MMS verification server 100 further includes an MMS message server 124 that posts an MMS message received from a transmitting subscriber station, as shown in FIG. 122 transmits an MMS message reception alarm message (M-Notification.ind) as shown in FIG. 5 to the receiving subscriber station 10 according to the MMS message transmission request from the transmitting subscriber station 30, and receives the received MMS message. The subscriber station 10 may be configured to access the MMS message server 124 and receive an MMS message (M-Retrieve.conf) according to the reception of the MMS message reception alarm message (M-Notification.ind). At this time, if the receiving subscriber station is the mobile terminal (10,20), the MMS message receiving alarm message (M-Notification.ind) is transmitted to the receiving subscriber station 10 by SMS, the receiving subscriber station 10 in the mobile communication company The MMS message server 124 is accessed through a wireless Internet such as a WAP.

The MMS transmission monitoring unit 128 performs a function of monitoring the transmission status of the MMS message transmission unit 122 and according to the MMS message transmission request of the transmitting subscriber station 30 as shown in FIGS. 6A and 6B. It is preferable to report the transmission processing result of the MMS message transmitter 122 for each transaction. According to the transaction processing result report function of the MMS transmission monitoring unit 128, if an error occurs in the MMS message transmission process, the MMS client developer refers to the transaction processing report for each transaction to find out which part of the coding part of the client is wrong. It provides an easy to grasp effect.

On the other hand, the MMS verification server 100, the subscriber information setting unit 134, subscriber information storage unit 144, the terminal information setting unit 136, the terminal information storage unit 146, the process as shown in FIG. More preferably, the management unit 152, the resource management unit 154, the verification server environment setting unit 126, the log management unit 156, the statistics management unit 157, and the like are further included.

The subscriber information setting unit 134 performs a function of setting subscriber information as shown in FIGS. 8A and 8B, and the subscriber information storage unit 144 performs a function of storing a plurality of subscriber information. The subscriber information is information about a subscriber who has authenticated access to the MMS verification server 100, and includes a subscriber identifier (User ID), a password, a MMS environment information (MMSE), terminal type information (Type), and terminal specification information. It is preferably configured to include (UA_Profile). According to this embodiment, the subscriber can receive the verification service through pre-stored subscriber information without setting of separate MMS environment information (MMSE) and terminal specification information (UA_Profile) only by logging in to the MMS verification server 100. It can be effective. On the other hand, by setting the subscriber identifier to the phone number of the subscriber terminal can eliminate the hassle of inputting the phone number of the mobile terminal to be verified each time.

The terminal information setting unit 136 performs a function of setting terminal specification information UA_Profile as shown in FIG. 9, and the terminal information storage unit 146 stores a plurality of terminal specification information UA_Profile. Perform the function. The terminal specification information UA_Profile preferably includes a terminal specification information identifier UA_Profile_ID, LCD information LCD_Width, LCD_Height, img_Resolution_X, img_Resolution_Y, and maximum receivable MMS message capacity information max_MM_size. According to an embodiment further including the terminal information setting unit 136 and the terminal information storage unit 146, the mobile terminal 10, 20 may receive the specifications of the mobile terminal 10, 20 that will receive the MMS message. By converting in advance according to the terminal specification so that the various messages can be verified by using the same message.

As shown in FIG. 10, the process manager 152 monitors all processes currently in progress by all subscribers, and performs a function of selectively stopping a process currently in progress. According to the embodiment further including the process management unit 152, the administrator can grasp all processes currently in progress in the MMS verification server 100 by a plurality of subscribers, by selectively stopping unnecessary processes MMS verification server 100 It provides the effect of enabling efficient operation and management of the system.

As illustrated in FIG. 11, the resource manager 154 monitors resource information including CPU information, memory information, and disk information of the MMS verification server 100 occupied by all subscribers. According to an embodiment further including a resource management unit 154, the administrator grasps the resources of the MMS verification server 100 occupied by a plurality of subscribers to enable efficient operation and management of the MMS verification server 100. To provide.

As illustrated in FIG. 12, the verification server environment setting unit 126 sets up environment information including server domain name or IP address information (Host_Name) and server port information (Port) of the MMS verification server 100. The environment information includes information about the number of simultaneous client connections, timeout information (Time_Out) for automatically terminating the connection when there is no communication for a set time, push rerun time information (Push_Retry_Time), push validity time information (Push_Valid_Time), Expiration time information of the MMS message (Exporation Time), daemon monitoring information (Demon_Monitoring), which is a period information for checking the operation of the server, maximum number of MMS environment information (Max_MMSE), maximum number of subscribers (Max_Subscriber), keep alive More preferably, the information Keep_Alive is further included. According to the embodiment further including the verification server environment setting unit 126, the administrator controls various environmental information for the operation of the MMS verification server 100, thereby preventing the server from being down due to excessive access. To provide.

Finally, the log manager 156 stores the log information by all the subscribers and provides log information for each period or for each subscriber, as shown in FIGS. 13A and 13B, and the statistics manager 157. As shown in FIGS. 14A and 14B, the UE performs time-based statistics, MMS-environmental information (MMSE) statistics, or transaction-specific statistics on PDUs generated by all subscribers.

Each component described above is logically and functionally divided for convenience of description, and each component may be implemented as a single program or logic circuit without being physically classified, and each component on the network It will be apparent to those skilled in the art that they may be implemented in a distributed fashion.

The subscriber station (10, 20, 30, 40) is shown in Figure 15, the MM client 50 for transmitting and processing the MM (Multimedia Message) to the MMS verification server, and the MM builder 60 for creating the MM It is configured to include.

As shown in FIG. 16, the MM client 50 includes an MM display unit 52 for viewing the entire list related to the MM and each MM, an MM receiving unit 54 for receiving the MM reception and notifications generated for the MM reception, and the like. A message management box 56 and a message manager 58 for storing and managing the MM transmitted and received may be provided.

The MM display unit 52 provides the main navigation of the MM client 50 using the toolbar as shown in FIG. 17A, provides the logged-in phone information, displays the number of newly received incoming messages, sends the received message and the sent message. A message management box for managing messages such as messages and temporary messages is provided. In addition, the message management box is configured to include a window for displaying a message list and a window for providing detailed information on each message when the corresponding message box is selected, and includes a function for filtering a message.

The received message in the message managing box 56 indicates the matter related to the received message as shown in FIG. 17B. In detail, when the inbox is selected, a list of received messages is displayed through the upper window, and the selected message is displayed in shaded state. In addition, the received message window reads forwards that forward the message to the selected message, reply all of the entire reply function, reply of the designated reply, and a read report indicating whether the message is acknowledged or not. ), Save for saving the media file included in the message, and Delete key for deleting the message. In addition, the received message selected in the message list provides detailed information (Date, To, Subject, Body, etc.) about the message through a separate bottom window, and if the message contains a media file, press the Viewer key. You can check it. The Received Messages window displays all messages by default, but you can display a filtered list of messages by setting the message options through the filtering function.

When the sent message is selected in the message managing box 56, the sent message window generated displays items related to the sent message as shown in FIG. 17C. Specifically, the sent message window displays a list of sent messages through the upper window, and provides a delete for deleting a message and a resend key for resending the sent message. Here, in the case of a forwarded message, the resend key may not be provided. The sent message window displays detailed information (Date, To, Subject, Body, etc.) of the selected message through the bottom window. In addition, the sent message window may provide the same functions as the viewer provided by the received message window and the filtering function.

The temporary message window generated when the temporary message is selected in the message managing box 56 displays items related to the temporary message as shown in FIG. 17D. In detail, the temporary message window displays a list of temporarily stored messages through the upper window, and provides an edit for transmitting and modifying a message and a delete key for deleting a message. The temporary message window provides detailed information of the selected message through the bottom window, and provides a viewer and filtering function as in the received message window.

The viewer is activated when the viewer key is selected in the message management box as shown in FIG. 17E to play the MM content. At this time, the SMIL mode is displayed by the SMIL player. If the SMIL mode is not, only the media file name is displayed and the content is displayed when the media file is clicked.

The MM receiver 54 receives a notification transmitted from the MMS verification server 100, accesses the MMS verification server 100, and receives an MM transmitted to the MMS verification server 100. Specifically, first, when receiving a notification (Notification) from the MMS verification server 100, the MM receiver 54 generates a pop-up window to alarm. This pop-up window displays a summary of the message and provides a Reject that rejects the message, a Retreive that immediately receives it, and a Later key for later receipt. The received notification message may be stored in the received message box.

The message manager 58 generates a tool window for message management as shown in FIG. 17F. This tool window features a "empty My Picture folder" feature that allows you to delete all the picture files stored in the My Picture folder when taking pictures with a camera connected to your computer when sending messages, and temporarily places files in the Temp folder when displaying the MM. "Empty the Temp folder" function to remove the generated files, and "Delete all received messages", "Delete all sent messages", "Delete all sent messages" to delete all MM stored in received and sent messages and draft messages. "Delete All" function and Smoke Test function to set the number of MMs, for example, up to 20 times and transmit them all at once.

As shown in FIG. 18, the MM creator 60 sets the MM parameter setting unit 61 for setting the parameters of the MM, the MM creating unit 62 for creating the MM body having the character recognition power, and sets the MM parameters. A header information generation unit 63 for converting the header information according to the unit 61 is provided.

The MM parameter setting unit 61 includes an MMS version selecting means 61a for selecting an MMS version and a class selecting means 61b for selecting a message class as shown in FIG. 19A.

The MMS version setting means 61a selects the MMS version specified by the user. The MMS version can provide 1.0, 1.1, and 1.2 versions.

The class setting means 61b designates the class of the MM. That is, the class setting means 61b classifies classes according to the setting of the delivery report and the read report. In the case of automatic, the class setting means 61b cannot set the delivery report and the read report.

In addition, the MMS parameter setting unit 61 is based on the MMS version setting means 61a and the class setting means 61b described above as shown in FIG. 19B, and sets a priority to determine the priority of the message. Means 61c, a reply charging setting means 61d for setting a reply charge, a read reply means 61e for reading a report, a delivery acknowledge means 61f for a transmission report, It is more preferable to further include setting reset means 61g.

Here, the reply rate setting means 61d sets a request setting, a request text only setting, a no setting, a dead time setting, a size that is a unit of a message size, and the like. do.

The MMS parameter setting unit 61 includes sender display means 61h showing an address of the person who sent the message as shown in FIG. 19C, and an expiration setting means for setting an effective time ( 61i), a delivery time setting means for setting a transmission time, and a save in drafting means 61j may be further provided.

The MM preparation unit 62 creates an MM body. In other words, the MM creating unit 62 creates an MM body by combining images, moving images, and text, respectively. In detail, the MM creating unit 62 creates a MM by dividing a letter mode for transmitting a file for transmission in the form of an attachment as shown in FIG. 20 and a SMIL mode for displaying a file directly at the time of transmission and reception. do. To this end, the MM creating unit 62 includes a SMIL mode creating means 62a and a letter mode creating means 62b.

The SMIL mode creating means 62a generates a window for creating an MM in SMIL mode as shown in Fig. 21A. This SMIL mode window can be switched to SMIL mode through the "MM Composer_SMIL Mode" button on the upper left. When this button is clicked, a sub window is created to switch to letter mode. The SMIL mode window is a window for entering recipient-related information (title, To, Cc, Bcc) that can be recalled by clicking the Phone Book button, and selecting and editing if there are already saved templates. Template to enable (TMPLATE), slide (Edit), enter template name in combo box, save (SAVE TEMPLATE) to save, directory (DIRECTORY) showing local media file list, per slide You can set the presentation time and set the slide to 5 seconds by default (Slide 1), DRM (Digital Rights Management) setting for sound and image, and the choice of transmission encryption method such as Base64 or Binary. Encoding options, "Text" for text content, "SLID MAP" for slide lists, "Total" for preview features, It is configured to include the phone to set the area to be provided "REAL VIEW" button.

In order to set the options of the SMIL mode creating means 62a, a SMIL mode option window is generated as shown in Fig. 21B. The SMIL Mode Options window selects the "OPTION" button to go to the SMIL Mode Options window to set the options, "MMS VERSION" to select the MMS version, "PRIORITY" to select the message importance, and the class of the message. "CLASS" to set up, "REPLY CHARGING" to set up reply rates, "Sender Visibility" to set whether to show the sender's address on the receiving side, "Read Ack" to set read report, and whether to set up transmission report "Delivery Ack", "Expiry" for setting message validity time, "Deferred Delivery" for setting message delivery time, "SAVE IN DRAFT" for storing message in local temporary message, and creating SMIL file with CID in src attribute Provides an "OBJECT REFERENCE" for adding:, a "RESET" key for initializing option settings, and more. Here, "REPLY CHARGING" means "Request" for setting, "Request Text Only" for setting text only, "No" for setting no reply rate, "Deadline" for setting valid time, and message size in bytes ( It is configured to include the "Size" option setting expressed in bytes).

The letter mode creating means 62b generates a letter mode window for letter mode creation as shown in FIG. 22A. This letter mode window includes a "MM Compoer_Letter Mode" button at the top left that allows you to select SMIL mode and letter mode. Clicking this button will create a separate subwindow to select SMIL mode and letter mode. . This letter mode window is a window for entering recipient related information (Title, To, Cc, Bcc) that can be recalled by clicking the Phone Book button and displaying a list of local media files. "," TAKE PIX "allows you to take and send pictures when the camera is connected to your computer, a list window showing the list of added files," TEXT "for text entry," SLID MAP "showing the media tree, and preview file names It is configured to include "TOTAL" and the like of the preview function.

The letter mode creating means 62b generates a letter mode option window as shown in Fig. 22B for option setting. The Letter Mode Options window contains an "OPTION" button to move to the Letter Mode Options window to set options, "MMS VERSION" to select the MMS version, "PRIORITY" to select the message importance, and the class of message. "CLASS", "REPLY CHARGING" for reply rate setting, "Sender Visibility" for setting whether to show sender's address on the receiving side, "Read Ack" for setting read report, " "Delivery Ack", "Expiry" for message validity time setting, "Deferred Delivery" for message delivery time setting, and "SAVE IN DRAFT" key for storing messages in local temporary messages. Here, "REPLY CHARGING" means "Request" for setting, "Request Text Only" for setting text only, "No" for setting no reply rate, "Deadline" for setting valid time, and message size in bytes It is configured to include the "Size" option setting in units of).

When the parameter value is changed by each setting means in the MMS parameter setting unit 61, the header information generating unit 63 generates new header information according to the changed parameter value and inserts it into the header of the MM body.

As a result, the MM composer 60 creates the MM body by the MM composer 62, and a header corresponding to the parameter value of the MMS parameter setting unit 61 is included in the header of the created MM body. ) Create and combine to complete the MM. The MM writer 60 changes the parameter values included in the MM using the MMS parameter setting unit 61 for MM verification, and monitors the MM transmission state or reception state according to the analysis result according to the type of the MM. You can get it.

And, as shown in FIG. 23, the MM creator 60 includes an MM forward unit 64 for forwarding the MM and an MM basic option setting unit 66 for setting a default option of the MM, and a smoke test. A portion 68 may be further provided.

The MM forward unit 64 generates an MM transmitter setting window for forwarding a notification message or a received message as shown in FIG. 24A. Specifically, the MM transmitter setting window inputs information related to the phone number to be received (To, Cc, Bcc), sets a read report and a delivery report, sets an expiration date, and the like. , Set the message delivery time. The MM sender setting window sets the message store or not, and if the message store is valid, sets the MM state of the MM to be stored. At this time, the default value of the state of the MM is forwarded. In addition, the MM sender setting window sets the MM Flags of the MM to be stored when the message store is valid, and includes a send key for sending a message and a cancel key for canceling a message forward. It is configured by.

The MM basic option setting unit 66 provides an option setting popup window related to environment setting as shown in FIG. 24B. This option setting popup window uses the Default Send Option to automatically enter the value set here by default in the window to send a message, and the default value of the address to be sent using the Default To Address. Set the Cc and Bcc addresses automatically using the default Cc address and the default Bcc address. In addition, the option setting popup window allows the default subject to be automatically set to the subject of the set value, the default template to automatically set the set value to the default template, and the report to set whether to allow the report. (Report Allowed), confirmation to save the option settings, and a cancel key to cancel the option settings.

As shown in FIG. 24C, the smoke verification unit 68 sets the number of Sends for inputting the number of message transmissions, an interval between message transmissions. It provides a Send Interval, SMIL mode message dialog to be set to 2 seconds, and includes "OK" to send the message set as the number of times sent in the screen, and "Cancel" to cancel the smoke verification. Here, users for verifying various MM conditions by using the MM writer can send and receive many MMs for a short time by using the smoke verification unit 68, such as a traffic jam or bug that may occur when a large number of MMs are transmitted or received. , MM loss can be checked.

A method of creating an MM using the MM builder according to an embodiment of the present invention having such a configuration will be described in detail with reference to FIG. 25.

Referring to FIG. 25, in the method for creating an MM according to an embodiment of the present invention, first, the MM builder 60 is activated.

When the MM writer 60 is activated, various parameters are set using the MMS parameter setting unit 61. (S102)

The parameters are set using the MMS version selecting means 61a, the class selecting means 61b, and the like. Then, various parameters described above are selectively set.

The header information generation unit 63 generates the header information according to the parameter setting (S103).

The MM main body is created using the MM creating unit 62 (S104).

One of the SMIL mode creating means 62a and the letter mode creating means 62b is selected from the MM creating unit 62 to activate the SMIL mode or to activate the letter mode. The MM body is created by combining images, video, text, and the like according to each activated mode.

Insert header information into the MM body (S105).

Here, the MM writer according to the first embodiment of the present invention has no rank in the MMS parameter setting step and the MM body step. In other words, the MM generator may be implemented first.

On the other hand, in the MMS transmission processing verification system according to the first embodiment of the present invention has been described as setting and storing information on the MMSE provided by each mobile communication terminal operator in the MMS verification server 100, the subscriber terminal 10, By attaching and storing a function capable of setting parameters for the MMSE, 20, 30, and 40 can perform MM transmission and reception more independently. Specifically, the MMS verification server according to the second embodiment of the present invention is compared to the MMS verification server according to the first embodiment of the present invention as shown in FIG. 26. It can be designed to have a configuration except for the environment information setting unit 132 and the MMS environment information storage unit 142. The subscriber station 10, 20, 30, or 40 according to the second embodiment of the present invention may further include an MMS environment information setting unit 132 and an MMS environment information storage unit 142. Specifically, the MM client 50 according to the second embodiment of the present invention transmits / receives the MM display unit 52 and the MM receiving unit 54 to view the entire list related to the MM and each MM as shown in FIG. 27. It is designed to further include a message management box 56 for storing and managing the MM and the message management box 58, MMS environment information setting unit 132 and MMS environment information storage unit 142 for managing the MM to be stored .

The MM client 50 according to the second embodiment of the present invention loads environment information stored in the MMS environment information storage unit 142 or transmits / receives the MM, or currently accesses it using the MMS environment information setting unit 132. By setting the desired MMS environment, the MM can be transmitted and received regardless of a plurality of MMS environments, the result of MM message transmission and reception can be monitored, and the result can be analyzed.

The operation method of the MMS transmission processing verification system according to the second embodiment of the present invention will be described with reference to FIG. 28. Prior to the description, the MM to be transmitted and received is regarded as already created.

Referring to FIG. 28, in the method of operating the MMS transmission processing verification system according to the second embodiment of the present invention, first, the MMS environment information to be accessed in the subscriber station 10, 20, 30, 40 is stored in the MMS environment information. It is checked whether it exists in the unit 142. (S201)

If the MMS environment information to be currently connected to the MMS environment information storage unit 142 is stored in step S201, the stored MMS environment information is called and loaded to complete the setting.

If there is no MMS environment information in step S201, the MMS environment information to be currently accessed is obtained, and in step 203, MMS environment information is set based on the obtained information.

Here, as a method of obtaining MMS environment information to be accessed, it may be obtained by directly inquiring to each mobile communication provider that has established an MMS environment.

When the setting of the MMS environment information is completed, the MM transmission is attempted based on the set MMS environment information. On the other hand, the newly set MMS environment information is stored in the MMS environment information storage unit (S205).

When the setting is completed, the MM message is transmitted to the MMS verification server 100, and the receiving subscriber stations 10, 20, 30, and 40 receive the MM message from the MMS verification server 100 (S206).

Here, the MMS verification server 100 monitors each item related to the movement of the MM message, and acquires and analyzes information related to the MM message, thereby finding and supplementing a problem of the subscriber station to be verified at present. .

The MMS transmission processing verification system according to the third embodiment of the present invention includes a plurality of subscriber stations 10, 20, 30, 40 and a subscriber station 10 including a PC 30, 40 or a mobile terminal 10, 20. , 20, 30, 40 and the MMS verification server 100 is connected through a network (200,300). In this case, when the subscriber station 10, 20, 30, 40 is an information processing terminal such as a PC 30, 40 or a PDA, the subscriber station 10 is connected to the MMS verification server 100 through the Internet 200. If, 20, 30, 40 is a mobile communication service-based mobile terminal (10, 20) is connected to the MMS verification server 100 through a data communication network of the mobile communication network (300). The MMS verification server 100 monitors the MMS message transmitter 122 and the MMS transmission except for the MMS environment information setting unit 132 and the MMS environment information storage unit 142 as described in the second embodiment of the present invention. It is configured to include a portion (128).

In addition, the subscriber station (10, 20, 30, 40) according to the third embodiment of the present invention includes an MM client 50 for transmitting and receiving the MM and the MM builder 60 for creating the MM.

Here, among the subscriber stations 10, 20, 30, and 40 according to the third embodiment of the present invention, the MM client 50 has the same configuration as that of the MM client 50 according to the first embodiment of the present invention. The description thereof will be omitted. In addition, since the MMS verification server 100 has the same configuration as the MMS verification server 100 according to the second embodiment of the present invention, description thereof will be omitted.

Meanwhile, as shown in FIG. 29, the MM generator 60 according to the third embodiment of the present invention includes an MMS parameter setting unit 61, an MM creating unit 62, and a header information generating unit 63 for creating an MM. And an MMS environment information setting unit 132 and an MMS environment information storage unit 142.

Here, each configuration, that is, MMS parameter setting unit 61, MM creating unit 62, header information generating unit 63 is substantially the same as that according to the first embodiment of the present invention, MMS environment information setting unit 132 and the MMS environment information storage unit 142 is independently the same as the configuration of the MMS environment information setting unit 132 and MMS environment information storage unit 142 according to the second embodiment of the present invention Will be omitted.

A method of operating an MMS transmission processing system according to a third embodiment of the present invention having such a configuration will be described with reference to FIG. 30.

Referring to FIG. 30, first, a method of operating an MMS transmission processing system according to a third embodiment of the present invention includes creating a MM body to be transmitted for MM transmission by a subscriber station (10, 20, 30, 40). (S301), setting the parameters of the created MM (S302) and setting the MMS environment information to be transmitted (S303).

In step S301, one of the SMIL mode creating means 62a and the letter mode creating means 62b is selected (S304), and an image or a media file is modified to create an MM according to each of the selected writing means 62a and 62b. And edit or create a text document (S305).

After the step S302, header information corresponding to the set parameter is generated (S306).

Step S303 checks whether the MMS environment information to be transmitted exists in the MMS environment information storage unit 142 (S307), and if the MMS environment information storage unit 142 exists in the MMS environment information storage unit 142, recalls the stored environment setting information. Complete the setting (S308).

The MMS environment setting information stored in the MMS environment information storage unit 142 in step S307 stores the MMS environment information corresponding to the unique phone number supported by each mobile operator or network operator in the MMS environment information storage unit 142. do. Accordingly, when the MM writer 60 is activated, the MMS configuration may be called using a phone number or a related address.

If the MMS environment does not exist in the MMS environment information storage unit 142, the MMS environment information of the subscriber stations 10, 20, 30, and 40 is obtained (S309), and the obtained MMS environment information is set by setting the obtained MMS environment information. The setting is completed (S310). Here, the obtained MMS environment information is newly updated in the MMS environment information storage unit 142. (S311)

In step S309, MMS environment information of the subscriber station (10, 20, 30, 40) can be obtained by being directly linked to each network to build the MMS environment. That is, various MMS environment information can be obtained by using a wired or mail to the network operator to build the MMS environment.

When each step is completed, the created MM is transmitted to the MMS verification server 100. (S312)

At this time, the MMS verification server 100 transmits a notification indicating that the MM to be received has arrived to the receiving subscriber station (10, 20, 30, 40) (S313).

The receiving subscriber station (10, 20, 30, 40) can access the MMS verification server 100 at his or her desired time and receive and confirm the MM (S314).

Here, the MMS verification server 100 may verify the MM transmission and reception while monitoring the MM transmission and reception process between the subscriber station (10, 20, 30, 40).

As described above, in the MM generator and method according to the embodiment of the present invention, a specific mobile terminal can create and transmit an MM in either SMIL mode or letter mode regardless of the mobile communication provider.

The MM builder and method according to an embodiment of the present invention may include a smoke verification unit for transmitting the MM a specified number of times at a specified time interval to verify traffic jams, MM loss, and delay with respect to the MM load.

The MM builder and method according to an embodiment of the present invention may add a new function by verifying whether the added function operates correctly in the designated terminal by forwarding the received MM to the designated terminal.

In the subscriber station according to an embodiment of the present invention, the current portable terminal has limited capacity and display standards, and thus, it is difficult to implement all the functions of the MMS. By using the terminal to create and transmit and receive the MM, various MMS can be verified.

In the MMS transmission processing system and method according to an embodiment of the present invention, by setting MMS environment information for a service standard defined by each mobile communication service provider in a subscriber station, the MMS environment information may be set and MMS environment information may be simultaneously transmitted and received.

The MMS transmission processing system and method according to an embodiment of the present invention may provide an MMS between both parties when the client is formed of at least one of a mobile terminal and a computer terminal.

Those skilled in the art will appreciate that various changes and modifications can be made without departing from the technical spirit of the present invention. Therefore, the technical scope of the present invention should not be limited to the contents described in the detailed description of the specification but should be defined by the claims.

Claims (33)

In the MM writer for creating multimedia messages, Parameter setting unit for setting the MM-related parameters including the MMS version, message class; An MM creating unit which creates an MM body by combining an image, a video, and text; And a header information generator for generating header information corresponding to the set parameter. The method of claim 1, wherein the parameter setting unit, MMS version setting means for setting a version of the MM; And And said class setting means for setting a class to be distinguished by selecting at least one of automatic, read report and transmission report. The method of claim 2, wherein the parameter setting unit, Priority setting means for prioritizing the MM; Response fee setting means for setting the response fee; Read response means for the read report; Transmission response means for the transmission report; And And an initialization means for initializing the setting. The method of claim 2, wherein the parameter setting unit, Caller display means for showing the address of the person who sent the message; Valid time setting means for setting an effective time; Transmission time setting means for setting a transmission time; And And a means for storing the sent message. The MM writer of claim 1, wherein And a smoke verification unit for controlling the transmission of the MM by a specified number of transmissions at a specified time interval. The MM writer of claim 1, wherein And an MM forward unit for forwarding the received MM. The method of claim 6, wherein the MM forward unit, Input means for inputting a phone number to be received; Transmission time setting means for setting a message transmission time; MM writer comprising a message storage means for setting whether or not to store the message. The MM writer of claim 1, wherein And an MM basic information option unit for activating pre-input message related information without a separate input when creating the MM. The method of claim 8, wherein the MM basic information option unit, Pop-up generating means for generating a pop-up window for inputting the MM basic information; Report permission means for setting a report permission presence; Confirmation means for storing the option value set in the pop-up generating means; And And cancellation means for canceling the option value set in the pop-up generating means. The method of claim 1, wherein the MM creating unit, SMIL mode creation means for displaying the image file in the form of a slide when sending and receiving the MM, letter mode creation means for transmitting the image file in the form of an attachment and the text in the form of text, The SMIL mode creation means includes a SMIL mode window for setting an option of an MM created in SMIL mode and a SMIL creation window for creating an MM in SMIL mode. And said letter mode creation means comprises a letter creation window for creating an MM in letter mode and a letter mode option window for setting options of an MM created in letter mode. The method of claim 10, wherein the SMIL creation window, MM Composer_SMIL Mode for switching to SMIL mode, title for entering recipient related information, To, Cc, Bcc, template for editing saved images, save template for saving edited images, directory showing local media file list, slide Slide 1 to set presentation time per hour, DRM to set DRM for sound and image, encoding option to select transmission encryption method, text showing text contents, slide map showing slide list, preview MM builder comprising at least one of a total of functions, a real view button for setting the area to be provided in the actual phone. The method of claim 10, wherein the SMIL mode option window, Option to move to the SMIL mode option window for option setting, MMS version to select MMS version, priority to select message importance, class to select message class, reply rate to set reply rate, Caller ID to set whether to show the sender's address on the receiving side, Read reply to set read report, Send reply to set delivery report, Expiry to set message validity time, Deferred Delivery to set message transmission time , SAVE IN DRAFT for storing messages in local temporary messages, SMIL file creation including at least one of an OBJECT REFERENCE for adding CID: to the src attribute, and an initialization key for initializing option settings. MM Builder. The method of claim 12, wherein the reply fee is The request for setting the response fee, Request Text Only for setting the text only, No without setting the response fee, Deadline for setting the validity time, Size option setting for displaying the message size in bytes, characterized in that it is configured to include MM Builder. The letter writing window of claim 10, MM Compoer_Letter Mode that allows you to select the letter mode, a title for entering recipient-related information for recalling stored numbers, a directory showing To and Cc and Bcc, a list of local media files, a picture when the camera is connected to a computer It includes at least one of TAKE PIX, which allows you to send and print files, a list window that shows the list of added files, text that allows you to enter the text, a slide map that shows the media tree, and a preview function that lets you preview file names. MM builder, characterized in that. The method of claim 10, wherein the letter mode option window, Options to go to the Letter Mode Options window, MMS version to select the MMS version, priority to select the message importance, class to select the class of the message, reply rate to set the reply rate, and sender's address. Caller ID to set whether to show the recipient, read response to set read report, transmission response to set transmission report, Expiry to set message validity time, Deferred Delivery to set message transmission time, local temporary message And at least one of SAVE IN DRAFT for storing the message. Setting a MM related parameter including an MMS version and a message class; A second step of creating an MM body by combining images, moving images, and text; Generating header information corresponding to the MM parameter; And And a fourth step of creating an MM by combining the generated header information and the MM body. The method of claim 16, The first step and the second step of the MM creation method, characterized in that the order can be reversed. The method of claim 16, wherein the first step, A substep of setting a version of the MM; And And the sub step of setting a class to be distinguished by selecting at least one of an automatic, a read report, and a transmission report. The method of claim 18, wherein the parameter setting unit, A substep of prioritizing the MM; A substep of setting a reply fee; A substep of responding to the read report; A substep of responding to the transmission report; And And a substep of initializing the setting. The method of claim 16, wherein after the fourth step, Transmitting the MM by a designated number of transmissions at a designated time interval; And And at least one of forwarding the received MM. The method of claim 16, wherein the second step, A substep of selecting one of a SMIL mode and a letter mode; A sub-step of creating the MM body according to the selected mode; And a substep of setting an option of the selected mode. MM client for sending and receiving MM and MM writer for creating MM, The MM client is configured to include a complete list related to the MM and the MM display unit for viewing each MM, the MM receiver, and a message management box for storing and managing the MM transmitted and received, The MM generator is a parameter setting unit for setting the MM-related parameters including the MMS version, message class, MM writing unit for creating the MM body by combining the image, video, text, and generates header information corresponding to the set parameters Subscriber terminal characterized in that it comprises a header information generation unit. The method of claim 22, wherein the subscriber station, A subscriber station comprising at least one of a mobile communication terminal, a PDA, a notebook computer, and a desktop computer. The method of claim 22, wherein the message management box, And at least one of a received message window, a sent message window, and a temporary message window. Subscriber terminal including an MM client for MM transmission and reception and MM writer for MM creation, MMS verification server that is connected to the network and the subscriber terminal, The MM client is configured to include a complete list related to the MM and an MM display unit for viewing each MM, an MM receiver, and a message manager for storing and managing the MM transmitted and received, The MM generator is a parameter setting unit for setting the MM-related parameters including the MMS version, message class, MM writing unit for creating the MM body by combining the image, video, text, and generates header information corresponding to the set parameters It is configured to include a header information generation unit, The MMS verification server includes an MMS environment information setting unit for setting MMS environment information including proxy use, Ack flag use, and GET URL information, an MMS environment information storage unit for storing a plurality of the MMS environment information, MM transmission comprising an MMS message transmission unit for transmitting and processing the MMS message received from the subscriber station according to the MMS environment information designated by the subscriber station, and an MMS transmission monitoring unit for monitoring the transmission status of the MMS message transmission unit. Processing verification system. The method of claim 25, wherein the MM writer, An MM forward unit for forwarding the received MM; A smoke verification unit for controlling to transmit the MM a specified number of transmissions at a specified time interval; And And at least one of MM basic information option units for activating pre-input message receiver related information without additional input when creating the MM. Subscriber terminal including an MM client for MM transmission and reception and MM writer for MM creation, MMS verification server that is connected to the network and the subscriber terminal, At least one of an MM client and an MM writer of the subscriber station includes an MMS environment information setting unit for setting MMS environment information including proxy use, Ack flag use, and GET URL information, and stores a plurality of the MMS environment information. It is configured to include the MMS environment information storage unit, The MMS verification server is configured to include an MMS message transmission unit for transmitting and processing the MMS message received from the subscriber station according to the MMS environment information designated by the subscriber terminal, MMS transmission monitoring unit for monitoring the transmission status of the MMS message transmission unit MM transmission processing verification system, characterized in that. The method of claim 27, wherein the MM writer, An MM forward unit for forwarding the received MM; A smoke verification unit for controlling to transmit the MM a specified number of transmissions at a specified time interval; And And at least one of MM basic information option units for activating pre-input message receiver related information without additional input when creating the MM. The method of claim 27, The MM client includes an MM display unit for viewing a complete list of MMs and respective MMs, an MM receiver, a message manager for storing and managing MMs transmitted and received, an MMS environment information setting unit for setting MMS environment information, and a plurality of the MMSs. It is configured to include an MMS environment information storage unit for storing the environment information, The MM generator is a parameter setting unit for setting the MM-related parameters including the MMS version, message class, MM writing unit for creating the MM body by combining the image, video, text, and generates header information corresponding to the set parameters MMS transmission processing verification system, characterized in that it comprises a header information generation unit. The method of claim 27, The MM client is configured to include a complete list related to the MM and an MM display unit for viewing each MM, an MM receiver, and a message manager for storing and managing the MM transmitted and received, The MM writer includes a parameter setting unit for setting a parameter related to the MM, an MM creating unit for creating a body of the MM, a header information generating unit for generating header information corresponding to the set parameter, and an MMS for setting MMS environment information. And an environment information setting unit and an MMS environment information storage unit for storing a plurality of said MMS environment information. An MMS transmission process verification method for verifying an MM client of a subscriber station through a sending subscriber station including a PC or a mobile terminal, a receiving subscriber station, and an MMS verification server connected through a network, A first step of setting, by the transmitting subscriber station, MMS environment information including proxy use, Ack flag use, and GET URL information according to the mobile communication service company's MMS environment to be verified; A second step of creating an MM to be transmitted by the transmitting subscriber station; Transmitting the MM to the MMS verification server; Transmitting, by the MMS verification server, the MM to the receiving subscriber station; And a fifth step of the MMS verification server analyzing the MM transmission result and transmitting the analysis result to the subscriber station. 32. The method of claim 31, wherein the second step is Setting an MM related parameter including an MMS version and a message class; A sub-step of creating an MM body by combining an image, a video, and text; Generating a header information corresponding to the MM parameter; And And a substep of combining the generated header information with the MM body to create an MM. The method of claim 31, wherein the second step, Transmitting a MM by a designated number of transmissions every designated time interval; And And at least one of the sub-steps of forwarding the received MM.

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