KR20040102614A - System and Method for synchronization of the information generated by user terminal with individual cyberspace - Google Patents

Abstract

The present invention relates to a system and method for synchronizing various multimedia data such as text, voice, image, and video generated in a user terminal with a personalized web page such as a blog. The synchronization system of the present invention is a user terminal. Media server that receives and distributes multimedia data generated from wireless mobile telecommunication service provider's exchange, SMSC (Short Message Service Center) or WAP gateway (Gateway), MMSC (Multimedia Message Service Center) ; A subscriber management server that maintains and manages subscriber information on individual calls of user terminals as user requests and information requests for wireless mobile communication providers; A subscriber management database in which various information about the subscriber is systematically stored and recorded in association with the subscriber management server; A web server which allocates a personalized virtual space on the web to a user and updates and manages a user allocated space on the web; And a synchronization server interworking with the media server, the subscriber management server, and the web server, systematically managing multimedia data generated from the user terminal based on user information managed by the subscriber management server, and performing a data posting to the web server. The media server is characterized by receiving a unique address number from the wireless mobile communication service provider.

Description

System and Method for Synchronization of the Information Generated by User Terminal with Individual Cyberspace

The present invention relates to a system and method for synchronizing various multimedia data such as texts, voices, images, and video generated in a user's terminal with personalized web pages on a web, and in particular, SMS (Short Message Service) and MMS. The present invention relates to a method and system for transmitting and managing various information in real time on a user allocated space on a web using a multimedia message service, and using the same through a wireless internet and the web.

In addition, the present invention is to provide an intelligent data management system that allows the user to utilize the data more conveniently by systematically and hierarchically managing various data transmitted from the user on a more intelligent system.

In general, a short message service (SMS), which is representative of mobile communication data services, is a bidirectional data radio calling service according to the standard of the mobile communication globalization system (GSM), and a service for transmitting data at a speed of up to 160 bytes between a terminal and a terminal. Say. Unlike e-mail, SMS has the advantage of being able to deliver contents at the same time as the time of sending and without the limitation of space and time. In recent years, companies such as credit card companies have been expanding their applications to electronic payment and electronic commerce, such as the introduction of a service that transmits a text of transaction approval to prevent accidents.

MMS (Multimedia Message Service) is a service that allows you to send and receive multimedia data such as graphics, pictures, music, and video, including text through a mobile phone, and can transmit text and multimedia data at a maximum of 600 ~ 700Kbps. MMS is expected to become the core of 3G mobile message service in the future, and it is expected to provide additional services in various fields such as photo message, video card, and mobile advertising.

Many companies use the same method of SMS or MMS to provide one-way communication between the existing terminals or the server to the subscriber terminal. Recently, many companies have been actively engaged in the two-way service business between the network and the individual. There is no technology for intelligently managing data transmission on the system and utilizing it in the web space.

Recently, with the widespread use of personal mobile terminals, the modernization and convergence of personal mobile terminals have been made. The so-called personal portable terminal is not an exaggeration to say that it is a small PC, and various functions such as inputting, generating, and processing predetermined texts, voices, and various images are implemented only by a mobile phone. The complex functionalization and advanced technology of the personal mobile terminal prevents users from being restricted by time and space in the real life.

However, in reality, despite the rapid technological development of personal portable terminals, there are many problems and inconveniences in managing and utilizing various data generated by personal portable terminals more conveniently. In order to collect, acquire, and systematically manage and utilize data without time and space constraints due to the characteristics of personal mobile terminals, it is possible to utilize on a web or through a large storage space through a network rather than managing and using resources of a limited personal mobile terminal itself. At present, the method of moving data to the system is universal. However, the existing method has a limitation to use it after generating data and transferring it to a wired network or a limited wireless network, and in case of storing and using the data again systematically, in terms of immediateness and separate management. Discomfort occurs. In addition, there are limitations in terms of the various uses of data using personal mobile terminals.

Recently, the Weblog or Blog is not required for complicated membership of existing Internet sites, Internet database management, and difficult operating technology procedures such as homepage creation. An environment that can promote various types of information in a text or graphic manner is widely used. Blog is an abbreviation of Weblog. It is a personalized web site where ordinary people can freely post columns, diaries, and articles according to their interests.

The Weblog or Blog may be referred to as a new type of media on the Internet, and is used as a space for personal media further from the existing personal homepage. This has the advantage that it is possible to access various personalized web pages more easily in a way that is like organizing notes on a regular basis and to store various real-time information in their own memory storage at any time.

The present invention, together with the advanced and multi-functional personalized mobile terminal, delivers the various personal information generated through this to the intelligent system through the wireless mobile communication network to systematically manage and synchronize with the personalized virtual space, such as Blog on the Web It is to more conveniently utilize various generated information in real time.

An object of the present invention is to provide a system and method for synchronizing various multimedia data generated in a user terminal with a virtual space on the web, particularly a personalized web page.

Particularly, various multimedia data generated in the user terminal using a wireless mobile communication network are transmitted to the synchronization system by using a data transmission method such as SMS and MMS between the user terminal and the synchronization system, and stored systematically and hierarchically on the synchronization system. To manage, inquire, and update data in a personalized web page space, such as a blog on a web server, so that a user or a third party can access the personalized virtual space through the wired / wireless internet to utilize the data. do.

In addition, the present invention is to systematically and hierarchically manage a variety of data transmitted from the user terminal in a more intelligent system, an intelligent data management system that allows the user to utilize the data more conveniently without time and space constraints To provide.

1 is a schematic diagram of an overall system according to an embodiment of the present invention.

Figure 2 is a block diagram schematically showing the structure of a user terminal according to an embodiment of the present invention.

Figure 3 is a block diagram schematically showing the structure of a synchronization system according to an embodiment of the present invention.

4 is a structural diagram showing a database in which data is recorded in the media server of the present invention.

5 is a flowchart illustrating a synchronization method according to an embodiment of the present invention.

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

105: synchronization system

401: media server

403: subscriber management server

405: subscriber management database

407: synchronization server

409: web server

In accordance with an aspect of the present invention, a system for synchronizing multimedia data generated from a user terminal with a personalized virtual space on a web server includes a user terminal capable of generating multimedia data and a communication service providing a wireless mobile communication service. A system and a system for interworking with a wired / wireless internet network accessible by an external user and synchronizing data transmitted from a user with a personalized virtual space on the web, wherein various multimedia data generated from a user terminal are exchanged by a wireless mobile communication service provider. A media server receiving from a Short Message Service Center (SMSC) or WAP (Gateway) gateway, a Multimedia Message Service Center (MMSC), and systematically distributing and managing it; A subscriber management server that maintains and manages subscriber information on individual calls of user terminals as user requests and information requests for wireless mobile communication providers; A subscriber management database in which various information about the subscriber is systematically stored and recorded in association with the subscriber management server; A web server for allocating, updating, and managing a personalized virtual space on a web to a user; And a synchronization server interworking with the media server, the subscriber management server, and the web server, systematically managing multimedia data generated from the user terminal based on user information managed by the subscriber management server, and performing a data posting to the web server. It is configured by.

In addition, a system for synchronizing multimedia data generated from a user terminal with a personalized virtual space on a web server is characterized in that the media server is assigned a unique address number from a wireless mobile communication service provider.

According to the present invention for achieving the above object, a method for synchronizing the information generated in the user terminal with a personalized web page, a user terminal capable of generating multimedia data, a communication service system for providing a wireless mobile communication service and the user A method of synchronizing information generated in a user terminal with a personalized virtual space on the web through a wireless mobile communication network in a system that synchronizes data transmitted from a user with a personalized virtual space on the web, interworking with a wired / wireless internet network accessible from the outside. A data transmission step of receiving information generated by a user terminal from a media server of a synchronization system through a wireless mobile communication network; The data received through the data transmission step in the media server of the synchronization system, the data management step of systematically database-managed in the media server based on the subscriber management information of the subscriber management server; A data posting request step of requesting a posting of data stored and managed by the media server to a web server linked to the synchronization server through a data management step of the synchronization server; And a data storage step of storing and updating data in the user's allocated virtual space based on the subscriber management information of the subscriber management server.

Hereinafter, the system and method will be described in more detail with reference to the accompanying drawings.

1. Definition of terms

Synchronization in the present specification refers to synchronization in terms of data storage and management for information utilization that anyone can access and use various multimedia data generated in the user terminal through different communication routes in a virtual space such as a personalized web page. do.

In addition, the synchronization system herein refers to a set of organized physical components for achieving the synchronization.

In addition, the synchronization method herein refers to a series of systematic algorithms of a user and a communication service company and the synchronization system for achieving synchronization of the data.

2. Complete system

1 is a schematic diagram of an overall system according to an embodiment of the present invention.

The overall structure of the synchronization system according to an embodiment of the present invention is the subscriber 101 side generating various multimedia data, the mobile communication operator 103 side operating the wireless mobile communication network, and the user's multimedia data and personalization according to the present invention. It is divided into a synchronization system provider 105 that provides a synchronization service between the web pages.

The wireless mobile communication network subscriber, which is the user 101 of the service, is composed of a user terminal that can connect to the wireless mobile communication network and includes means for generating various multimedia data.

When the user 101 wants to transmit various data generated by the user terminal to the synchronization system using a wireless mobile communication network provided by the mobile communication provider, the user of the mobile communication provider 103 to which the user subscribes and The generated data is transmitted to the synchronization system 105 through the Multimedia Message Service Center (MMSC), the Short Message Service Center (SMSC), and the like. The synchronization system 105 is provided with a media server, a synchronization server, a subscriber management server, a web server, and the like to receive, store and manage various multimedia data transmitted from the user 101. Also, the web server provides a personalized web page or the like. Store and update data in a personal virtual space. In addition, when the subscriber 101 or a third party wants to utilize the information stored and managed on the personalized web page, the subscriber 101 or the third party accesses the swap through the wireless Internet WAP gateway provided by the mobile service provider 103. It is possible to query, update, manage and utilize the data, and to access a web server using a wired Internet network.

Hereinafter, the entire system will be described in more detail.

3. User terminal (personal portable terminal) 101

The user terminal according to the present invention includes a device capable of wired and wireless data communication, and refers to a device capable of generating various multimedia.

Preferably, the user terminal includes a means for generating wireless mobile communication and multimedia data and for interfacing with a wireless mobile communication network. Representative examples include cellular phones, PCS, CDMA phones, GSM phones, portable terminals such as IMT2000, PDAs, and the like.

Hereinafter, the characteristics of the user terminal will be described in detail with reference to the accompanying drawings.

2 is a block diagram schematically showing the structure of a user terminal according to an embodiment of the present invention.

The user terminal according to an embodiment of the present invention is a data generating means 201 capable of generating data such as text, voice, image, video, etc., a network interface for transmitting the input data on a network and receiving various data. It is comprised including the part 203.

The data generating means 201 may include text input means such as a keypad for inputting text information such as text, voice input means such as a microphone for inputting voice information, a CCD camera capable of inputting an image image, Image image input means such as a web camera, a digital camera or a camcorder. Since this is a means provided by the conventional personal portable terminal, a detailed description thereof will be omitted.

The network interface 203 transmits various multimedia data such as text, voice, image, video, etc. input to the user's personal mobile terminal through the data generating means 201 to a mobile communication service provider system through a wireless mobile communication network. It is a means.

Also, preferably, the user terminal further includes a mobile platform 207. The mobile platform 207 is a module for implementing various applications on a mobile. The mobile platform 207 includes a web browser, a VOD player, a platform such as a BREW, and a virtual machine (VM) such as a GVM.

A web browser is an application function used to retrieve information about the World Wide Web from the Internet. The browser itself does not include an Internet connection function. You can access the home page on the server.

Unlike the web browser used for the wired Internet connection, the web browser configured on the mobile platform uses WAP (Wireless Application Protocol), UP, ME, etc. in consideration of memory capacity and wireless data communication.

The WAP (Wireless Application Protocol) is a protocol that simplifies the amount of data to be processed in order to implement a function similar to the wired Internet browser Explorer in a mobile terminal with limited LCD and memory capacity. The language used is based on XML (eXTENSIBLE Markup Language) using WML (Wireless Markup Language) suitable for mobile communication with limited bandwidth and low bandwidth. WAP (Wireless Application Protocol) can also be implemented in wireless data communications, text messaging (SMS), etc., and because it is aimed at versatility such as secure application and communication, hierarchical and extensible structure, and efficient use of terminal support, It is becoming the standard for Internet services.

The data generated by the user terminal may be data such as voice, text, image, video, etc., which is transmitted through the interface unit 203 of the user terminal. The general structure of multimedia data consists of a header and a data portion. The header represents identification information about the size of each data field, the size of the entire data packet, the compression scheme of the corresponding data field, and the data configuration. The data portion is composed of any one of text information, audio information, video information, or a combination thereof. In addition, the data is configured by including identification information for identification of a data sender.

4. Mobile communication service provider system (103)

The mobile communication service provider provides a wireless mobile communication network service to a service subscriber, manages subscriber information, and provides a call connection service or a wireless data communication service with a target party. Hereinafter, the structure and function will be described focusing on the role aspect of the mobile communication service provider for the multimedia data synchronization request of the user related to the present invention.

The mobile communication service system includes a mobile communication network switch, a subscriber information database (DB), an SMS center for short message service (SMSC), and an MMS center for multimedia message service (MMS).

The mobile communication network switch receives the subscriber's voice data from the subscriber and transmits it to the media server of the synchronization system 105. When the data transmitted by the subscriber is text information, the data is transmitted to the media server of the synchronization system 105 through the SMSC (Short Message Service Center) or the WAP gateway (Gateway). In addition, when the data transmitted by the subscriber is an image, a video, or the like, the data is transmitted to the media server of the synchronization system 105 through a multimedia message service center (MMSC).

As such, the mobile communication service provider system plays a role of relaying data transmitted by a user through a corresponding channel.

The subscriber information database (DB) stores various types of information for service use and management of subscribers provided with the mobile communication service. Fields of the subscriber information database may include a mobile subscriber's telephone number, a subscriber's name, a social security number, an address, and a credit rating. The subscriber information database may be used to check the validation of the subscriber, such as interworking with the subscriber management server on the synchronization system 105 and providing necessary information in response to a request of the synchronization system.

5. Synchronization System (105)

The synchronization system 105 according to the present invention performs a function of synchronizing various multimedia data generated in the user terminal 101 with a personal cyberspace such as a personalized web page on the web.

The schematic configuration of the synchronization system 105 includes a subscriber of individual call of a user terminal and a media server 301 which receives various multimedia data from an exchange of a mobile service provider system and an MMSC, SMSC or WAP gateway. A subscriber management server 303 that maintains information as a user's input and a request for information to a mobile service provider, a subscriber management database 305 that interworks with the subscriber management server 303 to store and manage various information about subscribers, Synchronization server 307 that systematically manages the transmitted multimedia data based on user information and posts data to web server 315, and allocates the user's personalized virtual space to the user and the user's allocated space on the web. It is configured to include a web server 315 for updating and managing.

3 is a block diagram schematically illustrating a structure of a synchronization system according to an embodiment of the present invention.

(1) Media server (301)

The media server 301 receives various multimedia data such as text, voice, image and video generated from the user terminal from the exchange of the mobile communication service provider and SMSC, MMSC and systematically distributes and manages the data according to the data type. Do this.

In the case of text data, the media server 301 is transmitted to the media server 301 through the SMSC or the WAP gateway, and the media server 301 that receives the text data is processed and managed through a module that performs processing corresponding to the protocol.

In the case of voice data, a channel between the media server 301 is set up from the user terminal without processing through a separate exchange center, and the voice data is processed and managed through the voice processing module, and the voice call record is recorded in the voice processing module.

In the case of image or video data, it is transmitted to the media server 301 through MMSC, and the received media server 301 processes and manages the corresponding image or video data through a module performing processing corresponding to the protocol. do.

The media server 301 is thus capable of both communication and processing for data having different protocols such as WAP, SMS, and MMS, and such a function is constructed in an integrated server form to process data or each A communication and processing module corresponding to the protocol is separately provided, and a server may be configured by separately configuring a module for managing the integrated information.

Data processed and managed through a series of processes in the media server 301 is database-managed and managed in the server as shown in FIG. 3.

4 is a diagram schematically showing an embodiment of a database in which various data transmitted from a user terminal are structurally databased and managed.

The fields of the database include a Serial No field 401 attached to the media server 301 for management and subsequent processing by itself, a field 403 corresponding to a subscriber number such as a mobile phone of a user terminal that has transmitted the data, It is composed of a time field 405 received from the data and recorded in the server, a type field 407 of the transmitted data, and a data chunk. The database structurally stored in the media server is posted from the synchronization server 307 to the web server 315, and the data is not stored directly on the web server 315, but the data is exchanged on the web server while transmitting and receiving address information about related data. Inquiry and utilization. In some cases, data may be directly transmitted and stored in the web server. However, in order to prevent data loss, it is preferable to have only the address information in the web server.

The Serial No field 401 becomes a data unique number on the present synchronization system, and is a serial number for identifying and identifying the transmitted data on its own.

The subscriber mobile phone number 403 corresponding to the subscriber identification field corresponds to the wireless mobile communication service subscriber number of the user terminal that transmitted the data.

The time field 405 corresponds to a time when data is transmitted and recorded on the media server 301 of the synchronization system. The time field 405 is recorded in units of years, months, days, hours, minutes, and seconds.

The data type field 407 corresponds to a field that defines which type of data is text, voice, audio, image, or video transmitted from the user terminal.

The data format field 409 indicates a file format of data transmitted from the user terminal. In FIG. 4, audio data of the WAV file type is shown as an example. If it is an image, it can be in the format of GIF, JPEG, etc. and the content is recorded in the field. In the case of text, the text format can be recorded, and the text content itself can be recorded. Since the text to be sent by SMS is limited, it is possible to record the text data without difficulty if a certain space is allocated.

The data chunk field 417 induces the flow of data and corresponds to a field constituting actual data. The chunk describes the ID that identifies itself and the location of the next block, and the chunk pointer is recorded and stored relative to the location of the current chunk in bytes.

In the above description, voice data has been described as an example, but the database is not limited thereto, and various multimedia data such as text, images, and moving images are recorded and stored.

(2) Subscriber management server (403)

The subscriber management server 403 interoperates with a subscriber management database of a wireless mobile communication service provider and requests a validation request of a subscriber requesting a synchronization service according to the present invention to the wireless mobile communication service provider, and thus authenticity information of the service requester. Subscriber management functions such as receiving a. In addition, the user inputs the subscriber information of the user who uses the service and receives the information of the service subscriber in response to the request of the various information to the wireless mobile communication service provider, and maintains and manages the various information, and performs the function of database . The subscriber management server 403 is interlocked with the synchronization server 407 and the web server 415, and the multimedia server 407 transmits various multimedia data transmitted from the user based on the subscriber management information in the subscriber management server 403. , The web server 415 stores and manages the multimedia data in the corresponding virtual allocation space on the web server 415 of the subscriber based on the subscriber management information in the subscriber management server 403, and updates the web server 415. And a function for use by a corresponding user (subscriber) and a third party.

(3) Subscriber Management Database (405)

Subscriber management database 405 is interlocked with the subscriber management server 403, the first subscriber information input of the user using the synchronization service according to the present invention and requests various information to the user's wireless mobile communication service provider and response thereto The information of the service subscriber corresponding to the database is recorded and stored.

Preferably, through the CRM module of the subscriber management server, a CRM module relating to the use of various services for the synchronization service is stored in a field.

(4) Synchronization Server (407)

The synchronization server 407 is linked with the media server 401, the subscriber management server 403, and the web server 415, and the subscriber management server 403 stores various multimedia data integrated in the media server 401. By managing the multimedia data more systematically, based on the subscriber management information of the user requesting the synchronization service, and requesting the posting of the multimedia data to the web server 415 where the individual virtual space of the user exists Perform the function.

(5) web server (315)

The web server 315 may be externally connected to the wired / wireless Internet network, interlocked with the synchronization server 307 and the subscriber management server 303 on the synchronization system, and generated in the user terminal from the synchronization server 307. In response to a request for posting the transmitted multimedia data, the multimedia data is stored and updated in a location where an individual virtual space of a user exists based on the subscriber management information of the subscriber management server 303. At this time, the stored data is recorded with the corresponding address information of the database in which the data on the media server 301 described above is structurally stored, through which the data is linked. In some cases, actual data may be directly stored on the web server 315. However, in order to minimize data loss, location information of data corresponding to link information is preferably recorded on the web server 315.

In addition, the user can access the web server from the outside through the web (WEB) or WAP (WAP) to utilize the information of the individual virtual space of the user or others.

The personalized virtual space on the web server 315 may correspond to a personalized web page such as a personal homepage or a blog.

Hereinafter, a method of storing multimedia data generated in a user terminal as a personal virtual space on the web server 315 will be described with reference to FIG. 5.

6. Synchronization method

5 is a flowchart illustrating a synchronization method according to an embodiment of the present invention.

Above all, a user who wants to receive a synchronization service provided by the synchronization system receives a predetermined subscription procedure to the synchronization system in advance using the Internet. This is generally the same as receiving a subscription procedure with a web server using the wired Internet. Through this predetermined subscription procedure, a database of information about a pre-subscriber is databased, and a personal virtual space on the web is allocated to the subscriber.

In some cases, in the pre-subscription step, when generating the subscriber's subscription information, the authentication number is generated and transmitted to the user terminal, and such an authentication number is received by the subscriber's user terminal to perform an input procedure of re-entering it on the web. In addition, a pre-synchronization operation between the subscriber's user terminal and the present synchronization system and authenticity check may be performed to prevent the subscriber from inputting false information.

In addition, the subscriber management server 403 of the synchronization system receives subscriber information for each call of the mobile terminal from the subscriber's input and the database of the wireless mobile communication service provider, establishes its own subscriber management database, and establishes user information. Keep it.

The synchronization system of the present invention is assigned a specific number from a mobile communication provider. Through this, when the user wants to transmit data to the synchronization system, the user can transmit the data by calling the synchronization system similarly to the data transmission using SMS and MMS through the personal mobile communication service. This is equivalent to the SMS concept between a person and a server, unlike the SMS concept between a person and a person. That is, the server of the synchronization system may assign a specific mobile communication call number like the individual user, so that the user may request the data transmission to the server as if the data is transmitted to the individual user using the SMS and MMS system. In the above description, the specific mobile communication call number may be a separate address number according to a plurality of wireless mobile communication service providers, or may be a unique number. In some cases, depending on the SMS and MMS system, the server unique number may be different or one unique number may be assigned. However, preferably, the server is assigned a unique address number so that the user who is provided with the service can use the service more conveniently.

When a server of a synchronization system is assigned a unique number, and a subscriber is previously created through a predetermined subscription procedure on the web, subscriber basic information is provided, according to the present invention.

The user generates text, voice, image, or video data through various data input means provided on the terminal and inputs it to the terminal (S501).

Text generation is generated through character input means such as a keypad, an optical character reader (OCR), and the like provided in the portable terminal. It can be used for various purposes such as personal daily history, memo, e-mail, schedule management, articles, journals, etc., and edit free text sentences as users post on the Internet without time and space constraints. By sending to a synchronization system, it is possible to store, save and utilize on a personal web page anytime, anywhere, just like posting on an Internet bulletin board.

Voice data generation is generated through a voice input means such as a microphone provided in the user terminal, which is transmitted to the media server of the synchronization system and stored and managed as if using a voice mailbox as in a general call service.

The image data is generated through image data input means such as a CCD camera, an optical sensor, a web camera, a digital camera, and the like provided in the user terminal.

The video data is generated through video data input means such as a digital camera or a camcorder provided in the user terminal.

The text, voice, image, and video data may be generated in the form of individual data or multimedia data by a combination thereof. For example, the voice data may be generated in the form of voice image data in which image data is combined, multimedia data in which voice data, text data, and video data are combined, and the like. . Since this matter corresponds to the existing technology related to multimedia data, the description related to the generation of the multimedia data will be omitted below.

The user requests the transmission of the data to the specific call number assigned on the server of the synchronization system for the multimedia data generated through the data generation step.

The wireless mobile communication service provider connects the corresponding data generated at the user's terminal to the synchronization system through the wireless mobile communication network in response to the request for transmission of the corresponding data.

In the case of text data, data transmission is performed using an SMS system or through a WAP.

In the case of voice data, data is transmitted through a voice channel set between the user and the media server of the synchronization system. This corresponds to a normal call channel.

In the case of image and video data, transmission is performed using an MMS system.

Multimedia data such as text, voice, image, and video generated from the user terminal are received by the media server of the synchronization system (S505), and the synchronization server of the synchronization system receives the received data based on the subscriber management information of the user who requested the data transmission. Systemically manage the multimedia data (S507). As described above, the data transmitted from the user terminal is built into the database shown in FIG. 4 and stored and managed on the media server. At this time, the synchronization server interworks with a web server and a subscriber management server to perform a function of systematically storing and managing data on the media server.

In addition, the synchronization server of the synchronization system queries the subscriber management database managed by the subscriber management server and requests posting of the transmitted multimedia data file to a corresponding location on a web server where an individual virtual space allocated to each user exists. (S509).

The web server updates the personal virtual space on the web by storing the requested file in the user's allocation space in response to a posting request of the file from the synchronization server (S511).

In the above description, the personal virtual space on the web means a personal allocation space on the network allocated to each user in the web server, and specifically, may be a personal web site, an FTP site, or a personalized web page. The personalized web page means a blog or the like as described above.

The user accesses the web server and inquires, manages and updates various data posted to the web server.

The route that the user accesses to the web server can be both a route accessed using the WAP type wireless Internet and a wired access route accessed through a wired network. The user may access a third party as well as himself / herself who has been allocated a virtual space on a web server to share and utilize data. However, it is preferable that only the subscriber himself / herself can perform the management mode for managing the virtual space.

7. Application

Hereinafter, a method of synchronizing data generated by a user terminal according to the present invention with a personalized virtual space on the web through a more specific embodiment will be described.

(One). Voice and various audio data

If a user wishes to record a conversation or voice record, the synchronization system and method according to the present invention can be used.

The user calls the synchronization system to his terminal. If the connection is successful, the user transmits his or her voice data onto the media server of the synchronization system by using voice information input means such as a microphone of the terminal. As described above, it is recorded and stored in its own allocation space on the web based on the subscriber management information of the user. This corresponds to an embodiment for realizing a voice recorder function with an expanded storage space.

Furthermore, the voice information may be converted into text information on a media server and recorded and stored.

Through the real-time information input and storage of the user, and systematic management in the synchronization system, the present voice information can be shared not only with the user but also with others, and can be utilized in real time. It can also be retrieved later and can be used as an update and more diverse information.

(2). Text data

A user who wants to create an article or journal sends a predetermined text message using SMS on the synchronization system of the present invention, such as sending a text message to an individual. As described above, the received synchronization system systematically stores and manages this and posts the text information to a user's own personal web page on the web. This corresponds to an embodiment that can be freely performed without time and space constraints through the wireless mobile communication network as if posting on a web page using the Internet.

(3). Image data

Tourist attractions or other scenes are captured using a digital camera provided in the user terminal. This is directly transmitted to the synchronization system using a wireless mobile communication network. The received synchronization system records in the database based on the subscriber management information. It is posted to a personal virtual space on the web, and the user or a third party can inquire and utilize it in real time.

(4). Video data

Similar to the synchronization of the image data in the above embodiment, the video data is generated using a camcorder or the like provided in the user terminal and transmitted to the synchronization system in real time using a wireless mobile communication network. The subsequent procedure is the same as above.

The above description is only one embodiment for explaining the present invention, and the spirit and concept of the present invention are not limited to the above contents, but the present invention belongs without departing from the gist of the present invention as claimed in the following claims. Anyone with ordinary knowledge in the field can make various changes.

According to the present invention, a user can generate various types of information without being restricted by time and space, and store, manage, and utilize information generated on the web through a wireless mobile communication network in real time. In addition, when data transmission is performed to the synchronization system according to the present invention, the synchronization system manages and stores intelligent data by time and data type even if a user does not command separate data classification, storage, and management through intelligent file management. This possible effect occurs.

Therefore, not only the user but also a third party who wants to share information can share and utilize various real-time information regardless of time and place.

Claims (8)

It is connected to a user terminal capable of generating multimedia data, a communication service system providing a wireless mobile communication service, and a system linked with a wired / wireless internet network accessible by the user from outside and synchronizing data transmitted from the user with a personalized virtual space on the web. In The multimedia data generated from the user terminal is received from the switch, the Short Message Service Center (SMSC) or WAP (Gateway), and the MMSC (Multimedia Message Service Center) of the wireless mobile communication service provider and systematically distributed. Managing a media server; A subscriber management server that maintains and manages subscriber information on an individual call of the user terminal as a user's input and a request for information on the wireless mobile communication service provider; A subscriber management database in which various information about subscribers is systematically stored and recorded in association with the subscriber management server; A web server which allocates the personalized virtual space on the web to a user and updates and manages the user allocated space on the web; And Synchronizes with the media server, subscriber management server and web server, systematically manages multimedia data generated from the user terminal based on user information managed by the subscriber management server, and performs data posting to the web server. server; And the media server is assigned a unique address number from a wireless mobile communication service provider. The system for synchronizing multimedia data generated from a user terminal with a personalized virtual space on a web server. The method of claim 1, wherein the multimedia data, A system for synchronizing multimedia data generated from a user terminal with a personalized virtual space on a web server, characterized in that the data consists of any one or a combination of text, voice, audio, image, and video. The method of claim 1, wherein the media server, A text processing module for processing text data into a file that can be processed on the server, a voice processing module for storing voice data as a file that can be processed on the server, and a video processing module for storing graphic or video data as a file that can be processed on the server And synchronize the multimedia data generated from the user terminal with the personalized virtual space on the web server, which is capable of processing and storing data for the corresponding protocol. The method of claim 1, wherein the personalized virtual space on the web, A system for synchronizing multimedia data generated from a user terminal, which is one of a personal web site, an FTP site, and a personalized web page, with a personalized virtual space on a web server. The method of claim 1, wherein the user terminal, And means capable of generating and inputting multimedia data and means capable of wireless data communication, wherein the multimedia data generated from the user terminal is synchronized with a personalized virtual space on a web server. On a user terminal capable of generating multimedia data, a communication service system providing a wireless mobile communication service, and a system linked with a wired / wireless internet network accessible by the user from outside, and synchronizing data transmitted from the user with a personalized virtual space on the web. In the method for synchronizing the information generated in the user terminal with a personalized virtual space on the web through a wireless mobile communication network, A data transmission step of receiving information generated by the user terminal from a media server of a synchronization system through the wireless mobile communication network; A data management step in which data received through the data transmission step from the media server of the synchronization system is systematically databased and managed by the media server based on subscriber management information of a subscriber management server; A data posting request step of requesting posting of data stored and managed by the media server to a web server linked with the synchronization server through a data management step of the synchronization server; And The web server receiving the posting request stores the data in the virtual space allocated to the user based on the subscriber management information of the subscriber management server and updates the data storage step. Method of synchronizing the information generated by the user terminal configured to include a personalized web page. The method of claim 6, After the data storage step of the web server, a subscriber or a third party accesses and utilizes a web page to access and manage a personalized web page in which the data is stored and updated. Method for synchronizing the information generated by the user terminal configured to further comprising a personalized web page. The method of claim 6, The information stored in the web server in the data storage step is a method of synchronizing the information generated by the user terminal in which the address information of the multimedia data databased in the media server is linked to the web server and stored.