KR20090000109A - Rfid system for managing personal product with internet protocol, and product management method in its - Google Patents

Abstract

An article management support radio frequency identification system of an individual using an IP and a product management method thereof are provided to use the period of circulation and maintenance information of an article transferred to the individual article management server. Accordingly, the location of the article and the mobility of an article group are managed. An article management support radio frequency identification system of an individual using the IP(Internet Protocol) comprises an article PML(Physical Markup Language) server(50), a personal identification PML server(40), an object name service server(Object Naming Service Server)(70), a RFID(Radio Frequency Identification) middleware(20), and individual article management server (Personal Product Management Server)(30). If the article PML server receives the product information transfer request message, the article PML server changes the ownership of the applied articles into the individual and transmits the product information to the individual article management server. According to the product information transfer request from the RFID reader, the RFID middleware obtains the address of the article PML server and the personal identification PML server which are recorded in the article RFID tag and the personal identification RFID tag from the ONS server. The RFID middleware requests the address of the individual article management server to the personal identification PML server. The RFID middleware transmits a product information transfer request message to the article PML server. The individual article management server manages a registered RFID reader and registers and manages the product information transmitted from the article PML server.

Description

RFID system for managing personal product with internet protocol, and product management method in its}

1 is an overall configuration diagram of an embodiment of a personal item management support RFID system using the Internet protocol according to the present invention;

2 is a diagram illustrating an embodiment of a function of an RFID middleware in a radio frequency identification (RFID) system according to the present invention;

3 is a diagram illustrating an operation of a personal goods management server in a radio frequency identification (RFID) system according to the present invention;

4 is a flowchart illustrating an article management procedure in an RFID system according to the present invention.

* Explanation of symbols on the main parts of the drawing

11: mobile RFID reader 12: RFID tag for goods

13: personal identification RFID tag 20: RFID middleware

21: fixed RFID reader 30: personal goods management (PPM) server

40: personal identification PML server 50: goods PML server

60 router 70 object name service (ONS) server

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a wireless identification system for supporting personal goods management using an internet protocol, a method for managing the goods thereof, and a computer readable recording medium recording a program for realizing the method. Based on Protocol version 6), when an item with a radio-frequency ID (RFID) code is sold to an individual and its ownership is transferred, the information of the item is managed by a corporate physical markup language (PML) server. (PPM: Personal Product Management) A wireless identification system and a product management method and a program for realizing the same, which can be moved to a server, and the expiration date of the personally owned goods, regular update, location management, goods group management, etc. The present invention relates to a computer-readable recording medium having recorded thereon.

A radio frequency identification (RFID) system is a chip that contains information about the entire process of production, distribution, storage, and consumption on a tag attached to a product, or a reader can read this information and integrate it with the information system. Refers to using.

The Electronic Product Code (EPC), which provides a unique identifier for things proposed by the MIT University's "AUTO-ID Research Center", is a concept that includes a network standard for utilizing RFID technology based on the Internet. The tag stores minimal information such as EPC code, which is a product identification code, and retrieves and uses detailed information related to the product through the Internet.

EPC standards include an EPC code system, an object naming service (ONS) that indicates the location of the computer where the details are stored, a physical markup language (PML) server that stores the details, and RFID tag readouts. The state consists of middleware and the like.

Until now, RFID has been mainly used for the purpose of supply chain management, safety management and distribution management. However, there has been a lack of research on how to effectively use RFID tags after the goods have been sold to individuals.

For example, in the case of selling goods in a hypermarket, the seller removes an RFID tag or stops functioning at the moment when the buyer pays for the goods and leaves the checkout because of security problems and difficulty in managing them later. ) Command to stop the function of the RFID tag. This is because if the tag does not stop functioning, personal privacy may be violated by others verifying various information about the product such as price and trademarks. For this reason, the MIT AUTO ID CENTER, which proposed the EPC code, proposed a method of stopping the function of the RFID tag by using an 8-bit command 'Kill Tag'. However, this results in a waste of semi-permanent functionality of the RFID tag.

As described above, the information transfer service is provided so that a company can manage the information of the goods managed by the corporate PML server for the post-management of the goods even after the ownership of the goods is transferred to the individual. There was no research on what to do. Therefore, in the current technical field, the information transfer service is provided so that even after the ownership of the goods is transferred to the individual, the purchaser's personal server (personal goods management server) can manage the information of the goods managed by the PML server for the post management of the goods. There is an urgent need for a solution.

The present invention has been proposed to solve the above-mentioned problems. Particularly, based on MIPv6, when an article with a radio frequency identification (RFID) code is sold to an individual and ownership is transferred, the information of the article is transferred from the corporate PML server. A computer that records a radio identification system, a method for managing the goods, and a program for realizing the method, which can be moved to a PPM server and allow an individual to have a shelf life, periodic update, location management, and group management of goods owned by the individual. The purpose is to provide a recording medium that can be read by.

Other objects and advantages of the present invention can be understood by the following description, and will be more clearly understood by the embodiments of the present invention. Also, it will be readily appreciated that the objects and advantages of the present invention may be realized by the means and combinations thereof indicated in the claims.

In order to achieve the above object, the present invention, in the radio identification (RFID) system, but manages the goods information, upon receipt of the goods information transfer request message changes the possession of the goods to the individual and the goods information to the personal goods management server An article physical markup language (PML) server to transmit; A personal identification PML server managing an internet protocol (IP) address of the personal goods management server; An object name service (ONS) server providing an address of a PML server corresponding to the object identification code information (EPC) of the RFID tag; In response to a request for transferring item information from an RFID reader, an address of the item PML server and the personal identification PML server corresponding to the EPC data recorded on the RFID tag is obtained from the ONS server, and the personal item is sent to the personal identification PML server. An RFID middleware that receives and receives an address of a management server and transmits the goods information transfer request message to the goods PML server; And a personal goods management server that manages a registered RFID reader and a tag and registers and manages the goods information received from the goods PML server.

Meanwhile, the present invention provides a physical markup language (PML) corresponding to EPC data recorded in an RFID tag by an RFID middleware in accordance with a request for transferring item information from an RFID reader in an article management method in a radio frequency identification (RFID) system. Querying the address of the server to obtain an address of the article PML server and the personal identification PML server from the object name service (ONS) server; Requesting, by the RFID middleware, the address of the personal goods management server to the personal identification PML server, and receiving the address of the personal goods management server; And the RFID middleware transmits a goods information transfer request message including the address of the personal goods management server to the goods PML server, thereby changing the possession of the goods to a person in the goods PML server and converting the goods information into a personal goods. Characterized in that it comprises the step of transmitting to the management server.

The present invention may further include the step of transmitting, by the personal goods management server, the goods information transfer response message to the RFID reader when the goods information is registered.

On the other hand, the present invention, in order to support the management of personal goods using the Internet protocol, RFID middleware is recorded in the RFID tag in response to a request for transferring the goods information from the RFID reader to a radio identification (RFID) system having a processor Querying an address of a physical markup language (PML) server corresponding to the generated EPC data to obtain an address of an article PML server and a personal identification PML server from an object name service (ONS) server; A function of the RFID middleware requesting the address of the personal goods management server to the personal identification PML server and receiving the address of the personal goods management server; And the RFID middleware transmits a goods information transfer request message including an address of the personal goods management server to the goods PML server, thereby changing the possession of the goods to an individual in the goods PML server and managing the goods information as personal goods. Provided is a computer-readable recording medium having recorded thereon a program for realizing a function of transmitting to a server.

The present invention proposes a location tracking and maintenance management method of personal items using an RFID system and a PPM server based on Mobile Internet Protocol version 6 (MIPv6).

Through this, since the individual uses the RFID tag even after the transfer of ownership, it is possible to increase the utilization of RFID and based on MIPv6, it will be easy to manage the location of the goods and manage the group mobility using the personal goods management server. In addition, by introducing the concept of personal identification using RFID, the personal identification RFID tag and the ID PML server (personal identification PML server) can store and manage the IP address of the personal goods management server.

The above objects, features and advantages will become more apparent from the following detailed description taken in conjunction with the accompanying drawings, whereby those skilled in the art may easily implement the technical idea of the present invention. There will be. In addition, in describing the present invention, when it is determined that the detailed description of the known technology related to the present invention may unnecessarily obscure the gist of the present invention, the detailed description thereof will be omitted. Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings.

1 is an overall configuration diagram of an embodiment of a personal item management support radio frequency identification (RFID) system using the Internet protocol according to the present invention, the personal goods management to enable tracking and maintenance of personal items based on the Internet ( PPM) shows the overall configuration of the RFID system with the server 30.

The conventional RFID network element technology is connected to an EPC that provides a unique identifier of a thing and an RFID reader, Savant, which is a middleware that reads an RFID tag and processes data, and an ONS server that informs the location of a PML server that provides product information. It consists of PML and PML server that requests and provides product information.

Particularly, a radio frequency identification (RFID) system for personal goods management using the Internet protocol (especially IPv6) according to the present invention, as shown in FIG. The goods PML server 50 for changing the possession of goods to individuals and transmitting the corresponding goods information to the personal goods management server 30, and the personal identification PML for managing the Internet protocol (IP) address of the personal goods management server 30. The article PML corresponding to the EPC of the server (ID PML server) 40 and the RFID tag (that is, the article RFID tag 12 and the personal identification RFID tag 13, which includes object identification code information (EPC)). An object name service server (ONS Server) 70, which provides the address of the server and the personal identification PML server 40, and an RFID reader (mobile RFID reader 11 or fixed RFID reader 21), which are unique in the IPv6 network. Upon request for the transfer of item information from The personal identification PML is obtained by obtaining the addresses of the article PML server 50 and the personal identification PML server 40 corresponding to the EPC data recorded on the RFID tag 12 and the personal identification RFID tag 13 from the ONS server 70. RFID middleware 20 for receiving and receiving the address of the personal goods management server 30 to the server 40 and transmitting a goods information transfer request message to the goods PML server 50, and a registered RFID reader (for example). , An individual who manages the mobile RFID reader 11 and the tag (for example, the article RFID tag 12 and the personal identification RFID tag 13) and registers and manages the article information received from the article PML server 50. A PPM Server 30 is included.

Here, when the goods PML server 50 receives the goods information transfer request message, the goods PML server 50 records the possession of the goods to the address (URL) of the personal goods management server 30, and transmits the goods information to the personal goods management server 30 send.

In addition, when the goods information is registered, the personal goods management server 30 transmits a goods information transfer response message to the RFID reader (mobile RFID reader 11 or fixed RFID reader 21).

In particular, the RFID middleware 20 can transfer information to the personal goods management server 30, the goods information managed in the goods PML server 50, when the goods are processed to transfer the possession of the goods to the buyer. Let's do it.

Accordingly, the personal goods management server 30 manages the time scheduling of the goods information, and RFID tags (that is, the goods RFID tag 12 and the personal identification RFID) within the sensing range of the mobile RFID reader 11 carried by the individual. Tag mobility) and location tracking. This allows the mobile RFID reader 11 to act as a group leader to manage the location information of the RFID tags (ie, the article RFID tag 12 and the personal identification RFID tag 13) within the sensing range, and the sub network The personal goods management server 30 receives the address of the moved sub-network and transfers the information of the assigned RFID tags (ie, the item RFID tag 12 and the personal identification RFID tag 13) within the sensing range. This is possible by sending

The function of each component of a personal goods management support radio identification (RFID) system using IPv6 according to the present invention having the above configuration will be described in more detail.

The RFID readers 11 and 21 receive and recognize the RFID code transmitted from the RFID tag 12 through an antenna to obtain unique information of the article on which the RFID tag 12 is mounted. At this time, according to the mobility of the RFID reader (11, 12) is divided into a fixed RFID reader 21 and a mobile RFID reader (11), each RFID reader (11, 12) has a unique IP address in the IPv6 network. .

The RFID tag 12 is a tag in which the automatic recognition means includes an RFID, that is, an EPC, and the EPC recorded in the RFID tag 12 may be wirelessly transmitted using microwave or long wave. Therefore, the RFID tag 12 provides only a simple identification function and does not have a communication module for communicating with an external device. However, the RFID tag 12 may be used to generate not only an object but also an RFID tag 13 capable of identifying and identifying an individual.

 For reference, the EPC is a series of code information that can distinguish each object stored in the RFID tags 12 and 13. The data capacity is large enough to give each unique thing or any other thing its own serial number. Similar to existing IP on the Internet.

The classification of EPC is from Class 0 to 5, Class 0 supports 64-bit read only function, and Class 1 to 96 bit supports read only and read / write only. In addition, Class 2 will support 128 and 256 bits and is read / write only. In addition, a sensor function is added in Class 3, and Class 4 supports inter-tag communication. Finally, Class 5 supports the use of tags that contain reader functionality.

The RFID middleware 20 defined in the AUTO-ID is read by the RFID readers 11 and 21 from the RFID tags 12 and 13 and then, via the "Savant", the ONS server 70 and the PML server 40,50. Refers to the previous stage of). In particular, the RFID middleware 20 provides functions such as data processing, data representation, data exchange and information naming service using data collected from various types of RFID tags 12 and 13 through a reader or a sensor. System.

The RFID middleware 20 according to the present invention, when a product is processed to transfer the possession of the goods to the buyer, the purchaser's personal server (personal goods management server 30) to manage the information of the goods managed by the goods PML server 50 Support information transfer service to be managed at)). That is, by using the EPC of the article RFID tag 12 and the personal identification RFID tag 13 received from the article reader 11, the addresses of the PML servers 50 and 40 of the RFID tags 12 and 13 are obtained. By using this address, information of the article managed by the article PML server 50 is sent to the personal server (personal article management server 30).

For reference, Savant is a software that processes and manages EPC events continuously occurring in the RFID readers 11 and 21 as a middleware part of the RFID network infrastructure. The main function is to capture and capture data. It monitors and operates a kind of router in charge of data transmission. It also has a hierarchically organized and distributed architecture to manage the flow of data. In addition, the information collected at each level of Savant is shared by Savant interactions.

The object name service server (ONS Server) 70 performs a function similar to a domain naming service (DNS) that converts a domain name into an IP address on the Internet. It converts to a URL that is an IP address of a server (article PML server 50). The ONS server 70 searches the EPC of the article RFID tag 12 to know the address of the article PML server 50 that stores the information about the article. The EPC of the personal identification RFID tag 13 is obtained. The address of the personal identification PML server (ID PML server) 40 storing the address information of the personal goods management server 30 can be found.

That is, the ONS server 70 changes the EPC data into an EPC domain name. Returns the IP address of the PML server (40, 50) to the changed EPC domain name. The ONS server 70 has the same structure as the DNS server currently used on the Internet, and operates on the DNS framework.

The article PML server 50 is a system for storing and storing information collected by Savant, that is, a product name, a current state, a position, and the like in a PML form and providing data. In particular, it provides a function of storing and managing the static information of the thing and the history information recognized through the RFID technology. The article PML server 50 that stores and manages the information of the article manages the manufacturing information, maintenance information, and location information data of the article, and the personal identification PML server 40 stores the IP address of the personal article management server 30. Manage. In this case, it is assumed that since the protection of personal information is very important, a communication method that guarantees confidentiality, authentication, and integrity is guaranteed.

For reference, PML is a language based on XML (eXtensible Markup Language), and includes information about an item and other information related to the item. In addition, PML is used as a method of data communication between Savant and the PML server (40, 50). PML is an open format for worldwide users that supports interoperability with other information systems.

2 is a diagram illustrating an embodiment of a function of an RFID middleware in a radio frequency identification (RFID) system according to the present invention.

During the payment process, the mobile or fixed RFID reader 11 or 21 transmits the item ownership transfer message (item information transfer request message) including the RFID tag 12 of the article and the EPC code of the personal identification RFID 13 to the RFID middleware 20. Send to).

The RFID middleware 20 that has received two tags (item RFID tag 12 and personal identification RFID tag 13) is an article PML server 50 and a personal identification PML server 40 corresponding to the two tags 12 and 13. In order to obtain a URL, which is an IP address of the IP address, a URL query of each RFID is sent to the ONS server 70 (EPC Fully Qualified Domain Name (EQ FQDN)).

Subsequently, when receiving the URLs of the PML servers 50 and 40 of the article RFID tag 12 and the personal identification RFID tag 13 from the ONS server 70 (Service URI (Uniform Resource Identifier)), the RFID middleware 20 First, the PML server 40 of the personal identification RFID tag 13 sends a message requesting the address of the personal goods management server 30 and receives a response thereto, and then the item PML server 50 of the RFID tag 12. Sends the item information transfer request message including the address of the personal goods management server 30 to.

As such, when a goods information transfer request message including the address of the personal goods management server 30 is received, the goods PML server 50 changes the possession of the goods to the individual and changes the goods information to the personal goods management server 30. To send).

3 is a diagram illustrating an embodiment of a personal goods management server in a radio frequency identification (RFID) system according to the present invention.

The personal item management server 30 manages an RFID reader and an RFID tag of a registered individual.

RFID readers belonging to an individual (for example, the mobile RFID reader 11) may be registered in the personal goods management server 30 in various ways. The process of registering the RFID tags belonging to the individual (for example, the article RFID tag 12 and the personal identification RFID tag 13) with the personal article management server 30 will be described later.

The personal goods management server 30 performs time scheduling based on the goods information received from the goods PML server 50 through the ownership transfer process. For example, the event occurrence time may be determined using the expiration date or regular upgrade time information.

RFID tags in the sensing range of the personal mobile RFID reader 11 (eg, the item RFID tag 12 and the personal identification RFID tag 13) can manage group mobility. The mobile RFID reader 11 becomes a group reader and manages the location information of the RFID tags (the article RFID tag 12 and the personal identification RFID tag 13) within the sensing range. That is, when an individual moves from one sub network to an adjacent sub network, the mobile RFID reader 11 is assigned an address of the newly moved sub network by MIPv6. When the address of the mobile RFID reader 11 is changed due to mobility, the mobile RFID reader 11 changes its address to the registered personal goods management server 30 and RFID tags within its sensing range (for example, The information of the article RFID tag 12 and the personal identification RFID tag 13 is transmitted.

Through this process, the personal item management server 30 may manage group mobility and track the location of RFID tags (eg, the item RFID tag 12 and the personal identification RFID tag 13).

4 is a flowchart illustrating an article management procedure in a radio frequency identification (RFID) system according to the present invention. The procedure to be transferred to the article management server 30 is shown.

First, the mobile or stationary RFID readers 11 and 21 read the article RFID tag 12 and the personal identification RFID tag 13 and send the article information transfer request message to the RFID middleware 20 (401).

Afterwards, the RFID middleware 20 that has received two tags (item RFID tag 12 and personal identification RFID tag 13) receives the IP of the article PML server 50 and the personal identification PML server 40 corresponding to the two tags. In order to obtain a URL that is an address, a URL query of each RFID is sent to the ONS server 70 (402). On the other hand, the ONS server 70 transmits the URL which is the IP address of the PML server 50, 40 corresponding to the EPC of the article RFID tag 12 and the personal identification RFID tag 13 to the RFID middleware 20 ( 403).

Then, the RFID middleware 20 transmits a message requesting the IP address of the personal goods management server 30 to the personal identification PML server 40 of the personal identification RFID tag 13 (404), and the personal identification RFID tag ( 13 receives the IP address of the personal goods management server 30 from the PML server 40 (405).

Thereafter, the RFID middleware 20 sends a goods information transfer request message including the address of the personal goods management server 30 to the goods PML server 50 (406), so that the goods PML server 50 owns the goods. This is recorded as the URL of the personal goods management server 30 (407), and transmits the goods information to the personal goods management server 30 (408).

Next, the personal goods management server 30 registers the goods (409), and responds to the transfer of the goods information to the URL of the RFID reader (for example, the mobile RFID reader 11) registered in the personal goods management server 30. (Ack) sends a message (410).

As described above, the method of the present invention may be implemented as a program and stored in a recording medium (CD-ROM, RAM, ROM, floppy disk, hard disk, magneto-optical disk, etc.) in a computer-readable form. Since this process can be easily implemented by those skilled in the art will not be described in more detail.

The present invention described above is capable of various substitutions, modifications, and changes without departing from the technical spirit of the present invention for those skilled in the art to which the present invention pertains. It is not limited by the drawings.

Through the Mobile IPv6 based personal item management support RFID system of the present invention as described above, it is possible to effectively manage personal items using the personal item management server without modifying the existing MIPv6 protocol and EPC management system.

 Conventionally, after selling an item, a company uses the 'Kill Tag' command to stop the function of the RFID tag or removes the RFID tag itself because of security problems or difficulty in post management. In addition, there is an advantage that can greatly increase the utilization of the RFID tag using a method of transferring the information of the tag.

In particular, the present invention, by using the expiration date and maintenance information of the goods delivered to the personal goods management server managed to receive the expiration date alarm service or goods upgrade service, and also based on MIPv6 personal goods management server By using the location management of the article and group mobility management is possible.

Claims (16)

In a radio frequency identification (RFID) system, An article PML (physical markup language) server that manages article information and changes ownership of the article to an individual and transmits the article information to a personal article management server upon receiving the article information transfer request message; A personal identification PML server managing an internet protocol (IP) address of the personal goods management server; An object name service (ONS) server providing an address of a PML server corresponding to the object identification code information (EPC) of the RFID tag; In response to a request for transferring item information from an RFID reader, an address of the item PML server and the personal identification PML server corresponding to the EPC data recorded on the RFID tag is obtained from the ONS server, and the personal item is sent to the personal identification PML server. An RFID middleware that receives and receives an address of a management server and transmits the goods information transfer request message to the goods PML server; And A personal goods management server that manages registered RFID readers and tags and registers and manages the goods information received from the goods PML server. Personal identification management wireless identification system using the Internet protocol comprising a. The method of claim 1, The article information transfer request message, Personal identification management support wireless identification system using an Internet protocol, characterized in that the address of the personal goods management server. The method of claim 1, The personal goods management server, Personal identification management wireless identification system using the Internet protocol, characterized in that for transmitting the item information transfer response message to the RFID reader when registering the item information. The method of claim 1, The RFID reader, Either a fixed RFID reader or a mobile RFID reader, and a personal identification management support wireless identification system using the Internet protocol, characterized in that it has a unique IP address in the IPv6 network. The method of claim 4, wherein The RFID tag, An article identification tag and a personal identification RFID tag received from the RFID reader, the article management support wireless identification system using the Internet protocol, characterized in that it comprises an EPC. The method according to any one of claims 1 to 5, The RFID middleware, When the goods are settled and the property of the goods is transferred to the buyer, the information transfer service of the goods managed by the goods PML server can be transferred to the personal goods management server. Goods management support wireless identification system. The method of claim 6, The article PML server, Upon receiving the item information transfer request message, records the possession of the item to the address of the personal goods management server, and transmits the goods information to the personal goods management server, the personal goods management support using the Internet protocol Wireless Identification System. The method of claim 7, wherein The personal goods management server, The personal identification management wireless identification system using the Internet protocol, characterized in that it manages the time scheduling of the article information, the group mobility management and location tracking of RFID tags in the sensing range of the mobile RFID reader possessed by the individual. The method of claim 8, The mobile RFID reader, As a group leader, it manages location information of RFID tags within a sensing range, receives an address of a subnetwork moved when a subnetwork moves, and transmits the allocated address and information of RFID tags within a sensing range to the personal goods management server. Personal identification management support wireless identification system using the Internet protocol, characterized in that. In the article management method in a radio frequency identification (RFID) system, In response to a request for the transfer of item information from the RFID reader, the RFID middleware queries the address of the physical markup language (PML) server corresponding to the EPC data recorded on the RFID tag and identifies the item PML server and personal identification from the object name service (ONS) server. Obtaining an address of the PML server; Requesting, by the RFID middleware, the address of the personal goods management server to the personal identification PML server, and receiving the address of the personal goods management server; And The RFID middleware transmits a goods information transfer request message including the address of the personal goods management server to the goods PML server, thereby changing the possession of the goods to the person in the goods PML server and changing the goods information to the personal goods management server. Steps to send to Article management method of a personal identification management support wireless identification system using an Internet protocol comprising a. The method of claim 10, The RFID reader is either a fixed RFID reader or a mobile RFID reader, and has a unique IP address in an IPv6 network. The RFID tag is an article RFID tag and a personal identification RFID tag received from the RFID reader, the article management method in a personal identification management support wireless identification system using an Internet protocol, characterized in that it comprises an EPC. The method of claim 11, The goods PML server, when receiving the goods information transfer request message, records the possession of the goods to the address of the personal goods management server, and transmits the goods information to the personal goods management server, The personal identification PML server manages an Internet Protocol (IP) address of the personal goods management server, The ONS server may provide the goods PML server and the personal identification PML server corresponding to the object identification code information (EPC) of the object RFID tag. How to manage your goods The method according to any one of claims 10 to 12, Transmitting, by the personal goods management server, a goods information transfer response message to the RFID reader when the goods information is registered. Article management method of a personal goods management support radio identification system using an Internet protocol further comprising. The method of claim 13, The RFID middleware, When the goods are settled and the property of the goods is transferred to the buyer, the information transfer service of the goods managed by the goods PML server can be transferred to the personal goods management server. Goods Management Supported Goods Management Method in Wireless Identification System. The method of claim 14, The personal goods management server manages time scheduling of the goods information, and manages group mobility and location tracking of RFID tags within a sensing range of a personal RFID reader. The mobile RFID reader, as a group reader, manages location information of RFID tags within a sensing range, receives an address of a moved subnetwork when moving a subnetwork, and receives the allocated address and information of RFID tags within a sensing range. Article management method in a personal identification management support wireless identification system using an Internet protocol characterized in that the transmission to the personal goods management server. In order to support the management of personal goods using the Internet protocol, a radio identification (RFID) system having a processor, In response to a request for the transfer of item information from the RFID reader, the RFID middleware queries the address of the physical markup language (PML) server corresponding to the EPC data recorded on the RFID tag and identifies the item PML server and personal identification from the object name service (ONS) server. Obtaining an address of a PML server; A function of the RFID middleware requesting the address of the personal goods management server to the personal identification PML server and receiving the address of the personal goods management server; And The RFID middleware transmits a goods information transfer request message including the address of the personal goods management server to the goods PML server, thereby changing the possession of the goods to the person in the goods PML server and changing the goods information to the personal goods management server. To send to A computer-readable recording medium having recorded thereon a program for realizing this.

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