KR20030040268A - Method and Apparatus for internet serving use of internet protocol v6 address - Google Patents

Abstract

PURPOSE: A device and a method for an Internet service using an IPv6(Internet Protocol version 6) address are provided to apply the IPv6 protocol and address to a user application formed and developed in the IPv4 protocol and address, and to offer diverse applications applied to the IPv6 network by using a characteristic of the IPv6 protocol and address. CONSTITUTION: A main server(110) performs the Internet service such as an AD(ADvertisement) through the IPv4 or the IPv6 network(120). A user terminal(150) includes an automatic address setting part automatically setting the IPv6 address if the user terminal(150) moves to an IPv6 area, an AD message receiving/processing part receiving and processing a local AD message transmitted from the first to the third local servers(131-133) by connecting to access pointers(141-143) if the IPv6 address is set, and an AD message displaying part displaying the AD message on a screen. The first local server(131) includes an AD message storing/processing part, and an AD message transmitting part periodically or continuously transmitting the AD message.

Description

Internet service device using internet protocol version 6 address and its method {Method and Apparatus for internet serving use of internet protocol v6 address}

The present invention relates to an Internet service using an Internet Protocol version 6 address. In particular, the present invention relates to an Internet service using an IPv6 address and to provide various applications that can be applied in an IPv6 network. An internet service device and a method thereof.

In general, an IP address means a unique identification address given to every communication network connected to the Internet and a computer connected to the communication network.

IP addresses are divided into A, B, and C classes according to the size of the network, that is, the number of computers connected to the network. This is based on the number of bits representing the network address and the address of the computer connected to the network. According to the classification. In other words, Class A consists of 7-bit network address and 24-bit computer address, and is used in communication networks with many computers. Class B consists of 14-bit network address and 16-bit computer address. Class C consists of 21-bit network address and 8-bit computer address.

In addition, class D is defined separately for multicast. The first four bits of the 32-bit address are set to 1110, and the remaining bits are set to identify the multicast group.

IP addresses are assigned by businesses providing services that connect to the Internet, but are actually assigned to end users under the cooperation and management of the Korea Internet Information Center (KRNIC) and the Asia Pacific Internet Information Center (APNIC).

As is well known, the current Internet network uses address systems A, B, and C for routing IP addresses.

Therefore, the user must have an address that corresponds to the access point. If the address is moved to another access point, the user cannot use the existing address and must use the address that matches the current network.

The current Internet environment uses a 32-bit IP header area to represent IPv4 addresses.

However, with the development of the Internet environment and the increase of user terminals and environments that require IP such as home networks, personal digital assistants (PDAs), and laptops, there are recent concerns about the lack of IPv4 addresses and solutions.

As a solution to the shortage of IPv4 addresses, there is a growing interest in IPv6 protocols that have expanded to 128 bits instead of 32-bit IP header areas.

Using the IPv6 addressing scheme, the number of addresses that can be displayed can increase geometrically.

However, the Internet environment and user applications currently used by users are configured and developed for IPv4, and it will take a long time to apply them to IPv6.

Accordingly, the present invention is to facilitate the application of the IPv6 protocol and address to the user application applications that are configured and developed for the IPv4 protocol and address as described above,

An object of the present invention is to provide an Internet service apparatus and method using the Internet Protocol version 6 address to provide a variety of applications that can be applied in the IPv6 network by utilizing the characteristics of the IPv6 protocol and address.

The present invention for achieving the above object,

Among the features of the IPv6 protocol, it provides various applications that can be applied in the IPv6 network by using the function of assigning almost unlimited IPv6 address allocation and the automatic setting function when setting the address.

1 is a diagram showing a network configuration of a first embodiment of an internet service apparatus using an internet protocol version 6 address according to the present invention;

2 is a diagram illustrating an embodiment of the user terminal of FIG. 1;

3 is a view showing an embodiment configuration of a local server of FIG.

4 is a diagram illustrating a network configuration of a second embodiment of an Internet service apparatus using an Internet Protocol version 6 address according to the present invention;

5 is a diagram illustrating an embodiment configuration of a user terminal of FIG. 4;

6 is a diagram illustrating an embodiment of the information service server of FIG. 4;

7 is a diagram showing a network configuration of a third embodiment of an Internet service apparatus using an Internet Protocol version 6 address according to the present invention;

FIG. 8 is a diagram illustrating an embodiment of the user terminal of FIG. 7;

FIG. 9 is a diagram illustrating an embodiment of the user location management server of FIG. 7;

FIG. 10 is a diagram illustrating an embodiment of the information service server of FIG. 7;

11 is a diagram showing a network configuration of a fourth embodiment of an internet service apparatus using an Internet protocol version 6 address according to the present invention;

12 is a diagram illustrating an embodiment of the user terminal of FIG. 11;

FIG. 13 is a diagram illustrating an embodiment of the user location management server of FIG. 11;

FIG. 14 is a diagram illustrating an embodiment of a service server of FIG. 11;

15 is a diagram showing the configuration of a fifth embodiment of an internet service apparatus using an Internet protocol version 6 address according to the present invention;

FIG. 16 is a diagram illustrating an embodiment of the user terminal of FIG. 15; FIG.

FIG. 17 is a diagram illustrating an embodiment of an IPv6-based short message server of FIG. 15;

18 is a diagram showing a network configuration of a sixth embodiment of an internet service apparatus using an Internet protocol version 6 address according to the present invention;

19 is a diagram illustrating a configuration of one embodiment of a terminal of FIG. 18;

FIG. 20 is a diagram illustrating an embodiment of the control management server of FIG. 18.

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

150, 250, 350, 450, 510 ..... User terminal

120, 220, 320, 430 ..... IPv4 network

131, 131, 133 ..... the first to third regional server

210, 310 ..... Information Services Server

Hereinafter, described in detail with reference to the accompanying drawings, preferred embodiments of the present invention according to the technical spirit as described above.

The present invention proposes various applications that can be applied in an IPv6 network by utilizing characteristics of an IPv6 protocol and an address.

Here, the IPv6 address can be expanded to near infinity compared to the number of addresses that can be represented in the existing IPv4 environment by using a 128-bit address range, so that all IP devices such as equipment and user terminals that can be allocated in the present and future Internet environments You can assign addresses to.

In addition, automatic address setting is a function that allows the device and user terminal using the IPv6 protocol to generate an IPv6 address that can be used in the current network by combining their MAC address and the current network's IPv6 prefix. Is one of.

Hereinafter, various applications in the IPv6 network using the characteristics of the IPv6 protocol and addresses will be described.

Example 1

1 is a diagram illustrating a network configuration of a first embodiment of an Internet service apparatus using an Internet protocol version 6 address according to the present invention, which is an application that allows a user to receive a product or other specific advertisement broadcasted when moving to a specific HotSpot. .

Here, reference numeral 110 denotes a main server that performs Internet services such as advertisement through IPv4 or IPv6 network, reference numeral 120 denotes an IPv4 network or IPv6 network, and reference numerals 131 to 133 are installed for specific regions to display advertisements. Representing the first to third regional servers that provide a service, reference numerals 141 to 143 are provided to correspond to the first to third regional servers 131 to 133 and include specific regions (IPv6 region 1 to IPv6 region 3). Denotes first to third access pointers (APs) for performing Internet services such as advertisements, and reference numeral 150 denotes a user terminal capable of IPv6.

As shown in FIG. 2, the user terminal 150 automatically sets an IPv6 address when an IPv6 protocol is moved, and the specific area when the IPv6 address is set. An advertisement message for receiving a local advertisement message transmitted from the first to third regional servers 131 to 133 by accessing the access pointers 141 to 143 provided in the IPv6 region 1 to IPv6 region 3 and processing the same. Receiving / processing unit 152 and the advertising message receiving / processing unit 152 is provided with an advertising message display unit 153 for displaying on the screen.

In the above, the first local server 131 is installed and operated in a specific area by an Internet service provider using a wireless LAN, and the like, and an advertisement message storage / processing unit 131a for storing and processing an advertisement message to be serviced, and It consists of an advertisement message sending unit 131b for periodically or continuously sending an advertisement message stored and processed in the advertisement message storage / processing unit 131a.

The first embodiment of the Internet service device using the Internet protocol version 6 address configured according to the present invention is configured to transmit periodically or continuously in a corresponding network when a user using an IPv6-capable terminal moves to an IPv6 protocol-enabled area. It is designed to receive specific messages such as advertisements.

HotSpot is an area where Internet service providers can access the service, and it is usually installed and operated in a specific area by using a wireless LAN.

When the user terminal 150 carried by an Internet user capable of IPv6 moves to a corresponding area (for example, IPv6 area 1), an address is automatically set by the address automatic setting unit 151 in the user terminal 150 in the corresponding area. It creates and sets the basic settings for accessing the Internet.

When the basic setting for accessing the Internet network is made as described above, since the advertisement message sending unit 131b of the first regional server 131 that manages the corresponding area is periodically or continuously transmitted, the address is automatically generated. The advertisement message receiving / processing unit 152 in the user terminal 150 receives the advertisement message transmitted periodically or continuously, and then processes the advertisement message appropriately.

The advertisement message display unit 150 then displays the advertisement message processed by the advertisement message receiving / processing unit 152 on the screen.

Here, the HotSpot network is installed in specific regions, and services such as advertisements can be designated differently for each region. Accordingly, the user's terminal may change the corresponding address according to the network area to which the user's terminal is moved to receive advertisements set for the network.

Example 2

4 is a diagram illustrating a network configuration of a second embodiment of an Internet service apparatus using an Internet protocol version 6 address according to the present invention, which is a IPv6 capable terminal using the prefix of the current network and the MAC address of the terminal in use. It creates an IPv6 address that can be used in the current network and provides customized information according to the MAC address or the user's IPv6 address.

Here, reference numeral 210 denotes an information service server for providing customized information according to a MAC address or a user's IPv6 over an IPv4 or IPv6 network, reference numeral 220 denotes an IPv4 or IPv6 network, and reference numerals 231 to 232 denote the IPv4 or The first and second access pointers (AP) are connected to the IPv6 network 220 to transmit customized information in a specific area (IPv6 area 1 to IPv6 area 2), and reference numeral 240 denotes the prefix of the current network. By using the MAC address to generate an IPv6 address that can be used in the current network, if the configuration is made according to the IPv6 address indicates a user terminal receiving personalized information.

Here, as shown in FIG. 5, the user terminal 240 generates an IPv6 address available in the current network by using the prefix of the current network and the MAC address in use, and automatically sets the address automatically. ), And when the IPv6 address is set, access the access pointers 231 to 232 provided in the specific area (IPv6 area 1 to IPv6 area 2) to receive personalized information transmitted from the information service server 210. A personalized information receiving / processing unit 242 for processing the same, and a personalized information display unit 243 for displaying the personalized information received and processed by the personalized information receiving / processing unit 242 on the screen.

As shown in FIG. 6, the information service server 210 includes a user information storage / processing unit 211 for storing and processing user information, and a service information collecting / processing unit for collecting and processing personalized information to be serviced ( 212 and an area where the user terminal 240 locates a personalized information service stored in the service information collection / processing unit 212 in response to the user information stored in the user information storage / processing unit 211 (IPv6 area 2). It consists of a personal information sending unit 213 to transmit to.

In the second embodiment of the Internet service apparatus using the Internet protocol version 6 address configured as described above, the IPv6 address available in the current network is generated based on the prefix information and the MAC information of the user terminal 240. The prefix information can be changed according to the network. That is, as the user moves to another network, the prefix for identifying the network may be different from the previous network.

However, the MAC address of the user terminal 240 is not changed unless the user changes the device for wireless access or Internet access.

In other words, when a user moves several IPv6-capable networks, the IPv6 address available in the network is generated by the combination of the network's prefix and the MAC address of the user's device, so the IPv6 address generated every time only changes the prefix and the MAC address. Is maintained.

Therefore, the service provider (information service server) is able to provide a service designated as a specific user, regardless of the location where the user changes the service specified for each user's MAC address.

In addition, when using the mobile IPv6 protocol, it is possible to provide a specified service by distinguishing each user by using a home address, which is an address obtained first by the user.

Example 3

FIG. 7 is a diagram illustrating a network configuration of a second embodiment of an Internet service apparatus using an Internet protocol version 6 address according to the present invention. This is a user using a terminal operating an IPv6 protocol, and a user moves from an IPv6-based network. When the desired area is reached, the application notifies the user that the user has moved to the area by using an alarm message.

Here, reference numeral 310 denotes an information service server that stores information of a terminal to receive an alarm service, and transmits alarm information to the terminal when a location is detected that the terminal has moved to an area to receive an alarm service. 320 denotes an IPv4 or IPv6 network, reference numerals 331 and 332 denote first and second user location management servers for managing the location of the user terminal, and reference numerals 341 and 342 denote the first and second user location management servers. 331 and 332 corresponding to the first and second access pointers (AP) to wirelessly service the alarm information in a specific area (IPv6 area 1 to IPv6 area 2), reference numeral 350 denotes an alarm service. When a user moves to an area to receive an address, the user terminal automatically sets an address and receives and displays the transmitted alarm information.

As illustrated in FIG. 8, the user terminal 350 automatically moves to an area to receive an alarm service, and automatically sets an address to the address setting unit 351 and a specific section of a network to receive an alarm service. An alarm information setting unit 352 for setting an area, an alarm information receiving / processing unit 353 for receiving and processing alarm information transmitted from a network when moved to the area, and the alarm information receiving / processing unit 353 Alarm information display unit 354 for displaying the alarm information received from the.

9, the user location management server 331 collects information of the user terminal 350 entering the service area (IPv6 area 2) as shown in FIG. 9, and the user. And a user location information management / transmitter 332b that manages user location information collected by the location information collection unit 332a and transmits the user location information to the information service server 310.

The information service server 310 includes a user information storage / processing unit 311 for storing and processing user information, a service information collecting / processing unit 312 for collecting and processing service information requested by a user, and an alarm service. When the user terminal requesting the move to the set area is configured as an information sending unit 313 for sending the alarm information.

In the third embodiment of the Internet service apparatus using the Internet protocol version 6 address according to the present invention configured as described above, in a IPv6-based network, a specific user may advance a specific section or area of the network (for example, may be a subway station). And store the information in the information service server 310 of the network.

The information service server 310 may store information of the user terminal 350 (user information such as current IPv6 address and MAC address information of the terminal, home address, IPv6 address when the corresponding area is reached, user ID, etc.). .

When the user terminal 350 reaches an area designated in advance by the user, the address automatic setting unit 351 in the user terminal 350 automatically sets an IPv6 address for the corresponding area, and the corresponding area (for example, The user location management server 332 managing the IPv6 area 2 detects that the user has reached the current network.

The user location management server 332 transmits the information about the user terminal 350 to the information service server 310, the information service server 310 receives the information about the service request terminal that it owns Compare with When the information on the stored terminal and the information on the terminal transmitted from a specific network are the same, information about an alarm message requested by the user is transmitted to the corresponding user terminal 350 to recognize that the user has moved to a desired place. do.

Example 4

FIG. 11 is a diagram illustrating a network configuration of a fourth embodiment of an Internet service apparatus using an Internet protocol version 6 address according to the present invention, which is a case in which a user moves from outside to a user premises, or a user moves from user premises to outside. In this case, it is an application that allows the devices in the user's home to operate in a manner previously set by the user.

Here, reference numeral 410 denotes a service server that stores information of a user terminal for a home network control service, detects the location of the user terminal, and automatically transmits home device operation information to an indoor system when the user terminal enters a set area. , Reference numeral 420 denotes a user location management server managing user location, reference numeral 430 denotes an IPv4 or IPv6 network, and reference numerals 441 and 442 denote information wirelessly within a set area (IPv6 Region 1 and IPv6 Region 2). First and second access pointers (AP) for performing a service, reference numeral 450 denotes a user terminal receiving a home automation service through the service server 410, reference numeral 460 from the service server 410 Indicates a home gateway that receives the transmitted home device operation information, and reference numeral 470 denotes the home gateway. It shows a home network management server for controlling operations of all home devices in the home via teuweyi (Gateway).

As illustrated in FIG. 12, the user terminal 450 includes an address automatic setting unit 451 for automatically setting an IPv6 address when entering a set area, and a home device operation setting unit for setting a home device operation ( 452 and a home control information generation and transmission unit 453 for generating home control information corresponding to the home device operation in the home device operation setting unit 452 and wirelessly transmitting the home control information.

As shown in FIG. 13, the user location management server 420 collects user location information collecting unit 421 for collecting user location information, and user location information collected by the user location information collecting unit 421. User location information management / transmission unit 422 for managing and transmitting it to the service server 410.

As shown in FIG. 14, the service server 410 includes a user information storage / processing unit 411 for storing and processing information of a user terminal that wants to automatically control a home device, and the user location management server 420. The home control information processing unit 412 extracts and processes home control information when the information indicating that the user terminal 450 has entered the corresponding area is transmitted from the home gateway, and the home control information processed by the home control information processing unit 412 is home gateway. And an information sending unit 413 for transmitting to 460.

The fourth embodiment of the Internet service apparatus using the Internet protocol version 6 address according to the present invention configured as described above allows the devices in the user's home to operate in a manner previously set by the user when the user moves from the outside to the user's home. It is an application.

That is, the user may want to operate the lighting of the room when moving from the outside to the user premises, and, conversely, when moving from the user premises to the outside, the user may want to turn off the lighting of the room that cannot be turned off. have.

The overall operation is a user location management server 420 and a user home network network that manages the location of the user terminal 450 in the IPv6 network, as determined in the case where the user moves to a specific area among the contents described in the third embodiment. By interworking with the service server 410 that manages the user, it may be determined whether the user moves away from the user home network or approaches the user's home.

Therefore, a user-specified operation may be performed through the home network management server 470 of the home network according to the operation of the corresponding user.

Example 5

15 is a diagram showing the configuration of a fifth embodiment of an internet service apparatus using an Internet protocol version 6 address according to the present invention.

Here, reference numeral 510 denotes a user terminal for setting an available IPv6 address using a unique number of the terminal such as a MAC address, and transmitting and receiving a short message (SMS) through an IPv4 / IPv6 network 530. A reference numeral 54 denotes a mobile communication network, and the reference numeral 54 is connected to the IPv4 / IPv6 network 530 to distinguish a user terminal by an IPv6 address, and uses an IPv6-based short message to service a short message to the user terminal 510 using an IP-based protocol. Represents a message server.

As illustrated in FIG. 16, the user terminal 510 includes an SMS message generation / processing unit 511 for generating and processing an SMS message, an IPv6 protocol processing unit 512 for automatically setting an IPv6 address, and processing an IPv6 protocol. It is composed of

In the IPv6 based short message server 540, the user location manager 541 for managing the location of the user terminal 510, and the SMS transmission unit 542 for transmitting a short message (SMS) to the user terminal 510. It is composed of

The operation of the fifth embodiment of the Internet service apparatus using the Internet protocol version 6 address according to the present invention configured as described above will be described in detail as follows.

SMS (Short Message Service) in the current mobile communication network has a structure that is transmitted to the corresponding mobile communication terminal through the SMS center. In order to change this to an IP-based service, an IP address should be allocated to all mobile communication terminals.

However, when using the IPv4 protocol, due to the limitation of the IP address field, an address cannot be assigned to all mobile communication terminals due to a lack of assignable IPv4 address.

The current SMS identifies the user by using the subscriber's telephone number and the unique number of the user terminal. In addition, the amount of messages (message length) that can be transmitted at one time is limited due to the network structure configured for SMS and the limitation of the protocol used.

This limitation may be solved when the operation of the SMS and the mobile communication terminal operates based on the IPv6 protocol. If an IPv6 address is assigned to all mobile communication terminals, each terminal generates an available IPv6 address using the unique number of the terminal such as the MAC address, and the network can distinguish the terminals using this IPv6 address instead of the telephone number. .

That is, even if the user terminal 510 is located anywhere, the network may transmit data to the corresponding area by identifying an IPv6 address currently used based on the unique number of the corresponding terminal or the user's home address.

In addition, the use of IP-based protocols solves the limitation on the amount of data that can be transmitted at one time.

Example 6

FIG. 18 is a diagram illustrating a network configuration of a sixth embodiment of an Internet service device using an Internet Protocol version 6 address according to the present invention, which allocates an IPv6 address to an ATM device in a bank or credit card, and monitors the device or It is an application that can centrally control the operating situation such as cash shortage or error in the office.

Here, reference numerals 611 to 614 automatically set an IPv6 address using an IPv6-based protocol, and collect first and fourth control information and transmit the collected and processed control information to the IPv4 or IPv6 network 620. The terminal 630 stores and processes information of the first to fourth terminals 611 to 614, and the information of the first to fourth terminals 611 to 614 corresponds to the IPv4 or IPv6 network 620. When transmitted through), it represents a control management server that receives, processes, and monitors it.

As shown in FIG. 19, the first terminal 611 transmits a control information collection / processing unit 611a for collecting and processing control information, and transmits the collected and processed control information to the IPv4 network 620. Control information transmission unit 611b.

As shown in FIG. 20, the control management server 630 includes a user information storage / processing unit 631 for storing and processing information of the first to fourth terminals 611 to 614, and the first to fourth. Control information receiving / processing unit 632 for receiving and processing control information transmitted from the fourth terminals 611 to 614 and control for displaying control information received and processed by the control information receiving / processing unit 632 on the screen. The information display unit 633 is configured.

The operation of the sixth embodiment of the Internet service apparatus using the Internet protocol version 6 address according to the present invention configured as described above will be described in detail as follows.

As the number of unmanned stores expands, the number of unmanned devices such as ATMs is gradually increasing. Therefore, in order to manage such an unmanned device, it is necessary to check the status of each device from time to time, resulting in an increase in management costs.

Therefore, for the management of such devices, if you give each device an IP address and check the information about it centrally from time to time, you can enjoy the advantages such as reducing the existing management cost.

However, if IPv4 is used in the assignment of these IP addresses, IP distribution and allocation for the area may be inefficiently set up for further expansion or removal of equipment.

Therefore, by assigning IPv6 prefixes to specific regions or areas, flexible management is possible regardless of the number of ATM devices added or reduced in the region.

According to the present invention described above, there is an effect that can solve the address shortage problem required for IP-based network spread, such as wireless Internet which is gradually increasing with the development of services and applications for IPv6.

Claims (21)

In the Internet service method using the Internet Protocol version 6 address, Classifying a user or a specific user terminal by a MAC address of a user terminal for which an IPv6 address is automatically set or a home address of the user terminal; And classifying a location of a specific user or a service to be delivered after the identification of the user or a specific user terminal, and performing a target control operation. An internet service device using an internet protocol version 6 address, comprising: A main server for distinguishing a user terminal using a MAC address or a home address of the user, and performing an Internet service to the user terminal through an IPv4 or IPv6 network; A local server installed for each IPv6 protocol enabled area and providing a service such as an advertisement; An access pointer (AP) provided corresponding to the local server to transmit an Internet service such as an advertisement provided by the local server in a specific area (IPv6 area) to a user terminal capable of IPv6 protocol wirelessly; Internet protocol version 6 address, characterized in that configured to automatically set the IPv6 address when entering the IPv6 protocol enabled area, and the user terminal for receiving and processing Internet services such as advertisement provided through the access pointer Internet service device using. The method of claim 2, wherein the user terminal, An address automatic setting unit for automatically setting an IPv6 address when moving to an area where an IPv6 protocol is enabled; An advertisement message receiving / processing unit for receiving a local advertisement message transmitted from the local server by accessing an access pointer provided in the IPv6 protocol enabled area, and processing the IPv6 address; And an advertisement message display unit for displaying the advertisement message received and processed by the advertisement message receiving / processing unit on the screen. The method of claim 2, wherein the local server, An advertisement message storage / processing unit which is installed and operated in a specific area by an Internet service provider using a wireless LAN and the like, and stores and processes the advertisement message to be serviced; And an advertisement message sending unit for periodically or continuously sending the advertisement message stored and processed by the advertisement message storing / processing unit to an area capable of the IPv6 protocol. An internet service device using an internet protocol version 6 address, comprising: An information service server for distinguishing a user terminal according to a MAC address or a home address of the user and providing customized information through an IPv4 or IPv6 network; An access pointer (AP) for transmitting personalized information provided from the information service server to a user terminal in an area where an IPv6 protocol is available by being connected to the IPv4 or IPv6 network; The user who automatically generates an IPv6 address available in the current network using the prefix information of the current network and the MAC address being used, and if the setting is made according to the IPv6 address, the user who receives personalized information through the access pointer. Internet service device using the Internet protocol version 6 address, characterized in that configured to include a terminal. The method of claim 5, wherein the user terminal, An address automatic setting unit for automatically setting an address by generating an IPv6 address available in the current network by using the prefix information of the current network and the MAC address being used; A personalized information receiving / processing unit for receiving the personalized information transmitted from the information service server by accessing an access pointer provided in the IPv6 protocol enabled area and processing the IPv6 address; And a personalized information display unit for displaying the personalized information received and processed by the personalized information receiving / processing unit on the screen. The method of claim 5, wherein the information service server, A user information storage / processing unit for storing and processing user information; A service information collection / processing unit for collecting and processing personalized information to be serviced; A personal information sending unit for transmitting a personalized information service stored in the service information collecting / processing unit to an area (IPv6 area) where a user terminal is located in response to the user information stored in the user information storing / processing unit; Internet service device using protocol version 6 addresses. An internet service device using an internet protocol version 6 address, comprising: An information service server that stores information of a user terminal to receive an alarm service and transmits alarm information to the user terminal through an IPv4 or IPv6 network when a location is detected that the user terminal has moved to an area to receive an alarm service; ; A user location management server managing a location of the user terminal; An access pointer (AP) provided in a one-to-one correspondence with the user location management server to wirelessly service alarm information in a region capable of IPv6 protocol; And a user terminal configured to automatically set an address when receiving the alarm service and receive and display the transmitted alarm information. The method of claim 8, wherein the user terminal, An address automatic setting unit for automatically setting an address when moving to an area to receive an alarm service; An alarm information setting unit for setting a specific section or area of a network to receive the alarm service; An alarm information receiving / processing unit for receiving the alarm information transmitted from the network and processing the same when moving to the area; And an alarm information display unit for displaying the alarm information received by the alarm information receiving / processing unit. The method of claim 8, wherein the user location management server, A user location information collection unit collecting information of a user terminal entering into a service area (IPv6 area) according to a MAC address or a user's home address; And a user location information management / transmitting unit for managing user location information collected by the user location information collecting unit and transmitting the user location information to an information service server. . The method of claim 8, wherein the information service server, A user information storage / processing unit for storing and processing user information; A service information collection / processing unit for collecting and processing service information requested by a user; Internet service device using the Internet protocol version 6 address, characterized in that it comprises an information sending unit for sending alarm information when the user terminal requesting the alarm service moves to the set region. An internet service device using an internet protocol version 6 address, comprising: It stores the information of the user terminal for the home network control service according to the MAC address or the user's home address, and automatically detects the location of the user terminal and automatically sends home device operation information to the indoor system when the user terminal enters the set area. A service server; A user location management server for managing a user location and transmitting the location management information to the service server; An access pointer (AP) connected to an IPv4 or IPv6 network and wirelessly performing an information service in an area capable of IPv6 protocol; A user terminal receiving a home automation service through the service server; A home gateway for receiving home device operation information transmitted from the service server; Internet service device using the Internet protocol version 6 address, characterized in that it comprises a home network management server for controlling the operation of all home devices in the home through the home gateway (Gateway). The method of claim 12, wherein the user terminal, An address auto setting unit for automatically setting an IPv6 address when entering the set area; A home device operation setting unit for setting a home device operation; When the home device operation is set in the home device operation setting unit, the home service information is generated accordingly, and the home control information generation and transmission unit for transmitting the radio is provided. Device. The server of claim 12, wherein the user location management server comprises: A user location information collection unit collecting user location information according to a MAC address or a home address of the user; And a user location information management / transmitting unit for managing user location information collected by the user location information collecting unit and transmitting the location information to the service server. The method of claim 12, wherein the service server, A user information storage / processing unit for storing and processing information of a user terminal for which a home device automatic control service is desired; A home control information processing unit for extracting and processing home control information when the information indicating that the user terminal has entered the corresponding area is transmitted from the user location management server; And an information sending unit for transmitting the home control information processed by the home control information processing unit to a home gateway. An internet service device using an internet protocol version 6 address, comprising: A user terminal for setting an available IPv6 address using a unique number of the terminal such as a MAC address and transmitting and receiving a short message (SMS) through an IPv4 / IPv6 network; Characterized in that it comprises an IPv6-based short message server connected to the IPv4 / IPv6 network to distinguish the user terminal by the MAC address or the user's home address and service the short message to the user terminal using an IP-based protocol. Internet service device using an Internet Protocol version 6 address. The method of claim 16, wherein the user terminal, An SMS message generation / processing unit for generating and processing an SMS message; An Internet service apparatus using an Internet Protocol version 6 address, characterized by comprising an IPv6 protocol processing unit for automatically setting an IPv6 address and processing an IPv6 protocol. The method of claim 16, wherein the IPv6-based short message server, A user location manager to manage the location of the user terminal according to the MAC address or the home address of the user; Internet service device using the Internet protocol version 6 address characterized in that it comprises an SMS delivery unit for transmitting a short message (SMS) to the user terminal. An internet service device using an internet protocol version 6 address, comprising: A plurality of terminals for automatically setting an IPv6 address using an IPv6-based protocol, collecting and processing control information, and transmitting the collected and processed control information to an IPv4 or IPv6 network; Internet protocol version 6 address, comprising a control management server for storing and processing information of the plurality of terminals, and receiving, processing, and monitoring the information of the terminals when the information of the terminals is transmitted through the IPv4 or IPv6 network. Internet service device using. The terminal of claim 19, wherein any one of the plurality of terminals comprises: A control information collection / processing unit for collecting and processing control information; And a control information transmitter for transmitting the collected and processed control information to the IPv4 or IPv6 network. The method of claim 19, wherein the control management server, A user information storage / processing unit for storing and processing information of the plurality of terminals; A control information receiving / processing unit for receiving and processing control information transmitted from the plurality of terminals; And a control information display unit for displaying the control information received and processed by the control information receiving / processing unit on a screen.