KR101087668B1 - Method and System for Providing Premium Service by Using Location Management Program for Use in Portable Internet Network - Google Patents

Abstract

The present invention relates to a method and system for providing a premium service using a location management program in a portable Internet network.

The present invention comprises the steps of (a) the PSS access to the premium application server; (b) the PSS requesting the premium service, obtaining an ID of the first RAS, and transmitting the ID to the premium application server; (c) receiving an ID of the first RAS and controlling network equipment in the first RAS, the ACR, and the IP network to perform resource allocation work; (d) providing, by the premium application server, the premium service to the PSS via the first path; (e) the PSS obtaining the ID of the second RAS and sending it to the premium application server; (f) receiving an ID of the second RAS and controlling network equipment in the second RAS, the ACR, and the IP network to perform resource allocation work; And (g) providing a premium service to the PSS through the second path by the premium application server.

According to the present invention, it is possible to reduce the load burden on the portable Internet network, and the hassle and cost of additional implementation of additional functions or equipment.

Mobile Internet, Premium Services, Location Manager, WiBro, Premium, QoS

Description

Method and System for Providing Premium Service by Using Location Management Program for Use in Portable Internet Network}

1 is a block diagram schematically illustrating a premium service providing system using a location management program in a portable Internet network according to a preferred embodiment of the present invention;

2 is a flowchart illustrating a method of providing a premium service using a location management program in a portable Internet network according to a preferred embodiment of the present invention.

<Description of Symbols for Main Parts of Drawings>

100: PSS 110: portable Internet network

120: first RAS 122: second RAS

130: ACR 140: HA

150: AAA 160: IP Network

170: Premium Application Server 180: Premium Offering Server

190: first service area 192: second service area

The present invention relates to a method and system for providing a premium service using a location management program in a portable Internet network. More specifically, in providing a premium service that guarantees a Quality of Service (QoS) in a portable Internet (HPi: High Speed Portable Internet or WiBro: Wireless Broadband Internet) network, the service subscriber is moved and located. The present invention relates to a method and system for identifying a changed location using a location management program installed in a terminal of a service subscriber and providing a premium service to the changed location.

With the rapid development of electronic engineering and communication engineering, mobile communication terminals have various functions. That is, with the rapid development of wireless communication and data communication technology, people can use not only voice calls but also Internet access, video communication and video message transmission using mobile communication terminals. Also, due to the rapid spread of mobile communication terminals, mobile communication terminals have become an essential means of communication in modern life, such as a great amount of communication between remote sites using mobile communication terminals.

In recent years, IMT-2000 (International Mobile Telecommunication 2000), a third generation mobile communication system that has been established as a standard by ITU-R due to the development of information and communication, has been commercialized. IMT-2000 is CDMA 2000 1X, 3X, EV-DO, Wideband CDMA (WCDMA), etc .. It is a service that can provide wireless Internet at a transmission speed of up to 144 Kbps, much faster than the supportable data transfer rate of 14.4 Kbps or 56 Kbps. In particular, by using IMT-2000 service, it is possible to provide various multimedia services (AOD, VOD, etc.) at a faster speed as well as improving existing voice and wireless broadcasting service (WBS) service quality.

However, the existing mobile communication system has a limitation in providing high-speed wireless Internet due to high base station construction cost and high usage rate of the wireless Internet, and a limited screen size of the mobile communication terminal. Wireless Local Area Network (WLAN) technology has limitations in providing air services due to problems such as radio wave interference and a narrow coverage area. Accordingly, a portable Internet system that can use a high-speed wireless Internet service at a low rate while moving has emerged.

The portable internet system uses various types of portable terminals such as laptops, PDAs, and handheld PCs to access various types of information and contents by accessing the Internet in indoor and outdoor stationary environments and mobile environments at walking speeds and low to medium speeds. It is a service. In addition, it provides mobility of 60 km / h per hour, and has a downlink transmission rate of 24.8 Mbps but an uplink transmission rate of 5.2 Mbps, which is an IP (Internet Protocol) based wireless data system having up-down asymmetric transmission characteristics.

In addition, the portable Internet system uses a frequency band of 2.3 GHz, and draws a time division duplex (TDD) by a duplex method and a multiple access method to effectively use an allocated frequency spectrum. Orthogonal Frequency Division Multiple Access (OFDMA) is used for this purpose.

Meanwhile, in order to provide multimedia services required by service subscribers on a wired or portable Internet with a desired quality of service, a quality of service (QoS) according to each user's needs must be provided. IP-based internet network does not guarantee high quality because it provides Best Effort Service. As a result, integrated services proposed by the Internet Engineering Task Force (IETF) have been developed as a way to guarantee QoS. Here, QoS refers to a service level required for a specific application program.

A typical method for guaranteeing QoS is to use a resource reservation protocol (RSVP), which is a resource reservation parameter for allocating network resources according to the request of QoS, and the request of QoS. As a result, quality is guaranteed using priority parameters that control network traffic by managing bandwidth. However, such a conventional method requires a subscriber station, a client of a multimedia service, to directly participate in a complicated signal processing task for guaranteeing QoS, thereby increasing the load on the subscriber terminal and requiring software for signal processing. Since the internal memory needs to be embedded, the requirements of subscriber stations, such as memory, a central processing unit, and a peripheral device, are increased.

In order to solve this problem, in a multimedia service providing system using a portable Internet system, a separate QoS server is installed to guarantee QoS, and the QoS server is responsible for signal processing to guarantee QoS. Premium services have been developed to provide high quality multimedia content while reducing requirements. In the premium service, the QoS server requests a resource allocation task by transmitting QoS parameters to network equipments located on a data transmission / reception path between a content providing unit providing multimedia content and a subscriber station. Here, the QoS parameter is a resource reservation parameter for using the wired resources such as the bandwidth of the network equipment described above by the subscriber to transmit the content selected by the subscriber and the priority for preferentially transmitting the content selected by the subscriber. Contains parameters. In addition, the resource allocation operation means that the aforementioned network equipment sets the bandwidth for the corresponding content and the priority for the corresponding content according to the resource reservation parameter and the priority parameter included in the QoS parameter. The QoS server notifies the content provider when the resource allocation work of the network equipment is completed, and the content provider transmits the selected content to the subscriber station to provide a high quality premium service.

On the other hand, since the portable Internet system provides an Internet access service even when the subscriber terminal moves, network equipment for transmitting data to the subscriber terminal may change when the subscriber terminal moves. In this case, in the premium service, the QoS server should send a QoS parameter to the changed network devices to request resource allocation work and control the changed network devices to allocate radio resources. Therefore, it is important to know the location of the subscriber terminal in the premium service using the portable Internet system.

A typical premium service using a portable internet system manages the location of a subscriber station in the portable internet system. Therefore, the premium service that manages the location of the subscriber station in a conventional manner keeps track of the location of the subscriber station and, in case of a change of location, not only the disadvantage of the load burden of the mobile Internet system that must notify the QoS server immediately. It is disadvantageous to implement additional functions such as having an interface for communicating with a server.

In order to solve this problem, the present invention provides a premium service that guarantees QoS in a portable Internet network. When a service subscriber moves and a location is changed, a program for managing a location installed in a subscriber terminal is used. The purpose is to identify the changed location and provide a method and system for providing a premium service to the changed location.

In order to achieve the above object, according to the first object of the present invention, a personal subscriber station (PSS: hereinafter referred to as "PSS") and a first radio access station (RAS: RAS) are referred to as "RAS". Mobile Internet (HPi) including a second RAS, an access control router (ACR), an IP network (Internet Protocol Network), a premium providing server, and a premium application server. A method of providing premium services by identifying location information of a PSS using a location management program in a premium service providing system using a High Speed Portable Internet or a WiBro: Wireless Broadband Internet network, comprising: (a) Accessing a premium application server; (b) the PSS requesting the premium service and using the location management program to obtain the ID of the first RAS and send it to the premium application server; (c) receiving an ID of the first RAS from the premium application server and controlling network equipment in the first RAS, ACR, and IP network to perform resource allocation work; (d) providing, by the premium application server, the premium service to the PSS via the first path; (e) the PSS moving from the first service area to the second service area to obtain an ID of the second RAS and sending it to the premium application server; (f) receiving an ID of the second RAS from the premium application server and controlling network equipment in the second RAS, ACR, and IP network to perform resource allocation work; And (g) providing a premium service to the PSS through the second path by the premium application server.

In addition, according to a second object of the present invention, a mobile Internet providing a premium service by grasping location information of a personal subscriber station (PSS) using a location management program (hereinafter, referred to as 'PSS') ( Claims [1] A premium service providing system using HPi: High Speed Portable Internet or WiBro: Wireless Broadband Internet), the system comprising: a premium application server for providing premium services to PSS and receiving location information from the PSS; A premium provision server that receives location information from a premium application server and requests resource allocation to a network device of a data transmission path between the premium server and the PSS using the location information; Internet Protocol Network (IP) network connected to the premium application server and the premium provisioning server to relay data transmitted and received between the premium application server and the premium provisioning server, including a plurality of network equipment, and requesting resource allocation from the premium provisioning server. ; An access control router (ACR: Access Control Router, hereinafter referred to as 'ACR') connected to the IP network and performing a request for resource allocation from a premium provision server using the IP network; And a first Radio Access Station (RAS: Radio Access Station, hereinafter referred to as RAS) connected to the ACR to perform a resource allocation operation from the premium provision server using the ACR, and to wirelessly connect with the PSS to provide an ID. And it provides a premium service providing system using a location management program in a portable Internet network comprising a second RAS.

In addition, according to a third object of the present invention, a Personal Subscriber Station (PSS) for transmitting and receiving data using a portable Internet (HPi: High Speed Portable Internet or WiBro: Wireless Broadband Internet) network is referred to as 'PSS'. A first radio access station (RAS) or a second radio access station, an access control router (ACR) and an IP network (Internet Protocol Network) of a portable Internet network can be used. Access premium application server, request premium service, acquire ID of first radio access station or ID of second radio access station using location management program, and transmit to premium application server Personal subscription to manage location information for premium services in the mobile Internet network It provides a terminal.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings. First of all, in adding reference numerals to the components of each drawing, it should be noted that the same reference numerals are used as much as possible even if displayed on different drawings. In the following description of the present invention, a detailed description of known functions and configurations incorporated herein will be omitted when it may make the subject matter of the present invention rather unclear.

In addition, hereinafter, for convenience of description, a radio access station (RAS: RAS) is divided into a first RAS and a second RAS, and each RAS has one access control router (ACR: Access). Assume that it is connected to a Control Router, hereinafter referred to as 'ACR'. In addition, assuming that the area served by the first RAS is the first service area and the area served by the second RAS as the second service area, a personal subscriber station (PSS) is referred to as a second service area. The present invention will be described on the assumption that the mobile station moves to the second service area while receiving the premium service in the first service area.

However, the above-described assumption is for convenience of description, and in reality, a plurality of RASs and ACRs may exist, and any network in which a plurality of RASs are connected to a single ACR may exist in the present invention. It is not limited. Accordingly, there may be various cases in which the PSS moves to a service area of an ACR connected to a RAS of a service area where the PSS is currently located and another RAS connected to another ACR. In this case, the present invention also applies.

1 is a block diagram schematically illustrating a premium service providing system using a location management program in a portable Internet network (HPi: High Speed Portable Internet or WiBro: Wireless Broadband Internet) according to a preferred embodiment of the present invention.

Premium service providing system using a location management program in a portable Internet network according to an embodiment of the present invention is PSS (100), first RAS (120), second RAS (122), ACR (130), home agent (HA) : Home Agent, hereinafter referred to as 'HA' (140), authentication server (AAA: Authentication, Authorization, Accounting) (150), IP network (Internet Protocol Network) 160, premium providing server 170 and premium applications Server 180.

PSS (100) refers to a portable terminal that provides a high-speed wireless Internet service using the portable Internet network 110, according to the low power RF (RF) / IF (Intermediate Frequency) module and controller function, service characteristics and propagation environment It performs MAC (Media Access Control) frame variable control function, hand over function, authentication and encryption function. To this end, the PSS 100 has a built-in browser for accessing the Internet for high-speed wireless Internet. In addition, the PSS 100 may include a personal digital assistant (PDA), a hand-held PC, a notebook PC, a smart phone, and a multi-mode multiband (MM-MB). Band) terminal or the like. Here, a smart phone is a terminal that combines the advantages of a mobile communication terminal and a personal portable terminal, and refers to a terminal incorporating data communication functions such as schedule management, fax transmission and reception, which are functions of a personal portable terminal, in a mobile communication terminal. In addition, a multimode multiband terminal is a multi-modem chip that can operate in both portable Internet systems and other mobile communication systems (for example, code division multiple access (CDMA) 2000 system, wideband CDMA (WCDMA) system, etc.) Speak terminal.

PSS 100 according to a preferred embodiment of the present invention by using the mobile Internet network 110 to access the premium application server 170 and select the content by requesting and receiving premium services as well as receiving a location management program Save it. In addition, the PSS 100 according to a preferred embodiment of the present invention uses the location management program to determine the ID of the first RAS 120 or the second RAS 122 that is periodically connected according to a predetermined algorithm of the location management program. Acquire and transmit to the premium provision server 180.

The first RAS 120 and the second RAS 122 are base stations of the portable Internet network 110. The first RAS 120 and the second RAS 122 transmit data received from the ACR 224 to the PSS 100 wirelessly, and have a low power radio frequency (RF). / IF (Intermediate Frequency) module and controller function, Orthogonal Frequency Division Multiple Access (OFDMA) / Time Division Duplex (TDD) (TDD) It has packet scheduling, channel multiplexing function, MAC frame variable control function according to service characteristics and propagation environment, 50 Mbps high-speed traffic real-time control function, and hand over function. In addition, the PSS 100, the first RAS 120, and the 122 have a 50 Mbps packet transmission modulation and demodulation function, a high speed packet channel coding function, a real time modem control function, and the like for data transmission. The first RAS 120 and the second RAS 122 according to the preferred embodiment of the present invention perform resource allocation to satisfy the Quality of Service (QoS) under the control of the premium provision server 190.

The ACR 130 is a base station controller of the portable Internet network 110. Although not illustrated in FIG. 1 for convenience of description, the ACR 130 accommodates a plurality of RASs 120 and 122, or between the RASs 120 and 122 or between the RASs 120 and 122. A packet access router connecting the IP network 160 with a base station of a handover control function between the RAS 120 and 122, a handover function between the ACR 130, and another network (for example, a CDMA 2000 network or a WCDMA network). A handover function, a packet routing function, and an Internet access function between the RASs 120 and 122 are performed. The ACR 130 according to the preferred embodiment of the present invention performs resource allocation to satisfy the QoS under the control of the premium provision server 190.

When the mobile Internet network 110 uses Mobile IP, the HA 140 performs a function of routing a packet transmitted from the outside through the Internet (not shown), and the AAA 150 performs the ACR. In connection with 130, charging is performed on the packet data used by the PSS 100, and authentication of the connection from the PSS 100 is performed.

The IP network 160 is a backbone network for transmitting and receiving data in the portable Internet network 110 and includes a plurality of network equipment such as a router. In addition, the IP network 160 connects the ACR 130, the HA 140, and the AAA 150, the premium application server 170, the premium provision server 180, and the like. The packet data is received from the packet data service and transmitted to the ACR 130. In addition, a plurality of network equipment (not shown) in the IP network 160 according to the preferred embodiment of the present invention performs resource allocation to satisfy the QoS under the control of the premium provision server 190.

The premium application server 170 is a device that provides a premium multimedia service to the PSS 100 and is implemented as a network server. Network servers are computer systems and computer software that are typically connected to subordinate devices capable of communicating with other network servers through a computer network, such as a private intranet or the Internet, to receive and perform a task request and provide a result of the task. It means (network server program). However, in addition to such a network server program, it should be understood as a broad concept including a series of applications running on a network server and in some cases various databases built therein. Such a network server may be implemented using a network server program that is variously provided according to an operating system such as DOS, Windows, Linux, UNIX, or Macintosh.

In addition, if there is a service request from the PSS 100, the premium application server 170 provides a multimedia service using the portable Internet network 110. The premium application server 250 according to the preferred embodiment of the present invention receives the premium service request from the PSS 100, generates QoS information for the corresponding service, and transmits to the premium providing server 180 to request an operation for QoS guarantee. do. In addition, the premium application server 250 according to a preferred embodiment of the present invention when receiving a premium service request by the PSS (100) receives the ID of the first RAS (120) connected from the PSS (100) to provide a premium When the position of the PSS 100 is changed, the server 180 transmits the ID of the second RAS 122 newly connected from the PSS 100 to the premium providing server 180.

The premium providing server 180 is a device for requesting resource allocation work on the data transmission path between the PSS 100 and the premium application server 170 and managing the location of the PSS 100 to guarantee QoS. It is implemented as a network server as shown in (170). Premium providing server 180 according to a preferred embodiment of the present invention receives the ID of the first RAS or the ID of the second RAS according to the QoS information and the location of the PSS 100 from the premium application server 170, and the PSS ( After identifying the RASs 120 and 122 connected by the 100, the QoS parameters to the lower network equipment (not shown), the ACR 130 and the first RAS 120 or the second RAS 122 in the IP network 160 are determined. Requests a resource allocation task by sending a resource allocation request message comprising a.

2 is a flowchart illustrating a method of providing a premium service using a location management program in a portable Internet network according to a preferred embodiment of the present invention.

When the portable Internet subscriber makes a call using the PSS 100 through the key operation in the first service area 190, the PSS 100 accesses the premium application server 170 using the portable Internet network 110 ( S310). The PSS 100 connected to the premium application server 170 determines whether the location management program is stored or executed (S320). The PSS 100 receives and stores the location management program from the premium application server 170 when the location management program is not stored or executed as a result of the determination in step S320 (S322). When the location management program is stored or executed as a result of the determination of step S320, the PSS 100 obtains the ID of the first RAS currently connected by executing the location management program or using the executed location management program (S330). ).

In the present invention, the location management program is a program for identifying the ID of the first RAS (120) or the second RAS (122) connected to the PSS 110 to transmit to the premium application server 170, PSS (100) ID of the first RAS included in the system parameter message of the overhead message among the paging channel messages received from the first RAS 120 or the second RAS 122 or The ID of the second RAS is extracted and transmitted to the premium application server 170. Also, in the present invention, the location management program is a program for notifying the ID of the first RAS 120 or the second RAS 122 to which the PSS 110 is connected to the premium providing server 180. It may be a function included in or may be a separate program that is not related to the premium program. In the present invention, the premium program is an application program stored and executed in the PSS 100 to receive a premium service from the premium application server 170. To this end, the premium application server 170 preferably produces, stores or manages a location management program that can operate in the PSS 100.

When the PSS 100 changes its location from the first service area 190 to the second service area 192, the ACR 130 of the portable Internet network 140 is determined by the PSS 100 as the second RAS 122. You can see that you are connected to. However, the premium service uses the premium provision server 180 to guarantee QoS. Since the premium provision server 180 needs to know all the data transmission paths from the premium application server 170 to the PSS 100, the ACR 130 is the premium provision server 180 and the PSS 100 is the second RAS. You must notify the fact that you are accessing (122). To this end, the ACR 130 additionally needs to implement a function such as having an interface for performing communication with the premium provision server 180, and if the location change occurs by continuously tracking the location of the PSS 100, There is a load burden to notify the premium provision server 180 immediately.

Therefore, in the present invention, the PSS 100 receives and executes a location management program from the premium application server 170 to determine the ID of the connected RAS (120. 122) and uses the premium application server 170 to provide a premium server. By transmitting to the location 180 to notify the location change to reduce the load on the portable Internet network 110, it is possible to omit the implementation of the additional function for communication with the premium providing server 180.

Having acquired the first RAS ID in step S330, the PSS 100 requests premium service by selecting various contents provided by the premium application server 170 according to the selection of the portable Internet subscriber. At this time, the PSS 100 transmits the first RAS ID obtained to the premium application server 170 at the time of the premium service request and notifies its location (S340). The premium application server 170 receiving the premium service request and the first RAS ID from the PSS 100 requests the QoS provision by transmitting QoS information to the premium provision server 180 and transmits the first RAS ID to the PSS ( The location of 100) is notified (S350). The premium providing server 180 receiving the first RAS ID is a network device in the first RAS 120, the ACR 130, and the IP network 160 in the data transmission / reception path between the premium application server 170 and the PSS 100. To perform the resource allocation operation for QoS guarantee and notify the result to the premium application server 170 (S350). The premium application server 170 notified of the resource allocation work result provides the premium service to the PSS 100 through the first path (S360). In the present invention, the first path refers to a data transmission / reception path between the premium application server 170 and the PSS 100 including network devices in the first RAS 120, the ACR 130, and the IP network 160.

While the PSS 100 receives the premium service from the premium application server 170, the PSS 100 may move freely according to the characteristics of the portable function of the PSS 100, and in this process, the PSS 100 may move in the first service area 190. The second service area 192 may be moved or may not be moved (S370). If the PSS 100 moves from the first service area 190 to the second service area 192 while the premium service is being provided, the PSS 100 uses the location management program that is running to execute the currently connected service. 2, the ID of the RAS 122 is obtained, and the ID of the second RAS 122 is transmitted to the premium providing server 180 using the premium application server 170 (S380). For this purpose, it is preferable that the PSS 100 always executes a location management program while receiving a premium service.

The premium providing server 180 receiving the ID of the second RAS 122 is a new data transmission / reception path between the premium application server 170 and the PSS 100, that is, the second RAS, the ACR 130, and the IP network 160. The network equipments within the network perform new resource allocation for QoS guarantee and notify the premium application server 170 of the result (S390). The premium application server 170 notified of the new resource allocation work result provides the premium service to the PSS 100 moved from the first service area 190 to the second service area 192 through the second path (S360). ). In the present invention, the second path refers to a data transmission / reception path between the premium application server 170 and the PSS 100 including network devices in the second RAS 122, the ACR 130, and the IP network 160.

The foregoing description is merely illustrative of the technical idea of the present invention, and various changes and modifications may be made by those skilled in the art without departing from the essential characteristics of the present invention. Therefore, the embodiments disclosed in the present invention are not intended to limit the technical idea of the present invention but to describe the present invention, and the scope of the technical idea of the present invention is not limited by these embodiments. The protection scope of the present invention should be interpreted by the following claims, and all technical ideas within the equivalent scope should be interpreted as being included in the scope of the present invention.

As described above, according to the present invention, in providing a premium service, the location of the PSS is continuously tracked, and when the location change occurs, the load burden on the portable Internet network that needs to be notified to the premium providing server immediately is reduced. It can reduce the hassle and cost of implementing a function or equipment for communicating with a premium-provided server on the Internet.

Claims (16)

Personal Subscriber Station (PSS: `` PSS ''), First Radio Access Station (RAS: RAS), Second RAS, Access Control Router (ACR) Router (hereinafter referred to as 'ACR'), IP network (Internet Protocol Network), a premium Internet (Premium) providing server and a premium Internet application server (Wiro: Wireless Broadband Internet) To provide the premium service by identifying the location information of the PSS using a location management program in a premium service providing system that provides a premium service, which is a service for allocating network resources according to a subscriber's request To (a) the PSS accessing the premium application server; (b) the PSS requesting the premium service and acquiring the ID of the first RAS using the location management program and transmitting it to the premium application server; (c) receiving an ID of the first RAS from the premium application server and controlling network equipment in the first RAS, the ACR, and the IP network to perform resource allocation work; (d) the premium application server providing the premium service to the PSS through a first path; (e) the PSS moving from a first service area to a second service area to obtain an ID of the second RAS and transmitting it to the premium application server; (f) receiving the ID of the second RAS from the premium application server and controlling network equipment in the second RAS, the ACR, and the IP network to perform resource allocation work; And (g) the premium application server providing the premium service to the PSS via a second path; Premium service providing method using a location management program in a mobile Internet network comprising a. According to claim 1, wherein the location management program, Obtain and store the ID of the first RAS or the ID of the second RAS connected to the PSS periodically, and when the PSS moves from the first service area to the second service area, the ID of the second RAS The premium service providing method using a location management program in a portable Internet network, characterized in that the program for transmitting to the premium application server. According to claim 1, wherein the location management program, ID of the first RAS included in a system parameter message of an overhead message of a paging channel message received by the PSS from the first RAS or the second RAS or The method of providing a premium service using a location management program in a portable internet network, characterized in that to extract and obtain the ID of the second RAS. According to claim 1, wherein the location management program, Method of providing a premium service using a location management program in a portable Internet network, characterized in that one of a number of functions included in the premium program for receiving the premium service. According to claim 1, The premium service providing method, Between the step (a) and the step (b), (a1) receiving the location management program from the premium application server when determining whether the PSS is storing the location management program and not storing the location management program; Premium service providing method using a location management program in a mobile Internet network, characterized in that it further comprises. A mobile terminal that provides a premium service, which is a service that allocates network resources according to a subscriber's needs by identifying location information of a personal subscriber station (PSS) using a location management program. In the premium service providing system using the Internet (HPi: High Speed Portable Internet or WiBro: Wireless Broadband Internet) network, A premium application server providing the premium service to the PSS and receiving the location information from the PSS; A premium provision server that receives the location information from the premium application server and requests resource allocation to a network device of a data transmission path between the premium application server and the PSS using the location information; An IP that is connected to the premium application server and the premium provision server to relay data transmitted and received between the premium application server and the premium provision server and includes a plurality of network equipment, and receives the resource allocation operation from the premium provision server. Network (Internet Protocol Network); An access control router (ACR), which is connected to the IP network and performs the request for resource allocation from the premium provision server using the IP network; And A first Radio Access Station (RAS), which is connected to the ACR and performs the request for resource allocation from the premium provision server by using the ACR and is wirelessly connected to the PSS to provide an ID, RAS ') and the second RAS Premium service providing system using a location management program in a mobile Internet network comprising a. The method of claim 6, wherein the PSS, Access the premium application server using the first RAS or the second RAS, the ACR, and the IP network to request the premium service, and use the location management program to identify the ID of the first RAS or the second RAS. The premium service providing system using a location management program in the portable Internet network, characterized in that to obtain the ID and transmit to the premium application server. The method of claim 6, wherein the location management program, When the PSS requests the premium service, the ID of the first RAS is obtained and transmitted to the premium application server. When the PSS moves from the first service area to the second service area, the ID of the second RAS is obtained. Premium service providing system using a location management program in a portable Internet network, characterized in that the program to obtain and transmit to the premium application server. The method of claim 6, wherein the location management program, ID of the first RAS included in a system parameter message of an overhead message of a paging channel message received by the PSS from the first RAS or the second RAS or Premium service providing system using a location management program in the mobile Internet network, characterized in that for extracting and obtaining the ID of the second RAS. The method of claim 6, wherein the location management program, Premium service providing system using a location management program in the mobile Internet network, characterized in that one of a plurality of functions included in the premium program for receiving the premium service. The method of claim 6, wherein the premium providing server, When the ID of the first RAS is received from the premium application server, the resource allocation task is requested to the plurality of network equipment in the first RAS, the ACR, and the IP network of the data transmission path. Premium service providing system using location management program in portable internet network. The method of claim 6, wherein the premium providing server, When the ID of the second RAS is received from the premium application server, the resource allocation operation is requested to the plurality of network equipment in the second RAS, the ACR, and the IP network of the data transmission path. Premium service providing system using location management program in portable internet network. In a personal subscriber station (PSS: hereinafter referred to as a 'PSS') that transmits and receives data using a portable Internet (HPi: High Speed Portable Internet or WiBro: Wireless Broadband Internet) network, A first radio access station (RAS) or a second RAS of the portable Internet network, an access control router (ACR) and an IP network ( Access the premium application server using an Internet Protocol Network) and request a premium service, which is a service that allocates network resources according to a subscriber's request, and uses the location management program to identify the ID or the first RAS. Acquiring the ID of the second RAS and transmitting to the premium application server Personal subscriber station for managing location information for premium services in a mobile Internet network, characterized in that for performing. The method of claim 13, wherein the location management program, Acquire and store the ID of the first RAS or the ID of the second RAS connected to the PSS periodically, and when the PSS moves from the first service area to the second service area, the ID of the second RAS is stored. Personal subscriber station for managing the location information for the premium service in the mobile Internet network, characterized in that the program for transmitting to the premium application server. The method of claim 13, wherein the location management program, ID of the first RAS included in a system parameter message of an overhead message of a paging channel message received by the PSS from the first RAS or the second RAS or Personal subscriber station for managing location information for premium services in the mobile Internet network, characterized in that for extracting and obtaining the ID of the second RAS. The method of claim 13, wherein the location management program, Personal subscriber station for managing location information for premium services in the mobile Internet network, characterized in that one of a number of functions included in the premium program for receiving the premium service.

Images