KR100863209B1 - Common path accessing system based on terminal identification and method thereof - Google Patents

Abstract

A common path access system through terminal identification and a method therefor are provided to connect to a particular service server automatically according to each person even though a common access path is used, thereby easily performing connection. A mapping information unit(130) has path information of a substantially connected server corresponding to an identifier of a connection terminal(101) according to a common access path. A proxy server unit(120) obtains a path of the substantially connected server for the connection terminal based on the common access path and the identifier of the connection terminal, and enables the terminal to connect to the obtained path of the substantially connected server. The common access path has a path address of a type of pressing a wireless Internet access button and a predetermined character combination.

Description

Common path access system and method using terminal identification {COMMON PATH ACCESSING SYSTEM BASED ON TERMINAL IDENTIFICATION AND METHOD THEREOF}

1 is an exemplary view showing a general wireless Internet access service system.

Figure 2 is a block diagram showing the configuration of a connection system according to an embodiment of the present invention.

3 is a configuration diagram showing an example of a mapping table.

4 is an exemplary view showing a connection process according to an embodiment of the present invention.

5 is a block diagram showing another type of connection system configuration according to an embodiment of the present invention.

6 is a flow chart showing a connection process according to an embodiment of the present invention.

7 is a flowchart illustrating a process of using multiple service selection according to an embodiment of the present invention.

*** Explanation of symbols for main parts of drawing ***

101: mobile communication terminal 110: PLMN

115: IWF 120: Proxy Server

130: mapping information 140: Internet network

150,151,152: server 160: email server

165: transformation unit 170: common management server

The present invention relates to a common path access system and method through terminal identification, and in particular, common path access through terminal identification for interworking access requests of mobile communication terminals through a common access path based on individuals and groups. A system and method thereof are provided.

With the rapid development of communication networks, various types of subscriber networks have entered the era of interworking with the internet network of packet-based communication. The construction of information and communication network for broadband multimedia service converged with wired, wireless, broadcasting and internet ensures connection of various subscriber networks and easy accessibility of various additional application services by using IP-based single network as a transport layer. There is a continuous development toward encompassing terminals.

In particular, after the introduction of the Next Generation Network (NGN) in Korea, the Korean Next Generation Network (NGcN) has been developed to meet the domestic situation, and the construction of the Next Generation Integrated Network (BcN) with quality assurance and open structure is in progress.

Therefore, any type of subscriber network can be used to communicate with terminals located in other subscriber networks, and the user interface is improved in the direction of using complex and universal services even when using any terminal through various intelligent network services. It is becoming.

In particular, various communication possibilities have led to new communication schemes that are different from the traditional communication connection schemes, and new access interfaces are being developed according to the emergence of new services or the expansion of service areas.

For example, in the case of a mobile communication network, as a data communication function is added to a traditional voice call function, a method of accessing a data communication network and selecting a desired service from among various services provided according to the connection is applied to obtain information. In this way, a more general Internet access function was added, and a method of directly accessing a web page for a mobile communication terminal by inputting a desired access address was also provided. However, such a selective access is difficult to search for a desired service and incurs a cost for searching, and the direct address input method is very inconvenient to input an address due to the limitation of the interface. Accordingly, a shortened access method has been introduced, in which a specific unique number combination is first inputted and then an Internet access key is pressed for easy access to a specific service providing server.

In other words, the purpose of accessing a mobile communication network using a mobile communication terminal is not only a simple voice call but also a range of data communication, Internet access, and the use of specific services. Thanks to this, additional functions such as a music play function, a video play function, a game function, a schedule management function, a broadcast reception function, an e-mail reception function, and an image generation function have already been applied to the mobile communication terminal. On the other hand, in addition to these generalized functions, additional functions through integrating more innovative interfaces, high-speed calculators and large display units are being integrated one after another, so that the types of online / offline services that can be utilized through mobile communication terminals and service providers who provide them are The numbers are expected to be huge.

In particular, the development process of complex online application services is also becoming easier due to the application of general purpose middleware or open network configuration. Therefore, the number of mobile application service servers that provide various services will increase rapidly. Companies that provided homepages or web services for accessing personal computers will also operate a dedicated service server for mobile communication terminals.

FIG. 1 is a block diagram illustrating a commonly used Internet server access method. The circuit switching method of a PLMN (Public Land Mobile Network) 20, which is a mobile communication network, is converted into a packet switched method of an Internet network 40. The mobile communication terminal 10 is connected to the search server 50 connected to the Internet network 40 by the IWF (Inter Working Function) 30. The illustrated example shows a basic configuration for searching a wireless Internet phone number, and is a service for accessing the search server 50 to search a phone number through a search word such as a name, business name, region, and the like.

Domestic mobile communication networks are developing through various improvement stages.In addition, various wireless Internet access systems have emerged from the 2nd generation method to the 2.5th generation through the 3rd generation network and the 3.5 generation network currently in service. And access methods for public packet networks (including the Internet) are mixed in various ways while maintaining backward compatibility.

In FIG. 1, the Internet access method using the IWF 30 continuously used since the second generation method is taken as an example. In addition to this, various Internet access methods may be used, but a broad function may be regarded as similar. That is, the PLMN 20 is connected to the Internet network 40 via a gateway, and the connection between the specific server (search server 50) and the mobile communication terminal 10 existing in the Internet network 40 is performed in various ways. It becomes possible. In this case, the server preferably supports a dedicated wireless protocol for the mobile communication terminal 10 as the search server 50, and mainly follows the wireless application protocol (WAP) standard.

Since the search server 50 is connected to the Internet network 40, the search server 50 has a URL, and the mobile communication terminal 10 can access the search server 50 based on the URL. Therefore, basically, the mobile communication terminal 10 accesses the search server 50 by inputting a URL through wireless Internet access, and then uses the WAP service provided by the search server 50. Alternatively, it is possible to select a corresponding service after accessing the wireless portal, and a shortened method is also possible.

Among the above methods, the short-term access is a method for reducing the wireless portal access and search process as the number of specific service providers rapidly increases and reducing unnecessary charges incurred in such a process. The method of pressing is generally used. For example, if you enter "** 114" and then press an Internet connection key (for example, "Magic En" (KTF), "Nate" (SKT), "Eye Eye" (LGT), etc., the search server ( 50).

In the configuration of FIG. 1, this shortened access scheme is performed by the proxy server established by the IWF 30 or by the wireless communication service provider between the IWF 30 and the Internet network 40. The proxy server may be configured in advance. This connection is made possible by matching the registered shortcut number with the actual URL.

However, since similar services are gradually increasing and various access methods are made through such a shortening method, it is obvious that the current method of providing a unique shortening number for each service will soon reach its limit. In other words, it is difficult for users to remember the access path made of numbers, and when using various services, it is not easy to remember them by connecting them with services.

Even if the access numbers are configured to be managed separately, such as a phone number, the terminal requires additional functions such as input, edit, and delete for the access numbers, and additional functions are required on the terminal side. Will increase discomfort. This type of access can also occur in web access or intelligent network service access using a landline telephone, given that the landline telephones are accommodating the unique functions of cordless telephones.

An object of the present invention, which is newly proposed to improve a system and a method for managing a common path connection of a terminal, is to automatically connect to a specific service server according to an individual even when using a common access path, thereby maximizing ease of connection. It is to provide a common path access system and method through identification.

Another object of the embodiment of the present invention is to use a mapping table preconfigured in a group to which the accessor belongs, so that the proxy server is redirected to a place set in the mapping table of the corresponding group even if the access is made through a common access path. It is to provide a common path access system and a method through terminal identification to be connected to the providing server.

Another object of the embodiment of the present invention is to allow the administrator of the group to which the accessor belongs to set the access information to provide different kinds of services according to the accessor so that different services can be provided even though the same access path is used. The present invention provides a common path access system and a method through terminal identification for easily setting a class or security management.

Another object of the embodiment of the present invention is that even when the group to which the accessor belongs is changed, the accessor can continuously receive the service provided for the changed group without changing the access path or its information, and thus, the common path through the terminal identification. It is to provide a connection system and a method thereof.

Another object of the embodiment of the present invention is to allow the administrator of the group to which the accessor belongs to set the security level for the accessor to set the access path corresponding to the accessor, and the security through the additional authentication process or encryption of the access process The present invention provides a common path access system and a method through identifying a terminal so as to increase it.

It is still another object of the present invention to set access priorities of accessors belonging to a plurality of groups in various ways, and to change access priorities based on environmental information on accessors, so that various types of access priorities may be used. It is to provide a common path access system and a method through terminal identification so that personalized service can be safely and easily received.

The common path access system through terminal identification according to an embodiment of the present invention devised to achieve the above object converts information between a mobile communication network and an internet network, manages the corresponding information, and performs an authentication. A connection system for a mobile communication terminal, comprising: a mapping information unit having actual connection path information corresponding to unique information of the access terminal according to a common connection path; And a proxy server unit configured to acquire an actual access path to the access terminal from the mapping information unit based on the unique information and the common access path of the access terminal accessing through the mobile communication network, and access the obtained access path.

The common access path has a predetermined address combination and a path address in the form of pressing a wireless Internet access button, and a service access request through the common access path is via the proxy server.

The actual access path information corresponding to the unique information of the access terminal stored in the mapping information unit is separated and managed by the mapping table of the group unit including the access terminal, and the mapping table of the group unit may be modified by the manager of the group. Can be.

The proxy server unit permits access to the actual access path only when authentication is performed by performing an authentication process based on the unique information of the access terminal.

After performing authentication process for the access terminal, the proxy server unit encrypts and transmits subsequent communication information.

The proxy server unit provides a basic connection to a common service server when the information on the access terminal is not retrieved from the mapping information unit, and requests selection from the access terminal when a plurality of mapping information is retrieved from the access terminal. The connection is provided according to the result.

In accordance with another aspect of the present invention, there is provided a common path access system through terminal identification, comprising: a mobile communication terminal including a wireless communication means and connected to an Internet server; Network interface means for converting information between the mobile communication network and the Internet network, managing the information, and performing authentication; A mapping information unit including actual access path information corresponding to the unique information of the mobile communication terminal in the form of a mapping table in group units; Based on the unique information of the mobile communication terminal which is configured to interwork with the inside or outside of the network interface means and connects through a predetermined common access path, the actual access path information mapped to the group to which the mobile communication terminal belongs from the mapping information unit. It includes a proxy server to determine the connection to the mobile communication terminal to the actual connection path.

In addition, the common path access method through the terminal identification according to an embodiment of the present invention is a connection for a mobile communication terminal made in a network interface means for converting the information between the mobile communication network and the Internet network, and manages and authenticates the information. A method comprising the steps of: configuring actual access path information corresponding to unique information of an access terminal into a mapping table in units of groups and providing the same to a mapping information unit configured in the network interface means; The mobile communication terminal attempting to connect through a common access path; Detecting, by a proxy server configured in the network interface means receiving the connection request of the mobile communication terminal, an actual connection path from a mapping table of the mapping information unit based on the unique information of the mobile communication terminal; The proxy server includes the step of connecting the mobile communication terminal to the actual server through the detected access path.

The detecting of the actual access path may include selecting the access group by providing information of the corresponding group to the mobile communication terminal when detecting unique information of the mobile communication terminal in a mapping table of a plurality of groups; The method may further include detecting an actual access path in the mapping table of the selected access group.

Embodiments of the present invention as described above will be described in detail with reference to the accompanying drawings.

2 is a block diagram showing a basic configuration of a connection system for a mobile communication terminal according to an embodiment of the present invention, as shown in the mobile communication terminal 101 having a wireless Internet access function and the mobile communication terminal ( Internet network 140 to which a mobile communication network (PLMN) 110 performing call processing for the 101 and a plurality of servers 150, 151, and 152 for the mobile communication terminal 101 supporting wireless Internet access are connected. ) And interface means 115, 120, and 130 for interworking the mobile communication network 110 and the Internet network 140. The interface means includes an IWF (Inter Working Function) 115 and a proxy server 120. The interface means includes a mapping table corresponding to information of actual access paths for individual mobile communication terminals 101 connected through a common access path. The provided mapping information unit 130 is further configured. In practice, the mapping information unit 130 may be an internal configuration of the proxy server 120 or may be a configuration added to another kind of interface means.

The IWF 115 is an interface used to interoperate a circuit-switched mobile communication network 110 and a packet-switched internet network 140 with a second generation mobile communication network, and serves as a gateway. Therefore, it can be supplemented or replaced with other types of gateways according to the configuration direction of 3.5 generation or 4 generation network to be implemented recently through 2.5 generation and 3 generation networks. Can be done.

However, regardless of the interworking of the circuit-switched and packet-switched methods according to the types or modifications of the gateways, or the application of a data core network directly linked to the base station constituting the mobile communication network 110, In order for the mobile communication terminal 101 to be connected to the Internet network 140, the basic configuration of accessing the Internet network 140 through predetermined interface means via the mobile communication network 110 is not changed. The basic and essential processing methods for authenticating the corresponding mobile communication terminal 101, checking the data communication contents, checking the contents or amount of transmitted and received packets, and processing billing based thereon are maintained.

Thus, although the embodiment of the present invention refers to the IWF 115 as an interface means of the mobile communication network 110 and the Internet network 140, it is noted that the spirit of the present invention is not limited to this specific configuration. .

The proxy server 120 is applied to one of the means for configuring the interface between the mobile communication network 110 and the Internet network 140, and means the means for confirming the connection request of the mobile communication terminal 101 as a request for connection. The term "proxy server" is used because it performs a function called "proxy" in terms of processing a connection request before performing the actual path connection processing in the processing of information. It is preferably interpreted broadly as a preprocessing means of a connection request. For example, the proxy server 120 may perform a function of converting a destination address for all communication contents, and may perform a redirection function of informing the mobile communication terminal 101 of a specific destination address. In addition, various functions may be performed, such as processing a function for changing the contents of the mapping information unit 130 through an encryption processing function or a universal connection. This will be described in detail later.

A plurality of mapping tables exist in the mapping information unit 130. The mapping table sets a corresponding table of the actual access path information corresponding to the unique information of the mobile communication terminal 101 connected according to the common access path for each group. For example, a group-based management can be performed so that a specific mobile communication terminal user of a specific group can use a specific service through a common access path. It is decided.

For example, an administrator of the "A company" may set an actual access path for mobile communication terminals belonging to a group managed by the user based on the unique information of the corresponding terminal, and the mapping information unit 130 may include a plurality of subscribers. It may have a plurality of mapping tables for groups. That is, such a service may be a service that an operator operating a network interworking interface such as a mobile operator or a network operator may provide to an operator of an application server (server accessible by a mobile communication terminal) having a specific group member. .

If "A Company" wants to provide employee telephone number search service for its employees, the mobile terminal specific information for its employees and the access path of the employee telephone number search server operated by the company (i.e. If a mapping table that maps URL information is provided to the mapping information unit 130, the corresponding service can be used. Then, the employees of the "A company" have a common path (for example, "** 114 +"). Internet access key ") will be connected to the employee telephone number search service server provided by the company, so that the service can be used more simply.

Meanwhile, the "company" configures a mapping table to provide a connection path of a server providing the service when the employees of the company connect to provide the customer phone number search service for the employees of the company, and the mapping information unit 130. If provided to, the employees of the company may access the customer phone number search server provided by the company even though the employees of the company are connected through the same common path as the employees of the company.

That is, according to the configuration of the mapping table designated for each group in various groups, even if a common connection path is used, each server can be connected to different servers.

This is a competitive and expensive process for obtaining memorable access paths for popular services that want access to an unspecified number of customers, but groups with fixed customers or fixed local subscribers may not use the same system as this embodiment. By signing up for the services of the operator you are running, you can use a memorable connection path at low cost. For example, when providing a small member service or providing groupware of a specific company in a mobile form, a single access path can be used to vary the actual access paths of each group through a single access path, even if the cost is not high to obtain a memorable access path. It can be applied, and various kinds of services through one connection path can be changed.

In other words, despite the implementation and service of a mobile web server providing various functions, one of the reasons for the low utilization of the mobile web server using a mobile communication terminal is due to the difficulty of access. In order to solve this problem, the cost has increased because a single web server needs to occupy the access path. However, in this embodiment, various groups can use a single common path in duplicate. Even at low cost, various granular group access paths can be unified into a simple common access path.

3 shows an example of the configuration of a simple mapping table, and shows a part of the mapping table that can be used in the common path connection system. In the illustrated case, the mapping table information set for the plurality of groups is rearranged based on the unique information of the access terminal to form a single table. The example shows a case where a user sets connection paths to be actually connected based on a specific identifier (eg, a unique number of a terminal, a specific authentication number, etc.) as shown in the figure. In the illustrated case, when the plurality of common access paths are managed by the proxy server 120 among the common access paths, a specific common access path (for example, a common access path for searching a phone number, a common access path for resource management, and a portal) is used. It shows the mapping table that sets the path information (URL) of the server to be actually connected by the user who connects through the common connection path for the connection). Unlike illustrated, one mapping table may be configured for one common access path or may be configured for one group, such as configuration of the mapping table for each common access path or batch for multiple common access paths. The mapping table configuration can be changed according to the policy or system environment prepared by the provider of the common path access system and service.

Meanwhile, the illustrated mapping table configuration also shows an example of a plurality of subscribing terminals corresponding to a specific common access path. In this case, priority can be used to select the actual paths to access. That is, when terminals joined to a plurality of groups use a common access path, the actual access addresses set in the respective groups may be different. In this case, the access is made based on the priority or for access. When listing the list, you can list the accessible list by applying priority. Such a priority setting method or an access path selection method by enumeration will be described in more detail later with reference to FIG. 7.

4 is an example of a screen showing an individual connection process using a common connection path. As shown in FIG. 4, a short access character (for example, a direct keypad operation that can be easily entered) can be manipulated by operating the mobile terminal 101. A combination of 0 to 9, *, and # '), and then press a predetermined Internet access key 102 designated for each mobile communication service provider to connect to the predetermined common path.

If the mobile communication terminal attempting to access belongs to a plurality of groups in duplicate (for example, a work group, a friend group, an alumni group, a local group, and the like), the mobile terminal may not have any of the plurality of groups such as the screen 103 shown in FIG. It is possible to select whether or not to use a service for a group, and when belonging to a single group or when the predetermined group is selected, a predetermined preset service screen 104 is provided through an actual access path.

That is, the mobile terminal user may be a member belonging to a predetermined group, and the actual access path for the member may be provided in group units. In some cases, a single mobile terminal user may be a member belonging to a plurality of groups. In addition, in this case, a simple selection process can be used to easily access a service for a desired group. In particular, the process of selecting a group desired by a user belonging to the plurality of groups may be more easily accessible through various priority sorting methods, which will be described in detail later with reference to FIG. 7.

As described above, the mobile communication terminal attempts to connect through a common connection path by configuring the proxy server 120 and the mapping information unit 130 in an interface configuration unit for interworking the mobile communication network 110 and the Internet network 140. On the basis of the unique information of 101, access to the access path designated by the group to which the mobile communication terminal 101 belongs becomes possible, so that various simple access paths can be utilized.

This allows various additional effects to be obtained, which leads to the activation of the actual mobile service through the ease of access through the unification of the access path, increases the type and utilization of the mobile application, and the subscriber changes the group. Even if a user-oriented connection service is provided, the new service can be accessed through the same connection path. In a simple example, even after the change of employment, a user-oriented service may be provided, such as being able to access a service provided by the moving company through the same common connection path.

In addition, the group administrator who manages the group can increase the security by assigning the difference of access level by changing the access route designation for members, and considering the local characteristics of the members, By setting it as a server path that provides information related to where a member is located, it can also provide access services specialized for the member's environment information. For example, a particular enterprise may use a method of configuring application servers that differentiate search or access of information according to security level, and provide addresses of different application servers according to security level. In addition, in the case of a user working in the Seoul branch office, the server path for accessing the information of the Seoul branch office can be set first. In the case of a user in the Busan branch office, the server path can access the information in the Busan branch office first. There are many ways to use it, including the way you set it.

In addition to the use of such a connection path, if a service using the proxy server 120 and the mapping information unit 130 is developed once, it can be easily recycled, and the manager of the group using the group designation can perform the corresponding mapping table information by another network operator. It is also characterized by high utilization of information, such as being easily applicable to other services using different common access numbers.

In addition, when the proxy server 120 is configured to provide the server with environment information of a specific mobile communication terminal 101 along with a path setting, the proxy server 120 provides connection location information of the mobile communication terminal 101 to be actually connected. It may also be configured to provide a location-based service in the server, it is also possible to configure to utilize a variety of environmental information of the mobile communication terminal (101).

5 is a configuration diagram showing another configuration of an embodiment according to the present invention, and shows an example in which various servers are added as shown. Here, the illustrated common management server 170 allows group managers who have subscribed to the same common path access system to more easily access the mapping table of the mapping information unit 130 to change preset contents. The common management server 170 is a variety of authentication process (ID and password, using unusual access port number, unique information exchange method, packet filtering method using a fixed IP, etc.) or encryption method (various encryption key use method, VPN Etc.), and only the access to the allowed group managers is allowed, and through this connection, the mapping table can be managed only for the areas that are allowed to register or edit by itself, thereby increasing security and convenience.

Here, the mapping information unit 130 may be managed by individual mobile communication network operators, but the mapping information unit 130 may be separately used in order to use the common access service universally regardless of the communication network service provider to which the mobile communication terminal is subscribed. After configuring in the form of a server can be configured so that multiple network operators can access the server to check the mapping information. That is, it is preferable that each service provider operates a service but shares mapping information with each other so that the accessor can utilize a common access service regardless of the network service provider to which the accessor subscribes.

On the other hand, since the security of the terminal connection is also an unavoidable part, in this embodiment, a means for reinforcing the security vulnerability caused by the terminal connection may be applied. For example, since a connection of a specific mobile communication terminal 101 means a direct connection to a predetermined server, when the connection process of the predetermined mobile communication terminal 101 is hacked, the corresponding mobile communication is performed using an emulator that mimics this. The corresponding information may be used by accessing a server to which only the terminal 101 is allowed to access. Accordingly, in order to prevent this, a security method (for example, one time password (OTP), a secret key, a public key, etc.) for downloading and using specific authentication information to the mobile communication terminal 101 is utilized. It can be applied, and security measures such as applying SSL between the mobile communication terminal 101 and the proxy server 120 can be taken. This may be used to encrypt the data communication content for the actual connection with the proxy server 120 after performing the authentication process for the mobile communication terminal.

In addition to the encryption method related to such access or operation, the types of services that can be accessed may be expanded in various ways. As shown in the drawing, an e-mail service provided by a group to which a group belongs may be enabled through a common path connection. For example, when there are various e-mail server groups 160 as shown in the drawing, the mobile communication terminal 101 provides a connection path to the conversion unit 165 related thereto, and when the mobile communication terminal 101 is connected, After obtaining the information, the e-mail message can be obtained from the corresponding user account, and then modified to meet the mobile standard.

Therefore, the user can check his or her e-mail simply by accessing a simple common access path using a mobile communication terminal that is always carried, thereby improving work efficiency. In addition, if the group is configured to enable access to various servers and provide various functions necessary for the operation of the group for the servers, the active participation of users can be expected on the mobile basis. This is a part that can contribute to improving the efficiency of a specific group. For example, mobile groupware can be settled to efficiently utilize various resources (room reservation, meeting time reservation, resource usage reservation, schedule announcement, activation of group bulletin board, announcement delivery, group contact or group origin location, etc.). They can also improve business convenience (stock checks, document checks, work progress, e-mail checks, e-mails, contact checks, etc.).

Of course, in addition to the activation of such mobile groupware, it provides high-quality services (e.g., mobile reservation service, information service service, coupon service, etc.) for specific subscribers, or services for customers who have registered online customers. The expansion of mobile services of existing PC-based online services, such as provision, also increases the possibility of realization as the access convenience of the accessor is improved.

6 to 7 are flowcharts illustrating a process of a common path access method using the present embodiment, and FIG. 6 is a flowchart illustrating an overall operation process, and FIG. 7 is an example of a group alignment method when a single user belongs to a plurality of groups. It is seen.

As shown in FIG. 6, the service providing process shown in FIG. 6 is a setting process (A) in which a group manager configures a correspondence of an actual access path to a member as a mapping table and registers the mapping information in a mapping information unit, and common access using the setting information. The process (B) of connecting individual accessors connected through the path to the set actual access path and the process (C) of providing a service through the actual connection.

Here, in the mapping process (B) according to the common path connection, the user first connects to a well-known common path through his mobile terminal, and the proxy server receiving the access request through the process performs an authentication process. To determine whether it is a valid visitor (checking billing details or authentication related to network use, which may add to the process of determining whether the user has passed the authentication or whether the user has additionally registered in the common path access system). It includes a step.

If the user is not authenticated in the authentication step or the user fails to search in the mapping table, or if the user is not authorized to use the corresponding service, the server provides a basic service page (for example, a common management server) or For example, you can configure the proxy server to provide its own default service page.

If it is confirmed that the user is authenticated through the authentication step, an actual path corresponding to the corresponding user is obtained through the mapping table.

In this case, when a single accessor is registered in a plurality of groups, a step of listing the groups to select a desired group and then obtaining an actual path for the selected group may be added.

Subsequently, the access terminal accesses the server designated by the group to which the access terminal belongs by accessing the access terminal through the actual access path obtained through the above process.

FIG. 7 illustrates an additional process for enabling a user to easily select a desired group and perform an access when the single accessor is registered to a plurality of groups. The accessor lists a plurality of registered groups. It is possible to set various sorting methods.

As shown, when access terminals are registered to a plurality of groups, the registration groups are listed through a sorting method of a preselected method, and when an arbitrary group is selected among the listed groups, the access path set to the selected group is used. do.

If the sorting method is to be changed, the desired sorting method may be selected and set among various sorting methods, and the sorting method set in this way becomes effective at the next connection.

If a specific group is not selected from the listed groups for a predetermined time, the group having the highest priority among the selected list methods may be automatically selected.

The sorting method includes a work priority, a region priority, a group priority with a fast registration date, a group priority with a late registration date, a group priority with a quick order of group names, a group priority close to the access area, a group priority selected for a previous connection of a visitor, and a reconnection time. If it is less than a predetermined time, some of the various sorting methods including a prioritized group priority, a group priority having a high cumulative group selection number, and the like may be applied.

Changes of the various systems described above, configurations of the mapping table, types of applied servers or connection services may be changed in various ways, and additional sorting methods or processing methods for multiple groups may be variously used to improve accessibility. Note that it may change.

In addition, although only the connection process between the mobile communication network and the packet network and the common path access method using the mobile communication terminal have been described through the above embodiments, the common path is based on the unique information of the wired terminal even when the common path is connected using the wire communication network. Even when attempting to connect, it is obvious from the above description that the group can be redirected to the unique service using the mapping table for each group.

As described above, the common path access system and the method through the terminal identification according to an embodiment of the present invention to maximize the ease of access by automatically connecting to a specific service server according to the individual even using a common access path There is an effect that can increase the user's ease of use.

The common path access system and method through terminal identification according to an embodiment of the present invention allow the proxy server to utilize a mapping table preconfigured in the group to which the accessor belongs, so that the access point is set in the mapping table of the group even though the proxy server accesses the common access path. By being redirected to connect to a server providing different applications according to the accessor, even if the server to be connected is different, it is possible to easily access the server without memorizing the connection path to the server. The setting has various effects that can be easily changed.

In the common path access system and method through terminal identification according to an embodiment of the present invention, the administrator of the group to which the accessor belongs sets the access information to provide different types of services according to the accessor so that different services are used even if the same access path is used. By providing it, there is an effect that it is possible to easily manage the type and grade of the service, or security management even if there is no separate complicated setting or internal filtering process.

In the common path access system and method through terminal identification according to an embodiment of the present invention, even if the group to which the accessor belongs is changed, the accessor continues to provide services for the changed group without changing the access path or its information. It can be received by the user has the effect of maximizing the convenience of connection.

The common path access system and method through terminal identification according to an embodiment of the present invention allow an administrator of a group to which an accessor belongs to set a security level for the accessor to set an access path corresponding thereto, and an additional authentication process. In addition, it is effective to provide an access method that satisfies both accessibility and security by increasing security through applying encryption of an access process.

The common path access system and method through terminal identification according to an embodiment of the present invention can set access priorities of users belonging to a plurality of groups in various ways, and change access priorities based on environment information of accessors. Even if a single path is used, it is possible to receive various kinds of personalized services appropriately and quickly.

Claims (14)

delete In a connection system for a mobile communication terminal configured in a network interface means for converting information between a mobile communication network and an internet network, managing the information, and performing authentication, A mapping information unit including path information (URL) of a server to be actually connected corresponding to the identifier of the access terminal according to the common access path; The proxy server unit obtains the path of the server to be actually connected to the access terminal from the mapping information unit based on the identifier of the access terminal to be connected through the mobile communication network and the common access path, and connects to the obtained path of the server to be actually connected. Including, The common access path has a path address in the form of pressing a predetermined letter combination and a wireless Internet access button, and a service access request through the common access path is via the proxy server unit. system. In a connection system for a mobile communication terminal configured in a network interface means for converting information between a mobile communication network and an internet network, managing the information, and performing authentication, A mapping information unit including path information (URL) of a server to be actually connected corresponding to the identifier of the access terminal according to the common access path; The proxy server unit obtains the path of the server to be actually connected to the access terminal from the mapping information unit based on the identifier of the access terminal to be connected through the mobile communication network and the common access path, and connects to the obtained path of the server to be actually connected. Including, The path information (URL) of the server to be actually accessed corresponding to the identifier of the access terminal stored in the mapping information unit is separated and managed by a mapping table of a group unit including the access terminal, and the mapping table of the group unit is a manager of the group. Common path access system through terminal identification, characterized in that can be modified by. [3] The terminal of claim 2, further comprising a common management server that allows only authorized group managers to access the information in the mapping information unit to edit only mapping information allowed to each group manager. Common Path Connection System. In a connection system for a mobile communication terminal configured in a network interface means for converting information between a mobile communication network and an internet network, managing the information, and performing authentication, A mapping information unit including path information (URL) of a server to be actually connected corresponding to the identifier of the access terminal according to the common access path; The proxy server unit obtains the path of the server to be actually connected to the access terminal from the mapping information unit based on the identifier of the access terminal to be connected through the mobile communication network and the common access path, and connects to the obtained path of the server to be actually connected. Including, And the proxy server unit permits access to the path of the server to be actually connected only when authentication is performed by performing an authentication process based on the identifier of the access terminal. In a connection system for a mobile communication terminal configured in a network interface means for converting information between a mobile communication network and an internet network, managing the information, and performing authentication, A mapping information unit including path information (URL) of a server to be actually connected corresponding to the identifier of the access terminal according to the common access path; The proxy server unit obtains the path of the server to be actually connected to the access terminal from the mapping information unit based on the identifier of the access terminal to be connected through the mobile communication network and the common access path, and connects to the obtained path of the server to be actually connected. Including, And the proxy server unit encrypts and transmits subsequent communication information after performing an authentication process for the access terminal, and then encrypts and transmits subsequent communication information. In a connection system for a mobile communication terminal configured in a network interface means for converting information between a mobile communication network and an internet network, managing the information, and performing authentication, A mapping information unit including path information (URL) of a server to be actually connected corresponding to the identifier of the access terminal according to the common access path; The proxy server unit obtains the path of the server to be actually connected to the access terminal from the mapping information unit based on the identifier of the access terminal to be connected through the mobile communication network and the common access path, and connects to the obtained path of the server to be actually connected. Including, The proxy server unit provides a basic connection to a common service server when the information on the access terminal is not retrieved from the mapping information unit, and requests selection from the access terminal when a plurality of mapping information is retrieved from the access terminal. And a connection is provided according to the result. 8. The method of claim 7, wherein the proxy server unit sorts the searched connection targets in a predetermined manner or priority when the plurality of mapping information is retrieved for the access terminal, and the sorting method or priority selection method is arranged in the access terminal. Common path access system through the terminal identification, characterized in that the specified from. 10. The method of claim 8, wherein the proxy server unit sorts or prioritizes based on at least one of environment information including location information, access time information, and time information of a previous connection. Common path access system through terminal identification, characterized in that using. delete A terminal having a communication means and connectable to an internet server; Network interface means for converting information between the communication network to which the terminal is subscribed and the Internet network, managing the information, and performing authentication; A mapping information unit including path information (URL) of a server to be actually connected corresponding to the identifier of the terminal in the form of a mapping table in units of groups; Path information (URL) of the server to be actually connected to the group to which the terminal belongs is mapped from the mapping information unit based on an identifier of the terminal interworking with the inside or outside of the network interface means and connected through a predetermined common access path. In the common path access system through the terminal identification comprising a proxy server for identifying and connecting the terminal to the path of the server to actually access, A common path access through terminal identification further comprises a common management server that allows only authorized group managers to access the information in the mapping information unit to edit only mapping table information of groups allowed to each group manager. system. A terminal having a communication means and connectable to an internet server; Network interface means for converting information between the communication network to which the terminal is subscribed and the Internet network, managing the information, and performing authentication; A mapping information unit including path information (URL) of a server to be actually connected corresponding to the identifier of the terminal in the form of a mapping table in units of groups; Path information (URL) of the server to be actually connected to the group to which the terminal belongs is mapped from the mapping information unit based on an identifier of the terminal interworking with the inside or outside of the network interface means and connected through a predetermined common access path. In the common path access system through the terminal identification comprising a proxy server for identifying and connecting the terminal to the path of the server to actually access, And the proxy server unit encrypts and transmits subsequent communication information when the authentication is completed after performing the authentication process for the terminal. delete In the connection method for a mobile communication terminal made in a network interface means for converting the information between the mobile communication network and the Internet network, managing the information and performing authentication, Providing path information (URL) of a server to be actually connected corresponding to an identifier of an access terminal as a mapping table in units of groups and providing the mapping information to the mapping information configured in the network interface means; The mobile communication terminal attempting to connect through a common access path; Detecting, by the proxy server configured in the network interface means receiving the connection request of the mobile communication terminal, the path of the server to be actually connected from the mapping table of the mapping information unit based on the identifier of the mobile communication terminal; The proxy server includes the step of connecting the mobile communication terminal with the actual server through the detected connection path, Detecting the path of the server to actually connect, If the identifier of the mobile communication terminal is detected in a mapping table of a plurality of groups, providing information of the corresponding group to the mobile communication terminal to select an access group; And detecting the path of the server to be actually accessed from the mapping table of the selected access group in the step of selecting the access group.

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