KR100823991B1 - System and method for providing ims based contents service - Google Patents

Abstract

A system for providing an IMS(Internet Protocol Multimedia Subsystem)-based contents service and a method thereof are provided to generate and offer dynamic personalized content information suitable for a contents user to the contents user by using information about the contents user. An information storage unit(400) stores first information about a contents user(300). The first information includes at least one of the personal information of the contents user, service use information, environment information, terminal condition information, and acquaintance information. A processed data storage unit(280) stores the personalized contents of dynamic information provided to the contents user based on the first information stored in the information storage unit. An intelligent contents delivery server(200) extracts information about the personalized contents by contents user on the basis of the first information, transmits the extracted information to the processed data storage unit, and provides the personalized dynamic information generated on the basis of the extracted information to the contents user. A DIMS(Dynamic Information Management Server)(240) is linked with the intelligent contents delivery server, and processes the data stored in the information storage unit on the basis of the personalized dynamic information to generate and manage the personalized dynamic information.

Description

IMS-based content service providing system and method thereof {System and method for providing IMS based contents service}

1 is a schematic diagram of a network for content provision according to an embodiment of the present invention.

2 is a structural diagram of an intelligent content delivery server according to an embodiment of the present invention.

3 is a structural diagram of a dynamic information management server according to an embodiment of the present invention.

4 is a structural diagram of a client according to an embodiment of the present invention.

5 is a flowchart of a registration procedure according to an embodiment of the present invention.

6 is a flowchart of a log on procedure according to an embodiment of the present invention.

7 is a flowchart of content list update according to an embodiment of the present invention.

8 is a flowchart of content download according to an embodiment of the present invention.

9 is a flowchart of content streaming according to an embodiment of the present invention.

The present invention relates to a content service providing system and a method thereof, and more particularly, to a system and method for providing a content service based on IMS.

In general, in order to download a specific content using a mobile terminal of a user in a mobile communication network, a user first clicks a specific button of a mobile terminal to access a content platform server. At this time, the platform server transmits the uniform content list information to all users through the uniform UI (User Interface).

Using this method, the platform server unilaterally unloads the information irrelevant to the user, and thus cannot cause the user's interest. In addition, from the user's point of view, unnecessary charges are collected through the download of unwanted information, thereby reducing the frequency of use of the contents, thereby reducing the revenue from providing the data.

In addition, in general, only a pull-type service in which a user searches for content and information required by a user by using a mobile terminal is provided. Therefore, it is not only difficult for the user to find the necessary information among many information, but there is a problem in that even if the desired information is searched for, the fee charged for finding the information is required. Due to such a problem, the user eventually has a fear of the data service, and thus, the sales of the data service are stagnated.

Accordingly, the present invention is to solve the problems of the prior art, and provides an apparatus and method for providing content services based on IMS (IP Multimedia Subsystem) for providing intelligent and personalized contents.

According to an aspect of the present invention, there is provided a content service providing apparatus, which provides a content service to a content user through a mobile communication network.

A data storage unit for storing data provided to the content user; An intelligent content delivery server receiving data stored in the data storage unit and providing personalized content for each content user based on the data; And a dynamic information management server interworking with the intelligent content delivery server to generate and manage personalized dynamic information by processing data stored in the data storage.

According to another aspect of the present invention, there is provided a method of providing a content service, wherein the content service providing method provides a content user with a personalized content service through a mobile communication network.

(a) informing the content user that there is personalized content to be provided to the content user, wherein the personalized content is collected based on the need information of the content user, and requesting a session connection from the content user. Accepting; (b) performing a session connection with the content provider according to the session connection request; And (c) generating and providing the personalized content to the content user using the content provided from the content provider.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings so that those skilled in the art may easily implement the present invention. As those skilled in the art would realize, the described embodiments may be modified in various different ways, all without departing from the spirit or scope of the present invention. In the drawings, parts irrelevant to the description are omitted in order to clearly describe the present invention. Like parts are designated by like reference numerals throughout the specification.

In addition, when a part is said to "include" a certain component, this means that it may further include other components, except to exclude other components unless otherwise stated.

1 is a schematic diagram of a network for content provision according to an embodiment of the present invention.

As illustrated in FIG. 1, legacy content servers are provided to content users 300 located in heterogeneous networks (including CDMA2000, WCDMA, WiBro / WLAN, etc.) according to an embodiment of the present invention. In order to provide various contents located in a server of the content provider 100 such as a server) and an IMS content server, the contents may be provided using the content delivery server 200.

Here, the content delivery server 200 includes an IMS Community Enabler (ICE) 210, an IMS Multicast / Broadcast Enabler (IME) 220, an Intelligent Contexts Delivery Server (ICDS) 230, and a dynamic information management server. (DIMS: Dynamic IMS) 240, Presence Server (PS) 260, Home Subscriber Server (HSS) 270, Call Session Control Function (CSCF) 250, and processing data storage 280 ).

The ICE 210 provides a specific community (eg, Cyworld, etc.) to which the content user subscribes to the content user through the user's mobile terminal, and provides other users subscribed to the specific community to which the content user subscribes. It also provides a function for providing information. That is, when a content user accesses an intelligent content delivery server (hereinafter referred to as ICDS) 230 using his mobile terminal, it serves to mutually provide information between community subscribers.

The IME 210 is a service object for providing a multicast / broadcast service to a content user. The IME 210 performs a function of providing various information to the content user together with the ICE 210.

The ICDS 230 manages content users in conjunction with the content provider 100, the ICE 210, the IME 220, and the dynamic information management server (hereinafter referred to as DIMS) 240, the CSCF 250, and the like described below. It performs content collection and management, context awareness, ontology function and interface function. The structure and function of the ICDS 230 according to an embodiment of the present invention will be described in detail with reference to FIG. 2 below.

The DIMS 240 stores the contextual information of the content user 300 in association with the processing data storage unit 280, the information storage unit 400, and the HSS 270, and the authentication / security function for the content user 300. Performs functions of ETL / RDF (Extraction, Transformation, Loading / Resource Description Framework), ODBC / JDBC (Open Database Connectivity / Java Datbase Connectivity) and interface. The structure and function of the DIMS 240 according to an embodiment of the present invention will be described in detail with reference to FIG. 3 below.

The presence server 260 collects the current location information of the content user 300 and provides the location of the collected content user 300 when providing a personalized service to the content user based on the collected location information.

The HSS 270 is responsible for all the information of the content user 300 for the control of the session, and stores all the information for the content user 300. In addition, after authenticating the profile for the content user 300, it is guaranteed to pass to the CSCF (250). At this time, the CSCF 250 includes data necessary for the CSCF 250 to control the SIP call.

The CSCF 250 performs an incoming call gateway, call control, serving profile management and address processing functions when the content user 300 accesses the ICDS 230 through the SIP protocol and receives a personalized service. The CSCF 250 acts as a proxy and a user agent, and acts as a P-CSCF, a registrar, and controls a session of a registered endpoint. (Serving CSCF) and I-CSCF (Interrogating CSCF) for allocating S-CSCF to SIP registration executed by the content user, and related matters are already known, and the detailed description thereof will be omitted in the embodiments of the present invention. .

The content delivery server 200 having the above components is also linked to the Short Message Service Center (SMSC), Long Message Service Center (LMSC), and the information storage unit 400. Here, the SMSC and the LMSC provide a short or long message in order to instruct the content user 300 to provide the service and to prompt the user, as in the case where the content user 300 does not log in by accessing the ICDS 230. It plays a role.

The information storage unit 400 collects and stores information such as content usage history of the content user 300 required to provide a personalized service to the content user 300, and provides the DIMS 230 with information. do. The information storage unit 400 may include personal information, service usage information, terminal status information, acquaintance information, and the like.

Here, the personal information includes information about the age, occupation, gender, address, preferred field, and gender of the content user 300, and the service usage information includes service statistics, additional services, plans, content download statistics, and WAP / Web log information. This includes information such as the ICD usage log and Call / SMS / MMS usage history. The environment information includes the location of the content user 300, current external weather, season, season / event, mood state of the content user 300, presence / buddy list, and the like. For example, the information on the network connection state may be included, and the acquaintance information may include information such as schedule or anniversary.

In the embodiment of the present invention, as an example of an object collecting information stored in the information storage unit 400, IPAS (IP Accounting Server), WISE (Wireless Information System Environment), subscriber authentication server, AAA (Authentication, Authorization and Accounting), Servers that provide wired Internet services, such as HLR (Home Location Register) and wired MagicN, may be used, but are not necessarily limited thereto. The information of the information storage unit 400 is extracted as the most personalized information to the content user 300 through a remodeling process such as a batch process, and the like, and the extracted information is processed data storage unit 280. Are stored in. Here, the batch process refers to a process of extracting information to provide the collected information to the content user 300, and the batch process is already well known, and thus, detailed descriptions thereof will be omitted.

Next, a structure of the intelligent content delivery server 230 that is a component of the content delivery server 200 illustrated in FIG. 1 will be described in detail with reference to FIG. 2.

2 is a structural diagram of an intelligent content delivery server according to an embodiment of the present invention.

As shown in FIG. 2, the intelligent content delivery server 230 includes a content aggregation / syndication 231, gathering client information 232, and an end-user connection. 233, an ontology module 234, an ICD core 235, a context infomation synchornozation 237, an ICDS IMS framework 238, and A decision engine 236.

The content collector 231 performs two functions. First, the content collector 231 performs a function as content aggregation and a content syndication. Here, content aggregation means sending trackback pings to a central server, so that users can read all text related to any content. Content syndication means that some or all of the site content is made available to other services. In other words, by collecting content from other resources for distribution, the syndicated content consists of the content itself and metadata.

The client information collection unit 232 initially provides a uniform user interface (hereinafter referred to as a UI) by the mobile communication provider when the content user 300 does not subscribe to a service for receiving personalized content. However, the content user 300 accesses the ICDS 230 through the content user connection unit 233, and then sets the desired UI of the content user 300 itself, or the situation of the UI may be changed through the DIMS 240. This function updates, discards or saves the changed UI every time. In other words, it manages the set environment of the client.

The ontology module 234 receives content information from the content provider 100 to intelligently provide a multimedia service desired by the user based on various information such as the location, direction of movement, preference, and propensity of the content user 300. It enables to share the content, reuse, etc., and delivers it to the content collection unit 231. That is, the ontology module 234 may provide personalized content information to the content user 300 as an important component in implementing the Semantic Web or RDF Site Summary.

The context information synchronizer 237 receives information about the content user 300 from the DIMS 240, synchronizes the context information, and delivers the information to the ontology module 234.

The IMS framework (or ICDS IMS framework) 238 carries the SIP protocol. In order for the content user 300 to provide a personalized service, the content user 300 needs to access the service server in association with the IMS core & enabler, and the access to the IMS core & enabler is based on the SIP protocol. Is performed. The IMS Core & Enabler here includes, but is not necessarily limited to, CSCF 250, ICE 210, and IME 220. That is, a plurality of content users may access the ICDS 230 according to a standardized SIP protocol and may be provided with personalized content.

The decision engine unit 236 determines a need of the content user 300 who uses the content. Here, grasping the need means performing context awareness, and performing context awareness to provide personalized content to the content user 300.

The control unit 235 includes a content collecting unit 231, a client information collecting unit 232, a content user connecting unit 233, an ontology module 234, a context information synchronizing unit 237, a decision engine unit 236, and an IMS. It performs a function of controlling the framework 238.

Next, the structure of the dynamic information management server 240 illustrated in FIG. 1 will be described in detail with reference to FIG. 3.

3 is a structural diagram of a dynamic information management server according to an embodiment of the present invention.

As shown in FIG. 3, the dynamic information management server 240 according to an embodiment of the present invention includes a client information collector 241, a content user connection unit 242, and an extraction, transformation and loading (ETL) engine unit 243. ), A control unit 244, a context information synchronization unit 247, an IMS framework 248, a content user authentication unit 245, and a security engine unit 246.

The ETL engine unit 243 collects various source information from the information storage unit 400, collects and extracts data, converts the data into a common format, and converts the data into a common data warehouse or data mart. ) To load on the back. That is, data that is distributed in different forms in a system or database having different characteristics is collected and stored in a common form.

The client information collecting unit 241 collects the specialized information about the content user 300 connected through the content user connection unit 242 based on the data converted from the ETL engine unit 243 into a common format. Do this. For example, assuming that a user of a content A is mainly downloaded a ringtone in a situation of B, the information storage unit 400 collects information indicating that the ringtone is downloaded in a situation of B, which is a user-specific information, and then B When a situation arises, the A content user can be provided with a ringing-related message.

The context information synchronizer 247 receives the processed information stored in the processed data storage 280 and performs a function of synchronizing synchronization to provide a personalized service to the content user 300.

The DIMS IMS framework 248 includes a SIP protocol similar to the ICDS IMS framework 238 described in FIG. 2 above. However, unlike the functionality of the ICDS IMS framework 238, the DIMS IMS framework 248 does not use the SIP to collect information about the content user 300 in conjunction with the IMS core & enabler. Load the protocol. That is, the ICDS IMS framework 238 uses the SIP protocol mounted by the content user 300 to connect to the server in order to provide a personalized content service to the content user 300, while the DIMS IMS framework 248 is used. In fact, in order to provide a personalized service to a content user, all information on the content user collects using the SIP protocol.

The content user authentication unit 245 authenticates the content user 300, and the security engine unit 246 provides a security function for the content information provided to the content user 300 and a security for the content user 300. Perform the function.

The controller 244 may include a client information collector 241, a content user connection unit 242, an ETL engine unit 243, a content user authentication unit 245, a security engine unit 246, a context information synchronization unit 247, and the like. It performs the function of controlling the IMS framework 248.

Next, a structure of a mobile terminal, that is, a client, possessed by a content user for receiving a personalized service will be described with reference to FIG. 4.

4 is a structural diagram of a client according to an embodiment of the present invention.

As shown in FIG. 4, an ICD application layer 310, an ICD platform layer 320, a device adaptation layer 330, an OS layer 340, and an H / W layer 350 are included.

The ICD application layer 310 includes an ICD viewer (311) for receiving and displaying personalized content, an ICD player (312) for executing content, and a messenger (313) including content related information. do.

The ICD platform layer 320 includes a platform API 321, a scheduler module 322, an input / output interface module 323, a context information collection module 324, a protocol module 327, a network module 328, an IMS stack module ( 329), database 326 and control module 325.

The platform API 321 provides an application programming interface for the platform of the mobile terminal, and the input / output interface module 323 controls an interface for all information input to or output from the mobile terminal. The protocol module 327 controls a protocol used when the mobile terminal accesses a server or receives a signal from the server to provide personalized content, and the network module 328 performs interworking with a network where the mobile terminal is located. do.

The context information collection module 325 collects context related information, and the database 326 stores information about protocols controlled from the protocol module 325. The control module 325 includes the platform API 321, the scheduler module 322, the input / output interface module 323, the context information collection module 324, the protocol module 327, the network module 328, and the IMS stack module 329. And the database 326.

The device adaptation layer 330 that manages the adaptation of the mobile terminal to the bottom of the ICD platform layer 320 described above, the OS layer 340 that manages the OS of the mobile terminal, and H / for control according to the type of the mobile terminal. The W layer 350 is located.

Next, a procedure of initially registering to receive a personalized service using a mobile terminal based on the system components as described above will be described with reference to FIG. 5.

5 is a flowchart of a registration procedure according to an embodiment of the present invention.

As shown in FIG. 5, the content user 300 uses the mobile terminal owned by the content user 300 to receive the service for the first time while the mobile terminal is powered on. The procedure for performing service registration is as follows. First, the mobile terminal of the content user 300 requests its registration to the P-CSCF (S100). The P-CSCF receiving the registration request message from the mobile terminal of the content user 300 receives the address of the I-CSCF located in the home network of the mobile terminal using DNS, and forwards the message to the I-CSCF (S101). Relay registration of the mobile terminal.

Receiving the registration request message, the I-CSCF checks whether the mobile terminal of the content user 300 requesting registration is authorized to use the network, and relays the registration of the mobile terminal. That is, when the I-CSCF inquires (S102) whether the content user 300 requesting registration is a legitimate subscriber (S102), the HSS 270 sends information about the content user 300 in response thereto. Transfer to I-CSCF (S103).

The I-CSCF requests registration with the S-CSCF by selecting an S-CSCF that will be responsible for verifying the right of whether the mobile terminal is duly subscribed and handling the call of the subscriber (S104). Subsequently, the S-CSCF requests the authentication information of the mobile terminal from the HSS 270 to the HSS 270 in order to know whether the mobile terminal is a valid subscriber (S105). However, FIG. 5 shows the initial registration process, and since the mobile terminal is not yet registered with the HSS 270, the HSS 270 generates an authentication vector for the mobile terminal (S106) and delivers it to the S-CSCF. (S107).

Thereafter, the HSS 270 transfers the authentication vector to the P-CSCF through the I-CSCF to the P-CSCF (S108), and the P-CSCF receiving the authentication vector forwards the received authentication vector to the mobile terminal (S109). )do. Upon receiving the authentication vector, the mobile terminal S110 generates a response and session key using the received authentication vector and its ID and password (S111) and registers with the P-CSCF as in step S100. Request (S112). The P-CSCF, which is requested to register, receives the address of the I-CSCF located in the home network of the mobile terminal using DNS, and relays the registration of the mobile terminal (S113).

When the I-CSCF inquires again whether the mobile terminal is a valid subscriber (S114) to the HSS 270, the HSS 270 transmits a response to the I-CSCF (S115). The I-CSCF requests registration to the S-CSCF (S116). The S-CSCF performs an authentication operation for authentication of the mobile terminal by using the authentication vector transmitted from the mobile terminal (S117).

Thereafter, the S-CSCF requests the registration of the mobile terminal to the HSS 270 (S118), and requests the registration of the mobile terminal to the ICDS 230 after registration request to register that the mobile terminal is a legitimate subscriber (S119). )do. In step S118, the S-CSCF receiving the registration result for the registration request from the HSS 270 receives a message indicating that the mobile terminal is a legitimate subscriber in response to step S119 (S121). Next, the S-CSCF notifies the mobile terminal that the mobile terminal has been normally registered through the I-CSCF and the P-CSCF (S122, S123, S124), thereby completing the initial registration procedure in which the mobile terminal can use the personalized service.

Next, a log on procedure of the mobile terminal in which the initial registration procedure is completed will be described with reference to FIG. 6 based on FIG. 5.

6 is a flowchart of a log on procedure according to an embodiment of the present invention.

As shown in FIG. 6, the mobile terminal requests a call setup from the P-CSCF (S200), and the P-CSCF receiving the call setup request transmits a call setup request message received by the mobile station to the S-CSCF (S201). do. The S-CSCF substantially forwards the call setup request message to the ICDS 230 capable of providing a personalized service to the mobile terminal (S202), and the ICDS () having received this provides the personalized content to the DDBS. In order to receive the received service, a login message is forwarded (S203), and a response from the DDBS is received (S204).

At the same time, the DDBS authenticates whether the content user of the mobile terminal requested from the ICDS 230 is a legitimate user (S205), and notifies the ICDS 230 of the result thereof (S206). The ICDS 230 transmits a message indicating that the notification is confirmed to the DDBS (S207), and notifies the mobile terminal of the login confirmation through the S-CSCF and the P-CSCF (S208, S210, and S211). At the same time, the ICDS 230 requests the content provider 300 the content suitable for the mobile terminal (S209) and receives the content in response (S212).

After the login is completed, the mobile terminal transmits a message indicating that it has received an OK message for the session connection to the P-CSCF (S213), and the P-CSCF receiving the OK message is transmitted through the S-CSCF (S215). 230) (S215). Then, the mobile terminal and the ICDS 230 are connected to each other so that the list of contents received by the ICDS 230 from the content provider 300 is transmitted to the mobile terminal (S217). The mobile terminal receiving the message notifies that the contents list is received by the ICDS 230 through the P-CSCF and the S-CSCF, and simultaneously transmits a SUBSCRIBE message requesting an update of the status information of the ICDS 230 (S218 to S220). The ICDS () receiving the message transmits an OK message to the mobile terminal through the S-CSCF and the P-CSCF (S221 to S223).

Thereafter, the ICDS 230 transmits a NOTIFY message indicating the updated state of the ICDS 230 to the mobile terminal through the S-CSCF and the P-CSCF (S224 to S226), and the mobile terminal responds with the confirmation message in response. Is transmitted to ICDS () through P-CSCF and S-CSCF (S227 to S229). Through this procedure, the mobile terminal completes the connection to the ICDS 230 and receives a list of contents from the ICDS 230.

Next, a flow when the content list is updated will be described with reference to FIG. 7.

7 is a flowchart of content list update according to an embodiment of the present invention.

When the content list provided to the content user 300 is updated, the process of delivering the updated content list to the mobile terminal by the ICDS 230 is shown in FIG. 7. First, the ICDS 230 is connected to the S-CSCF. The contents list is updated to the mobile terminal through the P-CSCF and transmitted in a NOTIFY message (S300 to S302) so that the ICDS 230 and the mobile terminal can be connected. It transfers the ICDS 230 through the CSCF and the S-CSCF (S303 to S305). Then, the mobile terminal and the ICDS () is connected through the TCP protocol (S306), using the ICDS 230 transmits the updated content list to the mobile terminal (S307).

Next, a process of actually downloading the content by the content user who received the content list or the updated content list from the ICDS 230 through FIG. 6 or 7 will be described with reference to FIG. 8.

8 is a flowchart of content download according to an embodiment of the present invention.

As shown in FIG. 8, the ICDS 230 receiving the INVITE message for session connection from the mobile terminal (S400 to S402) transmits an OK message to the S-CSCF in response (S405). In this case, the INVITE message transmitted from S400 to S402 includes information of content desired to be downloaded by the mobile terminal, which is any one of information included in the content list delivered by the mobile terminal through FIG. 6 or 7.

The ICDS 230 forwards the OK message to the S-CSCF (S405) and simultaneously requests the content provider the requested content from the mobile terminal (S404). The S-CSCF forwards the OK message received by the S-CSCF to the mobile terminal (S405 and S406). Upon receipt of the OK message, the mobile terminal transmits an ACK message indicating that it has received the OK message to the ICDS 230 through the P-CSCF and the S-CSCF (S408 to S410). The session between the mobile terminal and the ICDS 230 is performed. This connection (S411), ICDS 230 provides the content to the mobile terminal through the connected session (S412).

Next, the streaming process of the content will be described with reference to FIG. 9.

9 is a flowchart of content streaming according to an embodiment of the present invention.

As shown in FIG. 9, the SIP NOTIFY message is transmitted to the mobile terminal through the S-CSCF and the P-CSCF to inform the mobile terminal of the current state of the ICDS 230 (S500 to S502), and the mobile terminal sends a NOTIFY message. In operation S503 to S505, an OK message indicating that the message has been received is transmitted to the ICDS. In this case, when there is personalized content to be provided to the mobile terminal which is logged in to receive the current service, the mobile terminal transmits the personalized content to the mobile terminal in a NOTIF message.

The mobile terminal knows that there is content to be provided to itself, and transmits an INVITE message to the ICDS 230 (S503 to S505) for a session connection with the ICDS 230, and receives an OK message from the ICDS () receiving the INVITE message. In step S509 to S511, an ACK message is transmitted in response (S512 to S514). Through this process, a session is connected between the mobile terminal and the ICDS 230 (S515). Next, the ICDS 230 performs a connection with the content provider 300 (S516), and as a result, the mobile terminal connected to the content provider 300 receives a streaming service from the content provider 300 (S517).

Here, a program for realizing a function corresponding to the configuration of the above-described embodiment of the present invention or a recording medium on which the program is recorded is also included in the scope of the present invention.

Although the embodiments of the present invention have been described in detail above, the scope of the present invention is not limited thereto, and various modifications and improvements of those skilled in the art using the basic concepts of the present invention defined in the following claims are also provided. It belongs to the scope of rights.

According to the above-described embodiment, dynamic and personalized content information suitable for a content user may be generated and provided using the content user's information.

In addition, even if there is no special request from the content user, the content providing server may grasp the needs of the content user and provide related information to the content user.

In addition, by providing the information and content desired by the content user on the top user interface and providing the information content so that the content user can find it easily, unnecessary fees are not charged, thereby increasing service revenue.

Claims (13)

A system for providing a content user with a content service provided from a content provider as a personalized content service through a mobile communication network, An information storage unit configured to store primary information about the content user, wherein the primary information includes at least one of personal information, service usage information, environment information, terminal state information, and acquaintance information of the content user; A processed data storage unit for storing personalized content which is dynamic information provided to the content user based on the primary information stored in the information storage unit; Extract information on personalized content for each content user based on the primary information, and transmit the extracted information to the processed data storage unit, and provide personalized dynamic information generated based on the extracted information to the content user. Providing an intelligent content delivery server; And A dynamic information management server interoperating with the intelligent content delivery server and generating and managing personalized dynamic information by processing data stored in the information storage unit based on personalized dynamic information stored in the processed data storage unit. Content service providing system comprising a. The method of claim 1, The intelligent content delivery server, A content collector to collect personalized content to be provided to the content user; Collecting first client information (UI) information of a client set by the content user and delivering the same to the content collecting unit, and updating or storing user interface information when the user interface is changed or discarded. part; And A first context information synchronizer configured to synchronize and receive the personalized dynamic information from the dynamic information management server; Content service providing system comprising a. The method of claim 2, An ontology unit configured to receive the content provided from the content provider and deliver the content to the content collector to re-use the content; A decision engine unit configured to perform situation recognition for identifying a need of the content user using the specified content; A first content user connection unit configured to connect the client of the content user, wherein the client uses one of a PC and a mobile terminal; and the intelligent content delivery server; A first IMS framework for managing access to the intelligent content delivery server for providing the content service to the content user; And A first control unit controlling the content collecting unit, the first client information collecting unit, the first content user connecting unit, the ontology unit, the first IMS framework, and the decision engine unit Content service providing system further comprising. The method of claim 1, The dynamic information management server, A second client information collecting unit collecting source information for providing the personalized dynamic information to the content user from the data storage unit; An Extraction, Transformation and Loading (ETL) engine unit for extracting personalized dynamic information from the source information, converting it into a common format, and transferring the converted dynamic information to the data storage unit; A content user authenticator configured to authenticate the content user; And A second context information synchronizer configured to synchronize and receive the personalized dynamic information from the processed data storage; Content service providing system comprising a. The method of claim 4, wherein A second IMS framework for collecting and managing the source information through access to the data storage; A second content user connection unit configured to connect the client of the content user, wherein the client uses one of a PC and a mobile terminal; and the intelligent content delivery server; A security engine unit that performs security for the content user and security for the personalized dynamic information; And A second controlling the second client information collecting unit, the second content user connecting unit, the ETL engine unit, the content user authentication unit, the second context information synchronization unit, the security engine unit, and the second IMS framework Control Content service providing system further comprising. The method according to claim 3 or 5, The first IMS framework and the second IMS framework is a content service providing system equipped with a SIP protocol. The method of claim 1, The processing data storage unit, And a primary service stored in the information storage unit using a batch process to process and store personalized dynamic information. The method of claim 7, wherein The information storage unit, Providing content services in the form of at least one of IP Accounting Server (IPAS), Wireless Information System Envirionment (WISE), Subscriber Authentication Server, Authentication, Authorization and Accounting (AAA), Home Location Register (HLR), and Wired Internet Service Provision Server system. The method of claim 1, An ICE (IMS Community Enabler) for interworking with the first IMS framework and transferring information about a community to which the content user subscribes and information of other users belonging to the community to the first IMS framework; An IME (IMS Multicast / Broadcast Enabler) for interworking with the first IMS framework and delivering the multicast / broadcast service information provided to the content user to the first IMS framework; A presence server linked to the second IMS framework to collect current location information of a content user and to provide the personalized service to the content user based on the collected location information; A home subscriber server linked to the second IMS framework and storing all information on the content user; And Call session control function (CSCF) that performs any one of incoming call gateway, call control, serving profile management, and address processing when a content user accesses the intelligent content delivery server through a SIP protocol and receives a personalized service. Content service providing system further comprising. The method of claim 9, A message service center interworking with the intelligent content delivery server and providing the personalized content information in the form of a message to the content user. Content service providing system further comprising. A method for providing a content user with a personalized content service through a mobile communication network, the content provided from the content provider, (a) informing the content user that there is personalized content collected based on the need information of the content user to be provided to the content user, and accepting a session connection request from the content user; (b) performing a session connection with the content provider according to the session connection request; And (c) creating and providing the personalized content to the content user using the content provided from the content provider Including; And the personalized content is processed and extracted from primary information of the content, wherein the primary information includes at least one of personal information, service usage information, terminal status information, and acquaintance information. The method of claim 11, In the step (a), informing the content user, And providing the content user with the personalized content based on the necessary information of the content user without a conscious request of the content user. The method of claim 11, And the personalized content is extracted from the primary information based on remodeling.

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