KR101918922B1 - Mobile phone, virtual mobile phone service providing system and service providing method thereof - Google Patents

Abstract

A service providing system according to an embodiment of the present disclosure includes a first user terminal having a storage for storing a plurality of security data of a first user and a processor for managing the secure data and driving a first client, 1 server storage for storing software resources necessary for providing a plurality of application services to a user terminal in a first storage area and a first virtual client connected to the first client through a network, And a service providing server provided with a processor, wherein when the first application executes the first application in response to a first application execution request received from the first client, the first virtual client transmits the security data To determine whether or not Characterized in that performing the first application based on the determination result, and provides the execution result data to the first client.

Description

TECHNICAL FIELD [0001] The present invention relates to a virtual mobile phone service providing system and a service providing method for providing a mobile phone and a data service,

TECHNICAL FIELD OF THE INVENTION The present invention relates to a system and a service providing method thereof, and more particularly, to a service providing system for providing an application service to a user terminal.

Conventionally, in order for a user to receive an application service, an application is executed through a processor of the user terminal, and there is a restriction that the user can not receive a smooth application service when the performance of the user terminal is poor. In addition, software resources for executing applications have to be stored in the storage of the user terminal, so that the storage capacity directly available to the user is limited, and there is a need to perform frequent updating of applications in the future.

The technical idea of the present invention provides a service providing system and a service providing method for providing an efficient service by providing an application service on a service providing server when an application service is provided to a user to solve, .

A service providing system according to an embodiment of the present disclosure includes a first user terminal having a storage for storing a plurality of security data of a first user and a processor for managing the secure data and driving a first client, 1 server storage for storing software resources necessary for providing a plurality of application services to a user terminal in a first storage area and a first virtual client connected to the first client through a network, And a service providing server provided with a processor, wherein when the first application executes the first application in response to a first application execution request received from the first client, the first virtual client transmits the security data To determine whether or not Characterized in that performing the first application based on the determination result, and provides the execution result data to the first client.

A method of providing an application service of a service providing system including a user terminal and a service providing server according to an embodiment of the present disclosure includes receiving an application execution request from a client of the user terminal by a virtual client of the service providing server, Wherein the virtual client determines whether or not the security data stored in the user terminal is needed when the virtual client executes the application based on the software resources stored in the service providing server in response to the application execution request, And providing the execution result data generated by performing the application to the client.

The service providing system according to the present disclosure has an effect that it is possible to provide a smooth service to the user regardless of the performance of the user terminal by providing only the execution result data so that the application can be displayed on the user terminal by executing the application on the service providing server.

In addition, the security data related to the user is separately stored and managed in the user terminal, thereby minimizing hacking from the outside. The service providing server determines when it is necessary to execute the application on the side of the service providing server and selectively requests security data to the user terminal So that an application service based on security data can be provided to the user.

1 is a block diagram illustrating a service providing system according to an embodiment of the present disclosure;
FIG. 2A is a block diagram specifically illustrating a service providing system according to an embodiment of the present disclosure, and FIGS. 2B and 2C are diagrams for explaining a concrete application service providing method.
3 is a block diagram specifically illustrating a service providing system according to an embodiment of the present disclosure;
FIG. 4A is a block diagram specifically illustrating a service providing system according to an embodiment of the present disclosure, and FIG. 4B is a block diagram specifically illustrating an operation of the secure data management unit.
FIG. 5A is a block diagram specifically illustrating a service providing system according to an embodiment of the present disclosure, and FIG. 5B is a block diagram specifically illustrating an operation of a service subscription management unit.
FIG. 6A is a block diagram specifically illustrating a service providing system according to an embodiment of the present disclosure, FIG. 6B is a view for explaining content right information, FIG. 6C is a flowchart illustrating a content sharing method according to an embodiment of the present disclosure Fig.
FIG. 7A is a block diagram specifically illustrating a service providing system according to an embodiment of the present disclosure, FIG. 7B is a diagram for explaining user group information, and FIG. And a method of providing an application service.
FIG. 8A is a block diagram specifically illustrating a service providing system according to an embodiment of the present disclosure, and FIGS. 8B and 8C are views for explaining phone number management information information for each user.

Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings. Embodiments of the present invention are provided to more fully describe the present invention to those skilled in the art. The present invention is capable of various modifications and various forms, and specific embodiments are illustrated and described in detail in the drawings. It should be understood, however, that the invention is not intended to be limited to the particular forms disclosed, but includes all modifications, equivalents, and alternatives falling within the spirit and scope of the invention. Like reference numerals are used for similar elements in describing each drawing. In the accompanying drawings, the dimensions of the structures are enlarged or reduced from the actual dimensions for the sake of clarity of the present invention.

The terminology used in this application is used only to describe a specific embodiment and is not intended to limit the invention. The singular forms "a," "an," and "the" include plural referents unless the context clearly dictates otherwise. In this application, the terms "comprises", "having", and the like are used to specify that a feature, a number, a step, an operation, an element, a part or a combination thereof is described in the specification, But do not preclude the presence or addition of one or more other features, integers, steps, operations, components, parts, or combinations thereof.

Also, the terms first, second, etc. may be used to describe various components, but the components should not be limited by the terms. The terms may be used for the purpose of distinguishing one component from another. For example, without departing from the scope of the present invention, the first component may be referred to as a second component, and similarly, the second component may also be referred to as a first component.

Unless otherwise defined, all terms used herein, including technical or scientific terms, have the same meaning as commonly understood by one of ordinary skill in the art to which this invention belongs. Terms such as those defined in commonly used dictionaries are to be interpreted as having a meaning consistent with the contextual meaning of the related art and are to be interpreted as either ideal or overly formal in the sense of the present application Do not.

1 is a cross- In the embodiment  Represents a service providing system according to It is a block diagram. .

Referring to FIG. 1, a service providing system 10 may include a user terminal 100, a service providing server 200, and a plurality of server groups SG. The user terminal 100 may include a plurality of electronic devices 100_1 to 100_n used by the same user. The plurality of electronic devices 100_1 to 100_n may be the same kind or different types of electronic devices, respectively. For example, the first electronic device 100_1 may be a smart phone (mobile phone), the second electronic device 100_2 may be a smart watch, the third electronic device 100_3 may be a smart TV, ) May be a tablet PC.

The user can select the currently available electronic device among the plurality of electronic devices 100_1 to 100_n included in the user terminal 100 and receive the application service using the selected electronic device. At this time, the electronic devices 100_1 to 100_n of the user are allowed to be authenticated as the serviceable user terminal 100 from the service providing server 200 through the network 15, The unique information such as the MAC address may be stored in the service providing server 200. A user authentication operation is performed by comparing unique information at the time of accessing the electronic devices 100_1 to 100_n with unique information of electronic devices corresponding to users who can use the service stored in the service providing server 200, Through the operation, the service providing server 200 can allow access of the electronic devices 100_1 to 100_n via the network 15. [ The network 150 may correspond to any one of various Internet networks such as a cellular network or a Wi-Fi network.

The service providing server 200 may include a server processor 230 and a server storage 250. The server processor 230 may drive the virtual client 210 so that the service providing server 200 can directly execute the application in order to provide the application service desired by the user. The virtual client 210 may be referred to as a virtual smart phone or a virtual mobile phone and may perform the processing operation of the existing user terminal 100 in the virtual client 210. [ The server storage 250 may include a first storage area SA_1 and a first storage area SA_1 includes a user profile storage area UPA, an application storage area APPA, and an operating system storage area OSA .

The server storage 250 includes an operating system, an application and a user profile necessary for the server processor 230 to operate the virtual client 210 and execute the application through the virtual client 210. [ ), ≪ / RTI > and the like. The user profile includes personal information including the user's sex, age, place of residence, etc., the operating system used in the user terminal, and individual information about the computing environment information (e.g., display resolution, Internet access method, etc.) can do. The software resources stored in the server storage 250 may be delivered to the virtual client 210 and executed on the virtual client 210. The server processor 230 can control so that the software resources can be executed properly on the virtual client 210. [ In addition, the server processor 230 may include hardware resources such as a CPU, a RAM, and an input / output circuit.

Specifically, when the user terminal 100 requests the service providing server 200 through the network 15, the server processor 230 may execute a predetermined application on the virtual client 210 Information about a profile of a user requesting an operating system used for application execution, a selected application, and a service can be read from the server storage 250 and provided to the virtual client 210. The virtual client 210 may be driven by the server processor 230 to perform a predetermined application and provide the execution result data to the user terminal 100. Further, the virtual client 210 can access a server group (SG) including a plurality of servers in order to acquire data necessary when performing a predetermined application. A plurality of servers included in a server group (SG) can provide various information data or various application services to a user. The user terminal 100 can display the execution result of the application to the user without performing a separate processing operation using the execution result data. The user can recognize the execution result of the application through the user terminal 100 and provide a plurality of other commands to the virtual client 210 through the user terminal 100. [ The virtual client 210 receives these commands, executes the application based on the instructions, and provides the application service to the user by providing newly generated execution result data to the user terminal 100. [

In this manner, all the software resources for executing the application are stored in the service providing server 200, the application is executed in the service providing server 200, and the resultant data is provided to the user terminal 100, The load of the user terminal 100 can be minimized.

Figure 2a is a cross- In the embodiment  A service providing system according to the present invention It's a block diagram. , Figs. 2B and 2C show specific application  FIG. 8 is a diagram for explaining a service providing method. FIG.

Referring to FIG. 2A, the service providing system 10a may include a user terminal 100a and a service providing server 220a. The user terminal 100a may correspond to any one of the plurality of electronic devices 100_1 to 100_n in FIG. The user terminal 100a may include a processor 130a and a storage 150a and the processor 130a may drive the client 110a. The user can use the client 110a to provide an application execution request signal Req_S including an application related command to the service providing server 200a. The storage 150a may include a secure data storage area (PDA) capable of storing user security data. The security data may include image data such as photographs and moving pictures photographed by the user, location data of the user, personal privacy security information of the user, and the like. Furthermore, the user can set certain data in the user terminal 100a as secure data and store the secured data in the secure data storage area (PDA) of the storage 150a. The processor 130a may manage security data stored in a secure data storage area (PDA).

The service providing server 200a may include a server processor 230a and a server storage 250a and the server processor 230a may drive the virtual client 210a. The virtual client 210a receives an application APP and an operating system OS selected from the server processor 230a in order to execute the selected application in response to the application execution request signal Req_S received from the user terminal 100a . The virtual client 210a may execute an application (APP) in response to the application execution request signal Req_S and generate execution result data. The virtual client 210a may provide an application execution response signal Res_S including execution result data to the client 110a.

In one embodiment, the virtual client 210a may determine whether or not the security data stored in the storage 150a of the user terminal 100a is required when executing the application (APP). For example, the virtual client 210a may need location information of a user when executing an application (APP). The virtual client 210a can execute an application (APP) based on a result of determination as to whether or not security data is required. Specifically, the virtual client 210a may selectively request security data to the client 110a when it is determined that the security data such as the user's location data is required when executing the application (APP). The client 110a may read the security data required from the storage 150a in response to the request of the security data and provide the security data to the virtual client 210a. Furthermore, when the client 110a reads necessary security data from the storage 150a, it can perform a separate user authentication operation. That is, the storage 150a may include the reference authentication information set by the user so as to perform a separate user authentication operation. Before the client 110a needs to read the security data required from the storage 150a, The authentication information input by the user can be compared with the reference authentication information stored in the storage 150a and the required security data can be read from the storage 150a only when they match.

In one embodiment, the server processor 230a may further include an update management unit 231a. When the user terminal 100a provides the application service termination request through the client 110a, the update management unit 231a reflects at least one of the changed user profile, the changed application related information, and the changed operating system related information, The user profile storage area UPA, the application storage area APPA, and the operating system storage area OSA in the storage areas 250a and 250a.

In this way, the user terminal 100a stores and manages the security data that the user regards as important to the storage 150a, and only when necessary, the security data is read and provided to the service providing server 200a to prevent hacking from the outside There is an effect that can be. In addition, the update management unit 231a of the server processor 230a updates the software resources stored in the server storage 250a in a batch manner, thereby providing a more efficient application service to the user.

2A, the client corresponds to the client 110a of FIG. 2A, the virtual client corresponds to the virtual client 210a of FIG. 2A, and the server processor Sever_Processor corresponds to the server of FIG. And corresponds to the processor 230a.

The client of the user terminal can provide an application start request signal S100 selected by the user to the virtual client VClient to receive the application service. In response to the application start request signal S100, the virtual client (VClient) receives the selected application, the required operating system through the server processor (Server_Processor), executes the selected application, and can start application execution. Thereafter, the virtual client (VClient) may provide the application start result to the client (S110). The client can display an application start result to the user, and can provide a specific operation request received from the user to the virtual client (S120). The virtual client (VClient) may perform a specific operation through the application and provide a specific operation result to the client (S130). The client can also display to the user a specific result of the application. Thereafter, when the user wants to terminate the use of the application service, the client can provide an application termination request to the virtual client (S140). The virtual client (VClient) terminates the execution of the application and provides the client (Client) with the screen data before the execution of the application (S150).

Referring to FIG. 2C, a telephone call operation between the first user terminal and the second user terminal is performed through the first virtual client (VClient_1) and the second virtual client (VClient_2).

The first client (Client_1) of the first user terminal may provide the first virtual client (VClient_1) to start the telephone application (S200). The first virtual client (VClient) can execute the telephone application and start executing the telephone application. Thereafter, the first virtual client (VClient_1) may provide the first client (Client_1) with the result of starting the telephone application (S210). The first user may request a call with the second user and provide a call request with the second user terminal to the first virtual client (VClient_1) through the first client (Client_1) of the first user terminal (S220 ). The first virtual client (VClient_1) may perform a call connection with the second virtual client (VClient_1) in response to the call request, and may provide the call connection result to the first client (Client_1). Specifically, the server processor (Server_Processor) can control the call connection between the first virtual client (VClient_1) and the second virtual client (VClient_2).

The first virtual client VClient_2 may receive voice data from the first client Client_1 and may transmit the voice data to the second virtual client VClient_2 and the second virtual client VClient_2 may transmit the voice of the first user to the second user terminal Data can be provided. The first virtual client VClient_1 may receive the voice data of the second user from the second virtual client VClient_2 and the first virtual client VClient_1 may transmit the voice data of the second user to the first client Client_1, Data can be provided. In this manner, the first user terminal and the second user terminal can perform the call operation through the first client (Client_1) and the second client (Client_2) (S240). Thereafter, when the first user wants to terminate the use of the telephone application service, the first client (Client_1) may provide a call disconnection request to the first virtual client (VClient_1) (S250). The first virtual client (VClient_1) terminates the execution of the telephone application, and provides the first client (Client_1) with the screen data before the execution of the telephone application (S260). However, the present invention is not limited to the exemplary embodiments, and various embodiments in which an application is executed using a virtual client are applicable.

3 is a cross- In the embodiment  A service providing system according to the present invention It is a block diagram. .

Referring to FIG. 3, the service providing system 10b may include a service providing server 200b and a plurality of user terminals UT_1 to UT_n. The service providing server 200b may include a plurality of virtual clients VC_1 to VC_k and a server processor 230b capable of providing application services to each of a plurality of user terminals UT_1 to UT_n. The server processor 230b may drive a plurality of virtual clients VC_1 to VC_k. The server processor 230b may further include a data transmission mode setting unit 232b. The data transmission mode setting unit 232b sets the data transmission mode when the service providing server 200b provides the application services requested from the user terminals UT_1 to UT_n using the plurality of virtual clients VC_1 to VC_k 200b and the user terminals UT_1 to UT_n. The data transmission mode setting unit 232b may set a data transmission mode based on the monitoring result.

In one embodiment, the data transmission mode setting unit 232b may set the data transmission mode to the first data transmission mode (MODE_1) when the total data transmission / reception amount exceeds the threshold value, The data transfer mode can be set to the second data transfer mode (MODE_2). The plurality of virtual clients VC_1 to VC_n processes the application execution result data into the first encoding scheme to each of the user terminals UT_1 to UT_n when the data transmission mode is set to the first data transmission mode MODE_1, To the terminals UT_1 to UT_n. The plurality of virtual clients VC_1 to VC_n processes the application execution result data to each of the user terminals UT_1 to UT_n by the second encoding scheme when the data transmission mode is set to the second data transmission mode MODE_2, To the terminals UT_1 to UT_n. In one embodiment, when the data having the same capacity is encoded with the first encoding scheme and the second encoding scheme, respectively, the data capacity processed with the first encoding scheme may be smaller than the data capacity processed with the second encoding scheme .

For example, the first data transmission mode (MODE_1) may be a transmission mode based on a predetermined parsing operation, and the second data transmission mode (MODE_2) may be a transmission mode based on a mirroring operation. That is, the first data transmission mode MODE_1 may be provided to each of the user terminals UT_1 to UT_n after the application execution result data is parsed through a predetermined program, and the second data transmission mode MODE_2) can provide the application execution result data processed to enable the mirroring operation to the respective user terminals UT_1 to UT_n.

That is, when a large number of user terminals UT_1 to UT_n request an application service to the service providing server 200b, the total amount of data to be transmitted increases, resulting in a problem that the load on the network, that is, the mobile communication network, becomes large . At this time, the data transmission mode setting unit 232b has an effect of reducing the total amount of data (Data) by flexibly changing the data transmission mode.

4A is a cross- In the embodiment  A service providing system according to the present invention It's a block diagram. And FIG. 4B is a block diagram for specifically explaining the operation of the secure data management unit.

Referring to FIG. 4A, the service providing system 10c may include a user terminal 100c and a service providing server 200c. The service providing system 10c may correspond to most of the configuration of the service providing system 10a of FIG. 2a, and will be described below focusing on differences in configuration and operation from the service providing system 10a of FIG. 2a. The service providing server 200c may receive security data (Private Data, PD) stored in the storage 150c from the client 110c of the user terminal 100c through the first virtual client 410a and store it.

The service providing server 200c may include a server processor 230c and a server storage 250c. The server processor 230c may further include a security data management unit 233c and the server storage unit 250c may further include a second storage area SA_2 capable of separately storing security data PD. That is, as described above with reference to FIG. 1 and the like, the general data (OD) related to the software resources capable of executing the application can be stored in the first storage area SA_1 of the server storage 250c, May be stored in the second storage area SA_2 so as to be distinguished from each other. The secure data management unit 233c can manage the secure data PD stored in the second storage area SA_2 of the server storage 250c. In one embodiment, the secure data management unit 233c can generate a mapping table by mapping each security data PD and each security authentication information. The secure data management unit 233c can refer to the mapping table, PD can be effectively prevented. This will be described in detail with reference to FIG. 4B.

Referring to FIG. 4B, the security data management unit 233c may include a security information mapping unit 233c_1 and a user authentication unit 233c_2. The security information mapping unit 233c_1 may map the security data PD and security authentication information SI received from the user terminal and generate a security mapping table M_Table indicating the mapping. The user authentication unit 233c_2 refers to the security mapping table M_Table in response to a request for security data PD from a predetermined user terminal, performs a user authentication operation, and then transmits security data PD And can be provided to a predetermined user terminal.

The security information mapping unit 233c_1, when performing the backup operation on the security data stored in the user terminal, receives the first security data PD_1, the corresponding first security authentication information SI_1, 2 security data PD_2 and the corresponding second security authentication information SI_2. For example, the first security data PD_1 may correspond to image data of a user's photograph or moving image, and the second security data PD_2 may correspond to data representing the location information of the user. The user can set different security authentication information according to this data type. For example, the first security authentication information SI_1 corresponding to the first security data PD_1 may be related to the user voice information, and the second security authentication information SI_2 corresponding to the second security data PD_2 may be It may be related to the fingerprint information of the user.

The security information mapping unit 233c_1 may generate and manage a security mapping table M_Table that indicates the mapping relationship between the security data PD and the security authentication information SI and may include security data PD and security authentication information SI May be stored in the second storage area SA_2 of the server storage.

The user authentication unit 233c_2 can receive a request signal Req_S for the first security data PD_1 and predetermined security authentication comparison information SI_a from the outside such as a predetermined user terminal. The user authentication unit 233c_2 can perform a user authentication operation in response to the request signal Req_S. Specifically, the user authentication unit 233c_2 searches the first security authentication information SI_1 corresponding to the first security data PD_1 by referring to the security mapping table M_Table, SI_1) from the second storage area SA_2. At this time, the security mapping table M_Table may also include respective pieces of address information in which security data PD and security authentication information SI are stored. The user authentication unit 233c_2 compares the read first security authentication information SI_1 with the security authentication comparison information SI_a and when it coincides, the response signal Res_S including the first security data PD_1, It is possible to externally provide a response signal Res_S including data indicating a user authentication failure.

The service providing system according to the present disclosure can set different types of security authentication information for each type of security data. By backing up and managing such security data in the second storage area SA_2 of the server storage, Can be prevented.

5A is a cross- In the embodiment  A service providing system according to the present invention It's a block diagram. And FIG. 5B is a block diagram for specifically explaining the operation of the service subscription management unit.

Referring to FIG. 5A, the service providing system 20a may include a first user terminal 310a and a service providing server 400a. The service providing system 20a may correspond to most of the configuration of the service providing system 10a of FIG. 2a, and will be described below focusing on differences in configuration and operation from the service providing system 10a of FIG. 2a. The service providing server 400a may include a server processor 430a and a server storage 450a.

The server processor 430a may include a service subscription management unit 434a. The service subscription management unit 434a can manage the subscription status of each application service for each user terminal. For example, the service subscription management unit 434a may generate service list information indicating application services to which the first user terminal 310a is currently subscribed. The server storage 450a may include a service list storage area USLA in which service list information generated from the service subscription management part 434a is stored. Furthermore, the service list storage area USLA per user may be included in the first storage area SA_1 of FIG. Hereinafter, a specific operation of the service subscription management unit 434 will be described.

Referring to FIG. 5B, the service subscription management unit 434a may include a service list information generation unit 434a_1 and a service utilization recommendation unit 434a_2. In an embodiment, the service list information generating unit 434a_1 may generate service list information SLI indicating an application service to which the first user terminal 310a is currently subscribed. For example, the service providing server according to an embodiment of the present disclosure can provide a plurality of application services. The first user terminal 310a may subscribe to some of the application services of the plurality of application services. The first user terminal 310a may organize the subscribed application services so that the first user terminal 310a can view the subscribed application services through the first user terminal 310a. The service subscription management unit 434a can generate the service list information SLI. The service list information SLI may include information on a service name (SN) of each application service and information on whether to join the first user terminal 310a (JS). The first user terminal 310a receives the service list information SLI through the first client 312a, the first user can confirm the subscribed application services, To the first virtual client of the service providing server, thereby selectively using the application services.

When the service providing server provides application services to a plurality of user terminals, the service use recommending unit 434a_2 performs a monitoring operation on application services actually used by a plurality of user terminals, Service recommendation information (SURI) for recommending an application service. That is, when the service providing server starts driving virtual clients corresponding to a plurality of user terminals, it monitors application services to be actually executed or performed and provides application service recommendations based on the monitoring results to the user terminals . For example, the service use recommendation unit 434a_2 recommends application services in the order in which a plurality of user terminals make the most use in real time, recommends application services in order of highest frequency of use for a certain period, That is, service recommendation recommendation information (SURI), which can recommend an application service in the order of most use on the basis of women, men, and ages, can be generated. The service list information SLI may include service use recommendation information SURI and the service use recommendation information SURI may be provided to the first user terminal 310a from the first virtual client through the first client 312a .

When executing or executing an application on a user terminal, the service providing server can not obtain information on an application service frequently used by an actual user terminal. On the other hand, the application service according to the present disclosure drives the virtual client and executes or executes the application through the virtual client, so that the application service actually used by the user can be monitored, and the application service There is an effect that can be accurately recommended.

Figure 6a is a cross- In the embodiment  A service providing system according to the present invention It's a block diagram. , Figure 6b contents  FIG. 6C is a view for explaining rights information In the embodiment  Following Content  FIG. 8 is a diagram for explaining a method of sharing.

Referring to FIG. 6A, the service providing system 20b may include a first user terminal 310b and a service providing server 400b. The service providing system 20a may correspond to most of the configuration of the service providing system 10a of FIG. 2a, and will be described below focusing on differences in configuration and operation from the service providing system 10a of FIG. 2a.

The service providing server 400b may include a server processor 430b and a server storage 450b. The server processor 430b may include a content authority manager 435b. In an embodiment, the content right management unit 435b may generate and manage rights information (AI) indicating the right of each user for a plurality of contents available through the application (APP). The server storage 450b may include a content storage area (CSA) in which a plurality of contents usable by users are stored. Furthermore, the content storage area CSA may be included in the first storage area SA_1 of FIG.

6B, the content right management unit 435b may store an address (Contents_ADD) of the server storage 450b storing Authorized User and Contents (Con_1 to Con_k) for each content (Con_1 to Con_k) (AI) including the authentication information. The content right management unit 435b can effectively manage the content by registering or releasing the rights for each content (Con_1 to Con_k) at the request of the user terminal and reflecting the rights to the right information AI, It is possible to secure the storage capacity of the first user terminal 310a by storing application contents in the server storage 450b without storing them in the first user terminal 310a . In addition, content available for each application may be different, and accordingly, the content right management unit 435b may generate rights information (AI) for each application.

When the first virtual client 410a receives the request signal CReq_S for the first content from the first client 312a of the first user terminal 310a, the first virtual client 410a transmits the rights information ), It is possible to determine whether the first user (User_1) is authorized for the first content (Con_1). When it is determined that the first user (User_1) has the right for the first content (Con_1), the first virtual client 410a uses the first address ADD_1 for the first content Con_1 to access the server storage 450b And may provide the content request response signal CRes_S including the first content Con_1 to the first client 312a of the first user terminal 310a. However, the present invention is not limited to this example, and the content right management unit 435b may directly read the first content (Con_1) from the server storage 450b and provide the first content to the first client 312a. In one embodiment, when the service providing server 400b provides the content to the first user terminal 310a, the service providing server 400b may provide the content in a streaming manner.

Referring to FIG. 6C, the service providing system 20c may further include a second user terminal 310b as shown in FIG. 6A. When the first virtual client 410b_1 receives the sharing request signal SReq_S for the first content Con_1 from the first client 310a of the first user terminal 310a, the first virtual client 410b_1 refers to the authority information AI , It is possible to determine whether the first user (User_1) is authorized for the first content (Con_1).

When the first virtual client 410a determines that the first user (User_1) has the right to use the first content (Con_1), the first virtual client 410a transmits the current operation of the second user terminal 310b through the second virtual client 410b_2 And may control the second virtual client 410b_2 so as to provide the state request signal (State_S) to the second client 312b. When the operation state of the second user terminal 310b is in a state in which the first content Con_1 is available, the first virtual client 410a transmits the first content (Con_1) of the first content Con_1 to the second virtual client 410a Address ADD_1. The second virtual client 410a reads the first content Con_1 from the server storage 450b using the first address ADD_1 and transmits the first share request response signal SRes_S1 To the second client 312b of the second user terminal 310b. In one embodiment, the first content (Con_1) may be provided to the second client 312b in a streaming manner. In addition, it is also possible to perform a sharing operation including a result of performing the sharing operation (i.e., whether or not the first content Con_1 is provided to the second user terminal 310b, the current status information of the second user terminal 310b, 2 share request response signal SRes_S1 to the first client 312a of the first user terminal 310a.

FIG. 7A is a cross- In the embodiment  A service providing system according to the present invention It's a block diagram. 7B is a diagram for explaining user group information, and FIG. 7C is a diagram for explaining user group information In the embodiment  Of user groups application  And a method for providing a service.

Referring to FIG. 7A, the service providing system 30 may include a plurality of user terminals 500 and a service providing server 600. The service providing server 600 may include a server processor 630 and a server storage 650. The server processor 630 may drive a plurality of virtual clients 610a_1 to 610m_l corresponding to the plurality of user terminals 500, respectively. The server processor 630 may include a user group management unit 636. The user group management unit 636 may be configured such that the plurality of virtual clients 610a_1 to 610m_l are divided into various user groups Group_1 to Group_m, Can be managed. Also, the user group management unit 636 may generate and manage user group management information (GMI) for managing the user groups (Group_1 to Group_m). The server storage 650 may include a user group management information storage area (GMA) in which user group management information (GMI) is stored. Furthermore, the user group management information storage area GMA may be included in the first storage area SA_1 of FIG.

7B, the user group management unit 636 generates user group management information (GMI) including a user member included in each user group (User_Group_N) and an available group service (Group_Service_N) can do. For example, the first user group (Group_1) includes first to nth users (User_1 to User_n), and the first user group (Group_1) may use a first application group service (Service_a).

Referring to FIG. 7C, the service providing system 30 may include first to third user terminals 510a to 510c and a service providing server 600. The service providing server 600 includes a server processor 630. The server processor 630 includes first to third virtual clients 610a_1 to 610a_3 corresponding to the first to third user terminals 510a to 510c, Can be driven. In one embodiment, when the first virtual client 610a_1 receives the use request signal OReq_S for the first group service Service_a from the first client 510a_1 of the first user terminal 510a, It is possible to determine whether the first user (User_1) belongs to a group that can use the first group service (Service_a) by referring to the management information (GMI).

When the first user (User_1) belongs to the first user group (Group_1) and determines that the first user (Service_a) has the right to use the first group service (Service_a), the first virtual client (610a_1) (State_S, State_S ') to the terminal 510b of the second user (User_2) and the terminal 510c of the third user (User_3) included in the second virtual client 610a_2 And the third virtual client 610a_3. When the second user terminal 510b and the third user terminal 510c can use the first group service (Service_a), the first virtual client 610a_1 can access the first to third virtual clients 610a_1 to 610a_3 ) Can be connected. The first to third virtual clients 610a_1 to 610a_3 transmit the first to third use request response signals ORes_S1 to ORes_S3 including the connection result and the availability of the first group service (Service_a) 3 clients 512a to 512c, respectively.

When the first virtual client 610a_1 receives an instruction for the first group service Service_a from the first user terminal 510a, the first virtual client 610a_1 executes an application based on the instruction, To the user terminal 510a and controls the second virtual client 610a_2 and the third virtual client 610a_3 so that the execution result data is also provided to the second user terminal 510b and the third user terminal 510c can do. The operations of these virtual clients 610a_1 to 610a_3 may be controlled by the server processor 630. [

FIG. 8A is a cross- In the embodiment  A service providing system according to the present invention It's a block diagram. 8B and 8C are diagrams for explaining telephone number management information information for each user.

Referring to FIG. 8A, the service providing system 40 may include a plurality of user terminals 700 and a service providing server 800. The service providing server 800 may include a server processor 830 and a server storage 850. The server processor 830 may drive a plurality of virtual clients 810 corresponding to each of the plurality of user terminals 700. [ The server processor 830 may include a user phone number manager 837. The user telephone number management unit 837 generates telephone number management information for each user, and can manage allocation and release of telephone numbers for a plurality of virtual clients 810 based on the generated telephone number management information. The server storage 850 may include a user-specific phone number management information storage area (UNMIA) in which user-specific phone number management information (UNMI) is stored. Furthermore, the user-specific phone number management information storage area UNMIA may be included in the first storage area SA_1 of FIG.

8B, the user telephone number management unit 837 assigns at least one telephone number to each of the virtual clients VClient_1 to VClient_k corresponding to the respective users User_1 to User_k, It is possible to generate and manage the individual phone number management information (UNMI_a). For example, the first to nth telephone numbers Num_1 to Num_n may be allocated to the first virtual client (VClient_1) of the first user (User_1). Furthermore, the same telephone number (Number) can be allocated to a plurality of clients (VClient_1 to VClient_k).

In this manner, the service providing system 40 can perform the telephone conversation operation described in FIG. 2C using at least one telephone number allocated to each of the virtual clients (VClient_1 to VClient_k).

8C, the user phone number management unit 837 groups virtual clients (VClient_1 to VClient_y) corresponding to a part of users (User_1 to User_y), and groups each of virtual clients (VClient_1 to VClient_y) At least one abbreviated number is assigned to the virtual clients (VClient_1 to VClient_k) to generate and manage telephone number management information (UNMI_b) for each user. For example, a first shortcut number (ANum_1) may be assigned to the first virtual client (VClient_1) of the first user (User_1). In this way, the service providing system 40 can perform the phone call service providing operation described in FIG. 2C by using at least one shortcut number allocated for each of the virtual clients (VClient_1 to VClient_k) in the telephone service group. Furthermore, the service providing system 40 can perform the telephone call service operation between the users (User_1 to User_y) in the same group (Group_A) by using the shortcut numbers.

While the present invention has been described with reference to exemplary embodiments, it is to be understood that the invention is not limited to the disclosed exemplary embodiments, but, on the contrary, is intended to cover various modifications and equivalent arrangements included within the spirit and scope of the appended claims. Accordingly, the true scope of the present invention should be determined by the technical idea of the appended claims.

Claims (10)

A first user terminal having a storage for storing a plurality of security data of a first user and a processor for managing the secure data and driving a first client; And
A server storage for storing software resources required for providing a plurality of application services to the first user terminal in a first storage area and a first virtual client connected to the first client through a network, And a service providing server provided with a server processor,
Wherein the first virtual client comprises:
The method of claim 1, further comprising: determining whether security data stored in the first user terminal is required when the first application is executed in response to a first application execution request received from the first client, Executing an application, providing the execution result data to the first client,
Wherein the server storage comprises:
And a second storage area in which the security data received from the first client is stored as backup security data and the security authentication information set according to the type of the backup security data is stored,
The server processor,
Further comprising a security data management unit for managing access to the backup security data based on a security mapping table indicating a relationship between the backup security data and the security authentication information corresponding to the backup security data. . The method according to claim 1,
Wherein the first virtual client comprises:
Wherein when the first application is executed, the secure data is selectively requested to the first client by the first client when it is determined that the secure data is required, and the secure data received from the first client and the software resource Wherein the first application performs the first application using a software resource required for the execution of the first application. The method according to claim 1,
The server processor,
And a data transmission mode setting unit for monitoring a data transmission / reception amount of the service providing server and setting a data transmission mode based on the monitoring result,
Wherein the first virtual client comprises:
And encodes the capacity of the execution result data differently according to the data transfer mode, and provides the encoded data to the first client. delete The method according to claim 1,
The secure data management unit,
And mapping the first security data and the first security authentication information received from the first client to each other to indicate a mapping relationship thereof in the security mapping table and storing the first security data and the first security authentication information in the second storage A security information mapping unit for storing the security information in an area; And
When the read request and the security authentication comparison information of the first security data are received from the outside, the first security authentication information corresponding to the first security data is read from the server storage with reference to the security mapping table, And a user authentication unit for performing user authentication by comparing the first security authentication information and the security authentication comparison information. The method according to claim 1,
Wherein the service providing system further comprises a plurality of user terminals including the first user terminal,
The server processor,
Managing list information of application services subscribed to each of the plurality of user terminals among the plurality of application services and monitoring application services used by the plurality of user terminals among the plurality of application services And recommends an application service to the plurality of user terminals based on the monitoring result. The method according to claim 1,
Wherein the server storage comprises:
Further comprising a content storage area for storing first content available through the first application service,
The server processor,
And a content right management unit for managing content right information including user information that can use the first content and address information of the server storage in which the first content is stored,
Wherein the first virtual client comprises:
In response to the first content request received from the first client, when the first content is available to the first user based on the content right information, And providing the service to the client. 8. The method of claim 7,
The service providing system includes:
Further comprising: a second user terminal having a processor for driving a second client,
The server process comprises:
A second virtual client connected to the second client via the network,
Wherein the first virtual client comprises:
In response to the first content sharing request with the second client received from the first client, when the first content is available to the first user based on the content right information, And providing the first content to the second client using the virtual client. The method according to claim 1,
The service providing server includes:
Allocating at least one telephone number to the first virtual client and assigning a shortcut number according to the telephone service group to the first virtual client when the first virtual client is included in a predetermined telephone service group including the first virtual client And a user phone number management unit. A method for providing an application service of a service providing system including a user terminal and a service providing server,
Receiving an application execution request from a client of the user terminal by a virtual client of the service providing server;
Wherein the virtual client determines whether or not the security data stored in the user terminal is necessary when the virtual client performs the application based on the software resources stored in the service providing server in response to the application execution request, Requesting data from the client;
Generating a security mapping table indicating a relationship between the security data received from the user terminal and security authentication information set according to the type of the security data and managing external access to the security data; And
And providing the execution result data generated by executing the application to the client.

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