KR100791811B1 - System and method for recommending car-pool partner using location based service - Google Patents

Abstract

A system and a method for recommending a car-pool partner based on an LBS(Location-Based Service) are provided to generate a car-pool pattern periodically based on location information of a registered car-pool provider and match the location information of a car-pool requestor with the car-pool patterns, thereby connecting car-pool partners automatically. A car-pool pattern calculator(210) calculates the location information of a first terminal of a car-pool provider periodically by using an LBS and generates a car-pool pattern including a moving path of the first terminal based on the calculated location information of the first terminal. A database(220) stores the car-pool pattern by matching the first terminal information. A matcher(240) determines whether the location information of a second terminal of the car-pool requestor matches any of the car-pool patterns stored in the database when a car-pool service is requested from the car-pool requestor. A notifier(250) transmits the first terminal information matched to the second terminal when the location information of the second terminal is matched with the car-pool pattern.

Description

SYSTEM AND METHOD FOR RECOMMENDING CARPOOL PARTNERS USING LOCATION-BASED SERVICES {SYSTEM AND METHOD FOR RECOMMENDING CAR-POOL PARTNER USING LOCATION BASED SERVICE}

1 is a network for implementing a carpool providing service according to the present invention.

2 is a block diagram showing the internal configuration of a carpool providing system according to an embodiment of the present invention.

3 is a view for explaining a database according to an embodiment of the present invention.

4 is a view for explaining an interface using a carpool providing service through a communication terminal.

5 is a diagram for describing an option for generating carpool pattern information.

6 is a diagram for explaining input of request information for a carpool service from a carpool requester.

FIG. 7 is a diagram for describing information about a carpool provider that a terminal receives from a carpool providing system.

8 is a flowchart illustrating a carpool providing method according to the present invention.

9 is a diagram for explaining a method of calculating the carpool fee.

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

200: carpool provision system

210: carpool pattern information calculation unit

220: database

230: carpool request receiving unit

240: matching unit

250: notification unit

260: carpool register

270: rate calculator

The present invention relates to a system and method for providing a carpool, and in particular, generates and stores carpool pattern information based on the first location information of a carpool provider in a database, and when the second location information of the carpool requester corresponds to the carpool pattern information. The present invention relates to a carpool providing system and a carpool providing method for providing a carpool service to the carpool requestor.

Today's remarkable development of information and communication technology has rapidly promoted the popularization of communication terminals (mobile devices), so that most ordinary people always have communication terminals such as mobile phones and PDAs. Therefore, the user can easily communicate with the other party using a communication terminal, so that communication is more frequent than before, and users of the communication terminal are gradually increasing. Such communication terminals are provided with more various functions to meet the needs of users as the communication technology and the use of users increase, thereby providing user convenience.

In recent years, a carpool service can be provided to a carpool requestor using a communication terminal. In order to use such a conventional carpool service, a carpool provider registers carpool provision information such as its origin, departure time, and destination to the carpool server, and the carpool server registers carpool request information input from the carpool requester. Reflects and connects the carpool provider and the carpool requester. However, the conventional carpool service method is quite inconvenient in providing a carpool service by directly receiving information from both the carpool provider and the carpool requestor. In addition, since it is difficult for a carpool provider to request monetary compensation such as a grease for the carpool requester, only the voluntary participation of the carpool provider is expected for the carpool service.

The present invention has been made to solve the problems of the prior art as described above, generates carpool pattern information based on the position of the carpool provider registered in advance according to a predetermined period, and calculated by the carpool requestor An object of the present invention is to provide a carpool providing system and method for automatically matching a carpool partner by matching a location with the carpool pattern information.

According to an embodiment of the present invention, carpool pattern information is generated based on a location of a pre-registered carpool provider according to a predetermined period, and the carpool pattern information is automatically matched with the carpool pattern information by directly matching request information input from a carpool requester. An object of the present invention is to provide a carpool providing system and method for connecting partners.

According to another embodiment of the present invention, when the carpool provider and the carpool requester move in the same path, the carpool number is accumulated, and the carpool fee paid by the carpool requester is reflected to the carpool provider in consideration of the accumulated number of carpools. It aims to compensate.

In order to achieve the above object and solve the above-mentioned problems of the prior art, the carpool providing system according to an embodiment of the present invention is predetermined through the location-based service to provide information about the carpool provider to the terminal of the carpool requester. A carpool pattern information calculator configured to calculate location information of a first terminal of a carpool provider and generate carpool pattern information based on the location information of the first terminal, and correspond to the unique information of the first terminal; A database for storing a carpool request receiving unit for receiving a request for a carpool service from the carpool requester, and determining whether the carpool requester corresponds to the location information of the second terminal of the carpool requester and the carpool pattern information recorded in the database according to the request. A matching unit, and the second terminal according to the determination result to the carpool provider; Characterized in that it comprises a notification unit for transmitting one information.

The matching unit according to an embodiment of the present invention calculates the location information of the second terminal through the location based service, and determines whether the calculated location information of the second terminal corresponds to the carpool pattern information. Characterized in that.

According to an embodiment of the present invention, the carpool request receiving unit receives carpool service request information including at least one or more of departure time information, departure place information, and arrival place information in the case of the request, and the matching unit receives the reception. It is determined whether the correspondence with the carpool pattern information according to the carpool service request information.

According to an embodiment of the present invention, a carpool providing method includes calculating location information of a first terminal of a carpool provider at a predetermined period through a location-based service to provide information about a carpool provider to a terminal of a carpool requester. Generating a carpool pattern information based on location information of a terminal; storing the carpool pattern information in a database in correspondence with the unique information of the first terminal; a carpool request for receiving a request for a carpool service from the carpool requester; A reception unit, determining whether the carpool requester corresponds to the location information of the second terminal of the carpool requester and the carpool pattern information recorded in the database; and to the carpool provider to the second terminal according to the determination result. Characterized in that it comprises the step of transmitting information about.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings and the contents described in the accompanying drawings, but the present invention is not limited or limited to the embodiments.

1 is a network for implementing a carpool providing service according to the present invention.

According to the present invention, the carpool pattern information is automatically generated based on the location information of the first terminal 110 possessed by the carpool provider, and the generated carpool pattern information corresponds to the request information of the carpool requester. A carpooling service may be provided to the second terminal 120 possessed by the carpooling requester.

To this end, the carpool providing system 130 registers the carpool provision through the first terminal 110 from the carpool provider in advance. Accordingly, the carpool providing system 130 calculates first location information of the first terminal 110 at a predetermined period through the location based service system 140. The location based service system 140 calculates location information based on a base station identification signal, and a GPS (Global Position System) receiver may be used for more accurate location calculation. In addition, the carpool providing system 130 generates carpool pattern information based on the calculated first position information and stores it in a database. The carpool pattern information includes departure time information, departure place information, and arrival place information of the carpool provider, and the carpool providing system 130 automatically calculates the information using the location based service system 140. can do. For example, the carpool providing system 130 may include a time at which the first location information calculated at dawn time starts moving in the residence (departure place) of the carpool provider, a weekday morning, and a place where the movement is stopped. It can be determined as the arrival place and used as the carpool pattern information. In addition, the carpool providing system 130 further calculates information such as the carpool provider's movement route, arrival time, and travel time using the location by using the location-based service system 140 as the carpool pattern information. Can be used. The location based service system 140 may generate the carpool pattern information based on the first location information having the largest change frequency among the plurality of first location information calculated at a predetermined period for a predetermined day. For example, the location-based service system 140 collects the first location information of the carpool provider every 10 minutes for a week, compares the first location information of the same time every day, the most frequent departure place, departure time , And an arrival place can be generated as the carpool pattern information.

The carpool providing system 130 generates the carpool pattern information and stores it in a database.

Next, the carpool providing system receives the request information of the carpool service from the carpool requester through the second terminal 120. In this case, the second terminal 120 may be a computer terminal, a mobile communication terminal, a public switched telephone network (PSTN) terminal, VoIP, a session initiation protocol (SIP), a megaco, a personal digital assistant (PDA), a cellular phone, a PCS ( Personal Communication Service phone, Hand-Held PC, CDMA-2000 (1X, 3X) phone, Wideband CDMA phone, Dual Band / Dual Mode phone, GSM Standard for Mobile (MBS) phones, Mobile Broadband System (MBS) phones, or satellite / terrestrial digital multimedia broadcasting (DMB) phones may be used. For example, the carpool requester may request a carpool service by swapping the carpool providing system 130 using its mobile communication terminal. As another example, the carpool requester may access the carpool providing system 130 through the computer terminal, input a terminal number, and request a carpool service.

When the carpool providing system 130 receives the request information from the carpool requester, the carpool providing system 130 calculates the second location information of the second terminal at the predetermined period through the location based service system 140. do. In addition, if it is determined whether the calculated second location information corresponds to the carpool pattern information recorded in the database, and transmits the information about the carpool provider to the second terminal. That is, the carpool providing system 130 may include the second location information calculated at a predetermined period corresponding to the departure time of the carpool provider, corresponding to the departure place of the carpool provider, and calculated at the predetermined period of the carpool provider. When the arrival place of the carpool provider corresponds to the second location information calculated in the predetermined period, information about the carpool provider is transmitted to the second terminal.

As another example, the carpool providing system 130 receives carpool service request information including departure time information, departure place information, and arrival place information from the carpool requester, and with reference to the database, the departure time information, the The departure place information and the carpool pattern information corresponding to the arrival place information are read. In addition, the carpool providing system 130 transmits the read carpool pattern information and the information about the carpool provider to the second terminal. That is, the modified embodiment does not automatically calculate information such as departure time, departure place, and arrival place of the carpool requestor according to the request of the carpool requester, and directly receives the information from the carpool requester to the carpool pattern. Determine whether or not correspondence with information.

Receiving the information of the carpool provider, the second terminal 120 transmits a predetermined response signal to the carpool providing system 130 to register the carpool, or the phone number of the carpool provider included in the information of the carpool provider You can also request a carpool through. If the carpool requester corresponds to a plurality of carpool providers and carpool pattern information, the carpool requester may select a carpool provider by checking the information of the carpool providers and the carpool pattern information.

When the carpool is registered, the carpool providing system 130 calculates the location information of each of the carpool provider and the carpool requestor each day, and if the calculated location information coincides with moving over a certain distance by the same path at the same time, The carpool provider and the carpool requester determine that the carpool has been accumulated, and the carpool count is accumulated once. In addition, the carpool providing system 130 may calculate the carpool fee by reflecting the accumulated number of carpools each month. At this time, the carrier system 150 may allow the second terminal 120 to pay the calculated carpool fee as the communication fee. In addition, the telecommunication company system 150 may reflect the carpool fee paid by the second terminal 120 as a difference of the communication fee of the first terminal 110 or deposit it in the debit account of the carpool provider.

As a result, the carpool providing system 130 according to the present invention may conveniently and accurately match the carpool provider and the carpool requestor, thereby providing a convenient and accurate carpool service. Carpools may also be widely distributed by rewarding carpool providers with reasonable carpool rates that reflect the number of carpools.

2 is a block diagram showing the internal configuration of a carpool providing system 200 according to an embodiment of the present invention.

As shown in FIG. 2, the carpool providing system 200 includes a carpool pattern information calculating unit 210, a database 220, a carpool request receiving unit 230, a matching unit 240, a notification unit 250, and a carpool registration unit. 260, and a fee calculator 270.

The carpool pattern information calculator 210 calculates first location information of the first terminal 110 at a predetermined period through a location-based service, and generates carpool pattern information based on the calculated first location information. For the location-based service, the carpool pattern information calculator 210 interworks with a location-based service system 140 that receives a signal from a global positioning system (GPS) or a base station and calculates a location. That is, when the carpool provider is registered, the carpool pattern information calculating unit 210 requests the location based service system 140 to calculate the location of the first terminal 110 of the carpool provider. Accordingly, the location based service system 140 may control the GPS to calculate first location information according to a predetermined period of the first terminal 110 or calculate the first location information through cell information of a base station. . The location based service system 140 transmits the calculated first location information to the carpool pattern information calculator 210.

In addition, the carpool pattern information calculator 210 may calculate carpool pattern information of the carpool provider based on the first location information. For example, the carpool pattern information calculator 210 may determine the residence of the carpool provider through first location information having a large change frequency at night time. For example, the carpool pattern information calculating unit 210 determines that the carpool provider's residence is Sinchon if the first location information is calculated six times in Sinchon and once in Gangnam at night time for seven days. The residence of the carpool provider is the departure place, and a time with a high frequency of change among the times at which the movement occurs from the departure place may be determined as the departure time. Similarly, the first location information where the movement is completed may be determined as the company of the carpool provider, that is, the arrival place. As a result, the carpool pattern information calculator 210 may generate the carpool pattern information based on the departure time, the departure place, and the arrival place. In addition to the departure time, the departure place, and the arrival place, the arrival time and the moving path and the vehicle information directly input from the carpool provider may be included in the carpool pattern information.

The database 220 stores the carpool pattern information in correspondence with the unique information of the first terminal 110. The database 220 will be described in detail with reference to FIG. 3.

3 is a diagram illustrating a database 220 according to an embodiment of the present invention.

Referring to FIG. 3, the database 220 includes a carpool provider field and a carpool pattern information field. In addition, when the carpool requester and the carpool are registered, the information about the carpool requester may be further stored in correspondence with the carpool provider. That is, the database 220 further includes the carpool requestor field and the carpool count field.

The carpool provider field is personal information of the carpool provider and stores unique information of the first terminal device, a job, name, education, and vehicle of the carpool provider. For example, the carpool provider field stores the phone number (010-1111-2222) of the carpool provider for identifying the carpool provider. Next, the carpool pattern information stores the carpool pattern information calculated by reflecting the first location information of the first terminal 110 of the carpool provider. The carpool pattern information may be, for example, attendance information of the carpool provider arriving at Sinchon Station at 7:00 AM and arriving at Gangnam Station at 8:30 AM.

The carpool requestor field stores unique information about at least one carpool requestor associated with the carpool provider, and the carpool number field stores the number of carpools in which the carpool requestor and the carpool provider have carpooled. For example, the carpool requestor for the phone number '010-7777-8888' through the database 220 carpooled seven times with the carpool provider, and the carpool requester for the phone number '010-9999-0000' You can see that you carpooled four times with your provider.

In FIG. 2, the carpool request receiver 230 receives a carpool service request from the carpool requester. The carpool request receiving unit 230 may request the carpool requestor in a swap method using its mobile communication terminal or in a web method using a computer terminal. At this time, the request received by the carpool request receiver 230 includes a phone number of the mobile communication terminal of the carpool requestor.

The matching unit 240 calculates second location information of the second terminal at the predetermined period through the location-based service, and corresponds to whether the calculated second location information corresponds to the carpool pattern information recorded in the database. Judge.

Similar to the calculation of the carpool pattern information, the matching unit 240 calculates the second location information in conjunction with the location-based service system 140. In addition, it is determined whether the carpool pattern information corresponds to the calculated second location information and the calculation time of the second location information. For example, the matching unit 240 determines whether the second location information calculated at the departure time is within a predetermined distance from the departure place, and the arrival place is the carpool during a working time (eg, a day time). The correspondence may be determined by determining whether the requester is adjacent to the second location information. That is, the matching unit 240 has a difference between a first time corresponding to the departure time information and a second time at which the second location information is calculated is smaller than a threshold value, and the departure place information and the second location information are the same. In the case of location information in a cell, it is determined that the second location information corresponds to the carpool pattern information. The predetermined distance for determining whether adjacent to each other may be input from the carpool requestor.

When the second location information corresponds to the carpool pattern information, the notification unit 250 transmits information about the carpool provider to the second terminal. The notification unit 250, for example, a callback that can send a text message to the second terminal to the callback number of the carpool provider, or to register the carpool to the carpool providing system 200 A swap push message including a UAL may be transmitted to the second terminal 120.

The carpool registration unit 260 receives a carpool registration request from the user of the second terminal 120 in response to the information about the carpool provider transmitted to the second terminal 120, and receives the carpool registration request. Accordingly, the unique information of the second terminal 120 is registered in association with the unique information of the first terminal 110 in the database 220. If the notification unit 250 transmits a swap push message including the callback UE to the second terminal 120, the response to the swap push message is the carpool registration request.

The fee calculator 270 accumulates the number of carpools when the first location information and the second location information of the registered second terminal 120 move in the same path during a predetermined period before and after the departure time of the carpool provider. The carpool fee is calculated based on the accumulated number of carpools. For example, if the first location information and the second location information moved to Sinchon-Mapo-Yongsan-Hannam-Shrine-Nonhyeon-Gangnam according to the same time, the fee calculation unit 270 is the carpool provider and the The carpool requester can determine that it has carpooled. As another example, the rate calculator 270 determines that the carpool provider and the carpool requester have carpooled even when the first terminal 110 and the registered second terminal 120 perform the same handoff. can do.

In order to use the carpool providing service according to another embodiment of the present invention, the carpool requester may directly input his own departure time, departure place, and arrival place. That is, the modified embodiment may be cumbersome as there is a lot of information that the carpool requester needs to directly input, but as soon as the input is determined to correspond with the carpool provider, the processing speed may be increased.

To this end, the carpool request receiver 230 receives carpool service request information including departure time information, departure place information, and arrival place information from the carpool requester, and the matching unit 240 receives the received carpool service. According to the request information, it is determined whether there is carpool pattern information corresponding to the departure time information, the departure place information, and the arrival place information by referring to the database 220, and the corresponding carpool pattern information is read. The notification unit 250 transmits the information on the carpool provider including the read carpool pattern information to the second terminal 120. At this time, the carpool request receiving unit 230 is a carpool service request including the departure time information, the departure place information, and the arrival place information in a swap method using a mobile communication terminal of the carpool requestor or a web method using a computer terminal. Information can be received.

4 to 7 are diagrams for explaining an embodiment in which a carpool requester uses a carpool providing service through a mobile communication terminal.

Referring to FIG. 4, a user connects to the carpool providing system 200 in a swap method using the communication terminal 400, and the '1. Carpool provider 'or' 2. Carpool Requestor '. The user requests '2. carpool service'. The keypad '2' corresponding to the carpool requester 'is pushed or the input is performed through the navigation key. Referring to FIG. 5, the user selects whether to perform a carpool request automatically or manually. If the user is a carpool request '1. In case of selecting 'Auto', the user does not need to additionally input departure time information, departure place information, and arrival place information. If the manual 'is selected, the departure time information, the departure place information, the arrival place information, etc. should be directly input. That is, in Figure 5, the user is a '2. 6, the user must input a departure field 601, a departure time field 602, and a destination field 603 through the input means of the communication terminal 400. In FIG. In addition, the user may further input a period field 604 which is a field for inputting a period for which a carpool is desired in addition to the fields.

The information input in the fields is carpool service request information, which is transmitted to the carpool providing system 200, and the carpool providing system 200 refers to the database 220 to display information of a corresponding carpool provider. Transmit to communication terminal 400. Referring to FIG. 7, the communication terminal 400 receives information of a carpool provider including a phone number, a departure place, an arrival place, and a departure time and displays the information on a display device. At this time, the user may check the information of the carpool provider and call the desired carpool provider or select the desired carpool provider and request the carpool registration system 200 to register the carpool.

According to an embodiment of the present invention, the carpool providing system 200 may transmit a message to the registered carpool provider and the carpool requestor to query whether preparation for going to work is completed. Accordingly, the carpool providing system 200 may inform the carpool requester of whether the carpool provider is ready. The reverse can also be implemented.

8 is a flowchart illustrating a carpool providing method according to the present invention.

First, in step 801, the first terminal 110 registers as a carpool provider in the carpool providing system 200. Next, the carpool providing system 200 calculates first location information of the first terminal 110 registered as the carpool provider through a location based service in step 802, and in step 803, the calculated Carpool pattern information is generated based on the first location information and stored in the database.

In operation 804, the second terminal 120 receives a carpool request from a carpool requester and transmits the carpool request to the carpool providing system 200. Accordingly, in step 805, the carpool providing system 200 receives the carpool request, calculates second location information of the second terminal according to the received carpool request, and corresponds to the carpool pattern information stored in the database. Determine whether or not. As another example, the carpool providing system 200 may determine whether to match the carpool pattern information stored in the database by using a departure place, a departure time, and an arrival place directly input from the carpool requester.

Next, in step 806, when the carpool request and the carpool pattern information correspond to the matching result in step 805, the carpool providing system 200 sends the second terminal 120 to the first terminal 110. Send the information of the carpool provider accordingly. Thus, in operation 807, the second terminal 120 receives the information of the carpool provider and displays the information on the display device.

9 is a diagram for explaining a method of calculating the carpool fee.

The carpool providing system 200 receives a carpool registration request in response to the information of the carpool provider transmitted to the second terminal 120 in step 901, and according to the received carpool registration request, The carpool registration is completed by storing the information in the database (step 902). In addition, the carpool providing system 200 monitors the first location information and the location information of the registered second terminal through step 903 to determine whether the carpool has been made according to a match, and if it is determined that the carpool has been performed The number of carpools corresponding to the carpool requester is accumulated once. As a result, the carpool providing system 200 calculates a carpool fee by reflecting the number of carpools accumulated in a predetermined period in step 904.

Embodiments of the invention include a computer readable medium containing program instructions for performing various computer-implemented operations. The computer readable medium may include program instructions, data files, data structures, etc. alone or in combination. The media may be those specially designed and constructed for the purposes of the present invention, or they may be of the kind well-known and available to those having skill in the computer software arts. Examples of computer-readable recording media include magnetic media such as hard disks, floppy disks, and magnetic tape, optical recording media such as CD-ROMs, DVDs, magnetic-optical media such as floppy disks, and ROM, RAM, flash memory, and the like. Hardware devices specifically configured to store and execute the same program instructions are included. The medium may be a transmission medium such as an optical or metal wire, a waveguide, or the like including a carrier wave for transmitting a signal specifying a program command, a data structure, or the like. Examples of program instructions include not only machine code generated by a compiler, but also high-level language code that can be executed by a computer using an interpreter or the like.

As described above, the present invention has been described with reference to specific embodiments such as specific components and the like. However, various modifications and variations are possible to those skilled in the art to which the present invention pertains.

Therefore, the spirit of the present invention should not be limited to the described embodiments, and all the things that are equivalent to or equivalent to the claims as well as the following claims will belong to the scope of the present invention. .

According to the present invention, carpool pattern information is generated based on a location of a carpool provider registered in advance according to a predetermined period, and the carpool partner is automatically matched by matching the location of the carpool requester calculated with the predetermined period and the carpool pattern information. A carpool providing system and method for connecting can be provided.

According to the present invention, carpool pattern information is generated based on a location of a pre-registered carpool provider according to a predetermined period, and the carpool that automatically connects carpool partners by matching request information input directly from the carpool requester with the carpool pattern information. Providing systems and methods can be provided.

According to the present invention, when the carpool provider and the carpool requester move in the same path, the carpool number may be accumulated, and the carpool fee paid by the carpool requester may be compensated to the carpool provider by reflecting the accumulated number of carpools.

By automatically calculating the number of carpools of the carpool requestor and adding the carpool fee reflecting the calculated carpool count to the communication fee, the carpool requester can conveniently and accurately induce the payment of the carpool fee.

Claims (15)

Carpool to periodically calculate the location information of the first terminal of the carpool provider using the location-based service, and generates carpool pattern information including the movement path of the first terminal based on the calculated position information of the first terminal A pattern information calculator; A database for storing the generated carpool pattern information in correspondence with the unique information of the first terminal; A matching unit determining whether a location of the second terminal of the carpool requester corresponds to the carpool pattern information in the database when the carpool request is received from the carpool requester; And And a notification unit for transmitting the unique information of the first terminal corresponding to the carpool pattern information to the second terminal when the location information of the second terminal and the carpool pattern information correspond to the determination result. Carpool providing system comprising a. The method of claim 1, The matching unit, Carpool providing system, characterized in that for calculating the location information of the second terminal through the location-based service. The method of claim 1, Carpool request receiving unit for receiving carpool service request information including at least one of departure time information, departure place information, or arrival place information More, The matching unit, And determining whether the received carpool service request information corresponds to the carpool pattern information. The method of claim 1, The carpool pattern information, Carpool providing system comprising at least one of departure time information, departure place information, or arrival place information of the carpool provider. The method of claim 1, The carpool pattern information includes information about the departure time and departure place of the carpool provider, The matching unit, When the difference between the departure time and the time when calculating the position information of the second terminal is smaller than the threshold value, and the position of the departure place and the second terminal is less than a certain distance, And determining that the location information of the second terminal corresponds to the carpool pattern information. The method of claim 1, wherein the carpool pattern information calculation unit, And the carpool pattern information is determined by reflecting a change frequency of location information of the first terminal. The method of claim 1, A carpool that receives a carpool registration request from the carpool requester in response to the information about the carpool provider and registers the unique information of the second terminal in the database in association with the unique information of the first terminal according to the carpool registration request; register Carpool providing system, characterized in that it further comprises. The method of claim 7, wherein Rate calculation unit for accumulating the number of carpools according to whether or not the location information of the registered second terminal matches the location information of the first terminal, and calculates the carpool fee based on the accumulated number of carpools Carpool providing system, characterized in that it further comprises. The method of claim 8, And the calculated carpool fee is added to the call fee of the second terminal. The method of claim 1, The first terminal or the second terminal is a computer terminal, mobile communication terminal, public switched telephone network (PSTN) terminal, VoIP, Session Initiation Protocol (SIP), Megaco, Personal Digital Assistant (PDA), cellular phone, PCS (Personal) Communication Service Phones, Hand-Held PCs, CDMA-2000 (1X, 3X) Phones, Wideband CDMA Phones, Dual Band / Dual Mode Phones, GSM (Global Standard) Carpool providing system, characterized in that any one of the mobile phone, Mobile Broadband System (MBS) phone, or satellite / terrestrial digital multimedia broadcasting (DMB) phone. Carpool to periodically calculate the location information of the first terminals of the carpool providers using the location-based service, and generates carpool pattern information including the movement path of the first terminal based on the calculated position information of the first terminals A pattern information generator; A database for storing the generated carpool pattern information in correspondence with the unique information of the first terminal; A matching unit that determines whether a carpool service request is received from a carpool requester, whether the location information of the second terminal of the carpool requester corresponds to the carpool pattern information in the database; And As a result of the determination, when the location information of the second terminal and the at least one carpool pattern information correspond, the unique information of the first terminal corresponding to the at least one carpool pattern information is transmitted to the second terminal. Notification Carpool providing system comprising a. Periodically calculating location information of a first terminal of a carpool provider using a location-based service, and generating carpool pattern information including a movement path of the first terminal based on the calculated location information of the first terminal; ; Storing the generated carpool pattern information in a database corresponding to the unique information of the first terminal; When receiving a request for a carpooling service from a carpool requester, determining whether the location information of the second terminal of the carpooling requester corresponds to the carpool pattern information in the database; And If the position information of the second terminal corresponds to the carpool pattern information, transmitting the unique information of the first terminal corresponding to the carpool pattern information to the second terminal; Carpool providing method comprising a. The method of claim 12, Receiving a carpool registration request from the carpool requester in response to the information about the carpool provider; And Registering the unique information of the second terminal in the database in association with the unique information of the first terminal according to the carpool registration request; Carpool providing method characterized in that it further comprises. The method of claim 13, Accumulating the number of carpools according to whether the location information of the registered second terminal is identical to the location information of the first terminal; And Calculating a carpool fee based on the accumulated number of carpools Carpool providing method characterized in that it further comprises. A computer-readable recording medium having recorded thereon a program for executing the method of claim 12.

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