KR20070111725A - A medium on which a personal information management system, method, and computer readable program for executing the method are recorded. - Google Patents

Abstract

Disclosed are a personal data management system, a method, and a medium having recorded thereon a computer readable program for executing the method. The personal data management system includes a data reader, a classification storage unit, and a data provider. The data reading unit reads out predetermined personal data stored in the mobile communication terminal. The classification storage classifies and stores the read data according to a predetermined criterion. The data providing unit provides data stored in a terminal connected through a communication network in a predetermined format. Since the system reads, sorts, and provides the personal data of the mobile communication terminal in an easy-to-use form, the user can utilize the personal data obtained through the mobile communication terminal.

Description

System and method for managing individual information, and a medium having computer readable program for executing the method

Brief Description of the Drawings Figure 1 is a schematic representation of the use state of one embodiment of a personal data management system in accordance with the present invention;

2 is a diagram illustrating an example in which the personal data management system of FIG. 1 reads personal data from a mobile communication terminal.

3 is a diagram illustrating an example in which the personal data management system of FIG. 1 reads personal data from a mobile communication system.

4 is a diagram illustrating an example in which the personal data management system of FIG. 1 provides personal data in a P2P manner.

5 is a schematic flowchart for performing an embodiment of a method for managing personal data according to the present invention;

The present invention relates to an online service system and method, and more particularly, to an online service system and method for facilitating use of personal data generated in a person's daily life.

Due to the explosive growth of the mobile communication market, mobile communication terminals such as mobile phones are now recognized as necessities of life. The growth of the mobile communication market has been accelerated by the development of mobile communication related technologies such as mobile communication service technology and mobile communication terminal technology, and the user is utilizing many functions of the mobile communication terminal that were not previously enjoyed.

For example, the conventional mobile communication terminal provided a voice call as a main function, and provided a text message transmission or an electronic notebook function as an additional function. On the other hand, recent mobile communication terminals provide not only internet functions but also functions for capturing and transmitting pictures and moving pictures and television receiving functions.

Currently, a mobile communication terminal is becoming a core device in an ubiquitous environment, which means an information communication environment in which a user can freely access a network or a computer regardless of a place.

As such, as the functions of the mobile communication terminal are diversified, the user performs many things in the daily life using the mobile communication terminal, and thus, the mobile communication terminal stores a large amount of personal data of the user. Examples of personal data include a user's call history, various text message information, and a multimedia file photographed or transmitted by the user.

However, since such personal data is generally deleted from the mobile communication terminal due to the limitation of the storage capacity of the mobile communication terminal, there is no method that can be used even if the user desires after the deletion.

In addition, even when used by the user, it is not easy for the user to use all the various types of personal data smoothly.

SUMMARY OF THE INVENTION The present invention has been made to solve the above-mentioned conventional problems, and a method, system, and computer for executing the method can enable a user of a mobile communication terminal to utilize personal data secured through the mobile communication terminal. It is an object to provide a medium on which a readable program is recorded.

 In order to achieve the above object, the personal data management system according to the present invention includes a data reader, a classification storage unit, and a data provider.

The data reading unit reads predetermined personal data stored in the mobile communication terminal, the classification storing unit classifies and stores the read data according to a predetermined criterion, and the data providing unit stores the data stored in the terminal connecting through the communication network in a predetermined format. To provide.

Since the system reads, sorts, and provides the personal data of the mobile terminal in an easy-to-use form, the user can utilize the personal data obtained through the mobile terminal without any special knowledge or effort.

The data reader may receive the personal data through the mobile communication system. In this case, the data reading unit may receive the data from the mobile communication terminal and also directly receive the data from the mobile communication system without passing through the mobile communication terminal.

Personal data is generally transmitted from the mobile communication terminal, but in the case of personal data stored in the mobile communication system, the amount of communication can be reduced by allowing the personal data to be transmitted directly from the mobile communication system.

In addition, personal data can be transmitted via a short message, as well as via phone mail. In this way, by using the phone mail, it is possible to easily transmit a large amount of data exceeding the capacity of the short message.

 The data reader may receive the personal data from a storage device in which the personal data is stored through a separate communication network instead of the mobile communication system. This configuration allows the user to access and transmit a storage device storing personal data to a communication network such as a wired or wireless Internet network without passing through the mobile communication system, thereby saving the user's mobile communication fee. To make it possible.

The data provider may provide personal data in a web service manner, and also provide personal data in a P2P manner. By providing the data providing service not only in the web server but also in the P2P method, it is possible to enhance the security of the data and provide various service methods that the user can select.

In addition, the personal data management system may further include a data synchronization unit for transmitting the changed personal data to the mobile communication terminal when there is a change in the personal data stored in the classification storage unit. As such, not only the personal data change of the mobile communication terminal is transmitted to the personal data management system, but also the personal data change on the personal data management system is transmitted to the mobile communication terminal so that the personal data on the mobile communication terminal can always be kept up to date. do.

In addition, an invention embodying the system invention in the form of a method, and a medium invention in which a computer readable program for executing the method is recorded.

Hereinafter, exemplary embodiments of the present invention will be described with reference to the accompanying drawings.

1 is a view schematically showing a state of use of an embodiment of a personal data management system according to the present invention.

In FIG. 1, the personal data management system 100 is connected to the mobile communication system 200 and the user's communication terminal 400 through a communication network 600. In this case, the communication network 600 may be an internet network.

In addition, the mobile communication system 200 is connected to the mobile communication terminal 300 of the user, and the user communication terminal 400 is connected to the personal data storage device 500, respectively.

The personal data management system 100 includes a data reader 110, a classification storage unit 120, a data provider 130, and a data synchronizer 140. The data reading unit 110 reads predetermined personal data stored in the mobile communication terminal by the personal data management system, and the classification storage unit 120 classifies and stores the read data according to a predetermined criterion.

The data provider 130 provides data stored in a terminal that accesses a personal data management system through a communication network in a predetermined format. The data provider 130 may provide personal data in a web service manner, but may also provide a personal data in a P2P manner.

The mobile communication system 200 transmits the user's personal data to the personal data management system 100 through the mobile communication system 200. It is common to transmit personal data transmitted from the mobile communication terminal 300, but may directly transmit personal data stored in the mobile communication system 200 without passing through the mobile communication terminal 300.

The personal data may be a call history or a short message (SMS) of the mobile communication terminal 300, or a still image or a video. Small data such as a call history or a short message among personal data may be transmitted through a short message, and large media data may be transmitted through a user's phone mail.

In addition, the transmission of personal data may be transmitted in a batch manner under specific conditions, or may be transmitted in real time whenever personal data is generated.

The user may access the personal data management system 100 using the mobile communication terminal 300 or the communication terminal 400 to use personal data provided in a predetermined format.

The storage device is a device that stores personal data of the mobile communication terminal 300 and transmits the stored personal data to the personal data management system 100 through the communication terminal 400.

The storage device may be implemented as a portable storage device 500 such as a USB memory device. In this case, the portable storage device 500 may be implemented to connect to the personal data management system 100 by software on the communication terminal 400 when the portable storage device 500 is connected to the communication terminal 400, and the hardware on the portable storage device 500. Alternatively, the software may be implemented to be connected to the personal data management system 100 by software.

In addition, the personal data storage device 500 may be implemented as a storage device 410 of the communication terminal 400 itself. In this case, the user transmits personal data on the mobile communication terminal 300 to the communication terminal 400 by using a wired or wireless short-range communication means 420 such as a cable or a Bluetooth, and transmits the personal data to the communication terminal itself storage device 410. After storing, the data is transferred to the personal data management system 100 again.

In this method, a user directly extracts and registers personal data stored in the mobile communication terminal 300 and transmits the personal data to a blog service through the web and registers the same in a server. The mobile communication terminal 300 and the communication terminal 400 implemented by a user computer can be implemented in a manner of mounting an application for storing and transmitting personal data, and it has the effect of saving communication costs and improving transmission speed.

The data synchronization unit 140 transmits the changed personal data to the mobile communication terminal 300 when there is a change in the personal data stored in the classification storage unit 120.

Synchronization of data is necessary because the personal data update to the personal data management system is possible by the mobile communication terminal 300, but also by the communication terminal 400.

Synchronization of personal data is possible for all content collected and used through the wired / wireless Internet 600 and the mobile communication system 200, and is particularly useful in specific content such as in the case of personal schedule management content.

Transmission methods for personal data synchronization can be any of the methods used in the process of reading personal data.

Personal data stored in the personal data management system 100 may be provided commercially. In this case, the classification criteria of the classification storage should classify personal data into a classification system for providing commercially, and a separate charging unit (not shown) for charging should be included.

2 is a diagram illustrating an example in which the personal data management system of FIG. 1 reads personal data from a mobile communication terminal.

In FIG. 2, the user's mobile phone 300a transmits a large file such as a video file and a photo image file to the phone mail server 210a of the mobile communication company 200a using phone mail, and the mobile phone call history and SMS information. The short message is transmitted to the content sending dedicated server 220a.

At this time, the mobile phone 300a may be equipped with a personal data sending function, and may transmit a short message to the content sending server 220a using the service representative mobile phone number set for the service.

The phone mail server 210a of the mobile communication company 200a and the dedicated server for delivering content 220a transmit personal data to the content collection gateway 110a of the life caching server 100a, which is a personal data management system. The communication between the mobile telecommunication company server 200a and the life caching server 100a may be performed through a private network as well as a public network such as the Internet network.

The content classification server 120a classifies the received personal data according to a predetermined classification criteria and stores the received personal data in the life caching classification database 122a. The predetermined classification criterion may be, for example, the number of the sender in the case of message data, and may be a mail address in the case of media data.

The data provider 130a provides a web page called a life blog so that a user can access personal data by wire or wirelessly.

Personal data is provided in a predetermined format so that a user can conveniently use it. The predetermined format may be, for example, a diary, an autobiography, an account book, schedule management, video management, or a photo album.

3 is a diagram illustrating an example in which the personal data management system of FIG. 1 reads personal data from a mobile communication system.

As in FIG. 2, a large video or photo image file is transmitted from the mobile phone 300b to the content collection gateway 110b through the phone mail server 210b, but the mobile phone call history or the short message information is different from the user in FIG. When transmitted to the mobile phone (300a) of the, via the service representative mobile phone number is transmitted to the content dedicated server 220b.

4 is a diagram illustrating an example in which the personal data management system of FIG. 1 provides personal data in a P2P manner.

2 or 3, in FIG. 2 and 3, the personal data providing unit 130a is implemented in the life caching server 100a, but in FIG. 3, the personal data providing unit 130a is provided in a personal computer 130c separate from the life caching server 100c. do.

In FIG. 4, the personal data stored in the life caching classification database 122c is transmitted to the personal computer 130c through a data transmission server 140.

For the personal data providing service, the personal computer 130c transmits the IP information of the personal computer 130c to the life caching server 100c through the private DNS server 150 through the blog client software, and the life caching server 100c. Stores the address of personal computer 130c in personal PC IP address database 152.

When the private DNS server 150 receives a blog access request from the user, the private DNS server 150 transmits a personal PC IP address to the user terminals 300c and 400c, and the user accesses the personal computer 130c using the same.

5 is a schematic flowchart for performing an embodiment of a personal data management method according to the present invention.

First, the personal data management system reads predetermined personal data stored in the mobile communication terminal (S110). This step is to collect life contents generated mainly from mobile phones as basic data through the user's mobile communication company.

Reading of the personal data may be transmitted through the mobile communication system, and may be performed in the following two ways.

The first is a method of batch transmission of short messages and basic call history data stored in a mobile phone to a reception-only representative SMS number according to a predetermined condition.

The second method is a method of automatically transmitting in real time to a representative exclusive SMS number by a mobile communication company of a customer. In this case, a dedicated transmission scheme may be established between the content collection gateways in the reception-only representative SMS numbers.

Photo images and videos stored in the mobile phone are collected by phone mail rather than the representative SMS transmission method. It is to establish a system that can collect basic data about photo images and videos at any time by giving users a unique large mail address.

In addition, personal data may be read from a storage device storing personal data, such as a USB memory device or a memory of a personal computer, through a separate communication network such as a wired or wireless Internet network.

Subsequently, the read data is classified and stored according to a predetermined criterion (S120).

This step requires a large mail collection server and an SMS parsing server. The mass mail collection server is a mass mail receiving server for collecting video and photo image contents, and the SMS parsing server is a server for SMS automatic classification for various SMS diary and account book services.

Subsequently, data stored in the terminal accessing the personal data management system through the communication network is provided in a predetermined format (S130).

This step may be implemented in a basic server method and a P2P method.

The basic server method is a general web service method in which all contents are collected and classified in a central server for service, and customers use the service by connecting to a wired / wireless, WiBro, or HSPDA network environment.

The P2P method is a method of using the collected and classified content in the central server to the personal PC designated by the customer by the customer's choice. Personal PC is built with PC client program that supports data transfer and access in online network environment.

For the P2P method, additional life contents Tx server and private DNS server are added. Life Content Tx Server is a server for moving contents from central server to personal PC for P2P support, and private DNS server is a flow that connects to wired / wireless Internet, WiBro, or HSPDA network environment for web service from P2P to personal PC. Manage IP addresses.

The functions of the PC client program include the function of receiving the contents of the central server to the personal PC, the web application for the web service, and the function of transmitting the real time when the personal PC IP address is changed by the private DNS.

Finally, it is determined whether there is a change in the classified and stored personal data (S140), and if there is a change, the personal data is synchronized (S150).

Synchronization of the personal data means that when the personal data on the personal data management system is changed, the change is transmitted to the mobile communication terminal to match the state of the personal data on the mobile communication terminal and the personal data on the personal data management system.

Synchronization of data is necessary because personal data update to the personal data management system is possible by the mobile communication terminal, but also by other communication terminals such as a personal computer.

As already mentioned, synchronization of personal data is possible for all content collected and used via the wired and wireless Internet and mobile communication systems, and is particularly useful for certain content, such as for personal calendar content.

In addition, the transmission method for personal data synchronization may be any method used in the process of reading personal data.

According to the present invention, the user can utilize the personal data secured through his mobile communication terminal without any knowledge or effort.

System of the present invention provides a personal diary, autobiography, personal content creation environment that can be easily utilized by the user by collecting various SMS, call history generated by the mobile phone, the user is associated with his daily life that takes place around the mobile phone By recording a variety of photo and video text information, you can manage your own personal records.

Although the present invention has been described in terms of some preferred embodiments, the scope of the present invention should not be limited thereby, but should be construed as modifications or improvements of the embodiments supported by the claims.

Claims (21)

A data reading unit which reads predetermined personal data stored in the mobile communication terminal; A classification storage unit for classifying and reading the read data according to a predetermined criterion; And And a data provider for providing the stored data in a predetermined format to a terminal accessing the personal data management system through a communication network. The method of claim 1, And the data reader receives the predetermined personal data through a mobile communication system. The method of claim 2, And the predetermined personal data is directly transmitted from the mobile communication system without passing through the mobile communication terminal. The method of claim 2, And the predetermined personal data is transmitted from the mobile communication terminal. The method of claim 4, wherein And the predetermined personal data is transmitted via phone mail. The method of claim 2, And the predetermined personal data is transmitted through a short message. The method of claim 1, And the data reading unit receives the predetermined data from a storage device in which the predetermined data is stored through a separate communication network rather than a mobile communication system. The method of claim 1, The data providing unit provides the data in a web service manner.  The method of claim 1, The data provider provides the data in a P2P manner. The method of claim 1, And a data synchronization unit for transmitting the changed personal data to the mobile communication terminal when there is a change in the personal data stored in the classification storage unit. A data reading step of reading, by the personal data management system, predetermined personal data stored in the mobile communication terminal; A classification storing step of classifying and storing the read data according to a predetermined criterion; And And a data providing step of providing the stored data in a predetermined format to a terminal accessing the personal data management system through a communication network. The method of claim 11, The predetermined personal data of the data reading step is transmitted through a mobile communication system. The method of claim 12, And the predetermined personal data is directly transmitted from the mobile communication system without passing through the mobile communication terminal. The method of claim 12, And the predetermined personal data is transmitted from the mobile communication terminal. The method of claim 14, And the predetermined personal data is transmitted via phone mail. The method of claim 12, And the predetermined personal data is transmitted through a short message. The method of claim 13, The predetermined data of the data reading step is transmitted from a storage device in which the predetermined data is stored through a separate communication network rather than a mobile communication system. The method of claim 11, In the data providing step, the data is provided by a web service method.  The method of claim 11, Personal data management method, characterized in that the data is provided in a P2P method in the data providing step. The method of claim 11, And a data synchronization step of transmitting the changed personal data to the mobile communication terminal when there is a change in the classified, stored and stored personal data.  A medium having a computer readable program recorded thereon for executing the method of claim 11.

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