KR20060044074A - Method and system for providing bus information by using glodbal positioning system - Google Patents

Abstract

The present invention relates to a method and system for providing a bus service information service using GPS mounted on a bus.

In a mobile communication terminal using a content service in a LBS (Location Based Serivce) system using a GPS (Global Positioning System) mounted on a bus, dialing is provided with a plurality of numeric keys, text keys, call keys, and end keys. Or a key input unit providing a key selection function for menu selection, call termination, and command input; A display unit displaying an SMS message received from a bus boarding notification server through a mobile communication network on the mobile communication terminal; A memory for storing a bus arrival time notification program for controlling data communication with the bus boarding notification server; And attempting to connect to the wireless Internet, input user information through the key input unit, and transmit the user information to the bus boarding notification server, calculate bus service information data from the bus boarding notification server, and input the data from the mobile communication terminal. The display unit receives the bus driving information data from the bus boarding notification server through the mobile communication network when a bus including the bus driving information data corresponding to the user information is found by searching for the user information stored in the boarding notification server. It provides a mobile communication terminal for providing a bus operation information service using a GPS mounted on a bus, characterized in that it comprises a microprocessor for controlling the bus arrival time notification program output to.                 

According to the present invention, when the mobile communication terminal user has a commute time, an important appointment, etc., the bus allocation interval is incorrect, so that the user can eliminate the waiting time at the bus stop for a long time.

Short text, text message, SMS. Bus, GPS

Description

Method and System for Providing Bus Operation Information Service Using JPPS {Method And System for Providing Bus Information by Using Glodbal Positioning System}

1 is a view showing a schematic configuration of a bus driving information service system using GPS mounted on a bus according to a preferred embodiment of the present invention;

2 is a block diagram showing an internal configuration of a mobile communication terminal according to an embodiment of the present invention;

3 is a flowchart illustrating a method of providing a bus driving information service using a GPS mounted on a bus according to an exemplary embodiment of the present invention.

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

100: mobile communication network 110: wireless access network

111: base station transmitter 112: base station controller

120: mobile communication exchange station 130: mobile communication terminal

140: GPS satellites 150: bus

160: location determination server 170: bus ride notification server

180: SMS Center 200: Flash Memory

210: EEPROM 220: ROM                 

230: microprocessor 240: key input unit

250: display unit 260: digital signal processing unit

270: baseband converter 280: speaker

290: microphone 291: antenna

292 RF signal processing unit

The present invention relates to a method and system for providing a bus service information service using GPS. In more detail, the user of the mobile communication terminal inputs user information such as bus number to be boarded, boarding place, and available time of travel through the mobile communication network, and stores the information in the bus information providing server and searches for bus information corresponding to the previously stored user information. When there is a corresponding bus, the information providing server relates to a method and system for providing a bus operation information service using a GPS that receives and displays bus information as an SMS message in a time range set by a mobile terminal user. will be.

In recent years, the penetration rate of private cars has increased significantly due to the improvement of the overall income level, but the dependence on public transportation, especially buses, trains and railways, is still high.

Among them, unlike trains and railways, buses are difficult to keep time exactly due to traffic congestion, and passengers often wait for a certain time at bus stops.

Waiting for a long time is very painful for passengers when the weather is very cold or when an important appointment is set, and it is impossible to accurately predict the arrival time of the bus stop. Because it is difficult to judge, not only wasting time unnecessarily, but also very tired physically.

Therefore, in order to solve this problem, recently, a service for informing an SMS message through a mobile communication network of a current location of a desired bus and a stop arrival time has been provided.

However, since the bus service information service is provided in a pull method, the user of the mobile terminal needs to select a menu to access the mobile communication network, and inquires the current position of the bus and the arrival time of the bus through several key operations. Inconvenience due to connection and inquiry time.

In addition, when the user of the mobile communication terminal queries the bus to be boarded much earlier than the boarding time, there is a problem that an error range of the actual bus arrival time may be increased.

In order to solve this problem, the bus service information service system of the present invention provides an SMS from the bus information providing server only in a time range in which the mobile communication user wants to receive bus information such as a bus, a desired stop, and a bus passing time. The purpose is to receive and display a message transmitted to the mobile communication terminal.

In order to achieve this object, the present invention provides a plurality of numeric keys, character keys, and call keys in a mobile communication terminal using a content service in a LBS (Location Based Serivce) system using a Global Positioning System (GPS) mounted on a bus. And a key input unit including an end key and providing a key selection function for dialing or menu selection, call termination, and command input; A display unit displaying an SMS message received from a bus boarding notification server through a mobile communication network on the mobile communication terminal; A memory for storing a bus arrival time notification program for controlling data communication with the bus boarding notification server; And attempting to connect to the wireless Internet, input user information through the key input unit, and transmit the user information to the bus boarding notification server, calculate bus service information data from the bus boarding notification server, and input the data from the mobile communication terminal. The display unit receives the bus driving information data from the bus boarding notification server through the mobile communication network when a bus including the bus driving information data corresponding to the user information is found by searching for the user information stored in the boarding notification server. It provides a mobile communication terminal for providing a bus operation information service using a GPS mounted on a bus, characterized in that it comprises a microprocessor for controlling the bus arrival time notification program output to.                     

In addition, according to another object of the present invention, in the system for providing a bus operation information service using a GPS (Global Positioning System) mounted on the bus, receiving the position information of the bus from the bus location data of the bus A location determination server for calculating and transmitting the location data to a mobile communication network; A mobile communication terminal which inputs user information and transmits it to the mobile communication network and receives and displays bus operation information data as an SMS message from the bus boarding notification server through an SMS center; And receiving the location data from the positioning server, updating the current location of the bus, calculating the transit time of the bus for each bus stop using the location data, and using the calculated transit time to operate the bus. A bus for calculating information data and searching for the user information input and stored in the mobile communication terminal and transmitting the bus operation information data to the SMS center when there is a bus including the bus operation information data corresponding to the user information. It provides a system for providing a bus driving information service using a GPS mounted on a bus, comprising a boarding notification server.

In addition, according to another object of the present invention, in a mobile communication system including a mobile communication terminal, a location determination server, a bus ride notification server using a GPS (Global Positioning System) method to provide a bus operation information service, ( a) receiving and storing a time range from which the user of the mobile communication terminal wants to receive an SMS message from the bus boarding notification server; (b) receiving user information from the mobile communication terminal and storing the user information; (c) receiving the position data of the bus currently in operation from the positioning server included in the mobile communication system and updating the current position of the bus in real time; (d) calculating a bus transit time for each bus stop using the location data; (e) calculating bus service information data using the calculated bus passing time and searching for the pre-stored user information to check whether a bus including the bus service information data corresponding to the user information exists; (f) transmitting the bus service information data to the mobile communication terminal through the SMS center to the mobile station when there is the bus service information data that matches the user information; And (g) displaying the transmitted SMS message on the mobile communication terminal using a GPS method in a mobile communication system including a mobile communication terminal, a location determination server, and a bus boarding notification server. It provides a method for providing a bus service information service.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings. First, 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 addition, in describing the present invention, when it is determined that the detailed description of the related well-known configuration or function may obscure the gist of the present invention, the detailed description thereof will be omitted.

1 is a diagram illustrating a schematic configuration of a bus driving information service system using a GPS mounted on a bus according to an exemplary embodiment of the present invention.                     

1 illustrates an IS-95C mobile communication network including a wireless Internet as an example, but is not limited thereto. Among the terminals, such as an IMT-2000 mobile communication network, a W-CDMA mobile communication network, a mobile Internet network, and the like. It should be understood as a broad concept that encompasses any mobile network that mediates wireless data.

As shown in FIG. 1, a system for providing bus service information service using a GPS mounted on a bus according to an exemplary embodiment of the present invention includes a mobile communication network 100, a wireless access network 110, and a base station transmitter 111. , Base station controller 112, mobile communication switching center 120, mobile communication terminal 130, GPS satellite 140, bus 150, location determination server 160, bus boarding notification server 170, SMS center ( 180) and the like.

The mobile communication network includes a wireless access network 110, a mobile communication switching center 120 and the like.

The wireless access network 110 includes a base station transmission system (BTS) 111, a base station controller (BSC) 112, and a repeater (Cell Enhancer) (not shown). Here, the base station transmitter 111 performs functions such as radio interface processing, frequency conversion, channel resource, and radio frequency (RF) resource management, and the location of the mobile communication terminal 130 and the bus existing in the cell area under its control Perform location registration to figure out. The base station controller 112 controls and manages a plurality of base station transmitters 111 while performing functions such as voice data compression, handoff control, power control, echo cancellation, and matching with the mobile communication switching center 120 / data core network. do.                     

The mobile telecommunication switching center 120 has a control function for enabling wireless base stations to operate efficiently and an interworking function with an exchange in a public telephone network, and processes basic and additional services, incoming and outgoing call processing of subscribers, and location registration procedures. And handoff procedure processing, interworking with other networks, and the like. In addition, the mobile communication switching center 120 is connected to the bus boarding notification server 170 so that the mobile communication terminal 130 can wirelessly access the bus boarding notification server 170.

On the other hand, the base station transmitter 111 and the base station controller 112 according to the embodiment of the present invention has a configuration capable of supporting both a synchronous mobile communication system and an asynchronous mobile communication system.

Here, in a synchronous mobile communication system such as CDMA 2000 1X, CDMA 2000 1x Evolution-Data Only (EV-DO), the base station transmitter 111 is a base transceiver station (BTS), and the base station controller 112 is a base station BSC (base station). Controller.

In addition, in an asynchronous mobile communication system such as WCDMA, the base station transmitter 111 is a radio transceiver subsystem (RTS) and the base station controller 112 is a radio network controller (RNC).

Of course, the base station transmitter 111 and the base station controller 112 according to the embodiment of the present invention are not limited thereto, and may include an access network of a GSM network and a fourth generation mobile communication system to be implemented in the future. .

The mobile switching center 120 (MSC: Mobile Switching Center) has a control function to enable the wireless base stations to operate efficiently and the interworking function with the electronic switch installed in the Public Switched Telephone Network (PSTN).

The mobile switching center 120 receives data or a message transmitted from the bus terminal through the base station controller 112 and transmits the data or message to the positioning server 160.

The mobile communication switching center 120 performs basic and additional service processing, incoming and outgoing call processing of a subscriber, location registration procedure and handoff procedure, and interworking with other networks.

The mobile communication switching center 120 according to the embodiment of the present invention may support both the IS (Interim Standard) -95 A / B / C system and the third and fourth generation mobile communication networks 100.

The mobile communication terminal 130 is connected to the mobile communication network 100, has a menu for providing bus service information service, and provides user information (ie, bus number to be boarded and place to board) from the user of the mobile communication terminal 130. (Stop), time available for boarding) is transmitted to the bus boarding notification server 170 through the mobile communication network (100). In addition, the mobile communication terminal 130 receives the bus operation information data from the bus information notification server 170 through the SMS center 180 as an SMS message using the mobile communication network 100 on the mobile communication terminal 130. Will be displayed. The bus operation information data includes a bus number, a bus stop, a bus passing time of each stop, the number of buses, and the like.

GPS (referred to as Global Positioning System) is a satellite used to determine the location of a bus terminal (not shown), and the navigation data necessary for position calculation is continuously transmitted to the bus terminal through a carrier wave. It consists of 24 satellites, which are used for navigation, of which 21 are reserved. Here, the bus terminal includes a GPS receiver (not shown), a wireless transceiver (not shown), and the like.

The bus 150 receives the position information from the GPS satellite 140 through the GPS receiver and transmits the position information of the current bus to the positioning server 160 through the mobile communication network 100 using a wireless transceiver (not shown). Function to transmit.

The location determination server 160 periodically receives bus location information from the bus 150 through the mobile communication network 100, calculates location data, and transmits the location data to the bus boarding notification server 170 through the mobile communication network 100. Do it.

The bus boarding notification server 170 is a content provider (CP) server that provides a bus service information service to the mobile terminal 130, and the mobile terminal 130 by a program installed in the bus boarding notification server 170. User information transmitted by the user through the mobile communication network 100 is stored, and the location data of the currently operating bus is transmitted from the positioning server 160 through the mobile communication network 100 to periodically update the current location of the bus. In addition, the transit time of the bus 150 is calculated in real time for each bus stop using the location data. In this case, the user information includes a bus number to be boarded by the mobile terminal user, a place to board (stop), and a time to be boarded. ~ 3:10, etc.) can be set.

In addition, the bus boarding notification server 170 stores bus information such as a bus line, a bus number, a bus dispatch interval, and a bus passing time for each stop in a service information database.

Therefore, the bus boarding notification server 170 compares the trend of the bus passing time of each bus stop calculated in real time with the trend of bus passing time of each bus stop stored in the operation information database and matches the mobile communication terminal among user information. The bus number to be boarded by the user is searched for the bus to be boarded and the bus passing time is calculated through the operation information database.

If there is a bus whose calculated bus pass time matches the time that the mobile terminal user wants to ride among the user information inputted and stored, the mobile terminal user is provided with matching bus information (ie, bus number, stop bus arrival time, etc.). The SMS is transmitted to the mobile communication terminal 130 in the form of an SMS message.

If it does not match the trend of the bus passing time of each bus stop calculated in real time by the bus boarding notification server 170 and the trend of the bus passing time of each bus stop stored in the operation information database, the operation information database The bus passing time is calculated by adding and subtracting the error range from the bus passing time of the stored bus stop by the mobile communication terminal user.

If there is a bus whose calculated bus pass time matches the time that the mobile terminal user wants to ride among the user information inputted and stored, the mobile terminal user is provided with matching bus information (ie, bus number, stop bus arrival time, etc.). The SMS message is transmitted to the mobile communication terminal 130 in the form of an SMS message or the like.

The bus boarding notification server 170 calculates a bus passing time arriving at the stop where the mobile communication terminal user will board using a driving information database, and the bus passing time calculated by the mobile communication terminal user inputs and stores the user information stored in the bus information. If there is no bus coinciding with the time required, the mobile communication terminal user transmits an SMS message to the mobile communication terminal 130 indicating that there is no bus arriving at the time to be boarded.

When the bus boarding notification server 170 transmits bus information (ie, bus number, bus stop, bus arrival time, etc.) as an SMS message to the mobile communication terminal 130 through the mobile communication network 100, the mobile communication terminal user sends an SMS message. After specifying the desired time range to receive the message in advance and storing it in the bus ride notification server 170, the bus ride notification server 170 searches for the stored time range so that the SMS message is transmitted only when the time range is satisfied. To control.

The SMS center 180 converts the bus information (ie, the bus number, the stop, the bus arrival time, etc.) from the bus boarding notification server 170 into an SMS message and executes a service for transmitting to the mobile communication terminal 130.

2 is a block diagram showing an internal configuration of a mobile communication terminal according to a preferred embodiment of the present invention.

The mobile communication terminal 130 according to the preferred embodiment of the present invention includes a flash memory 200, an EEPROM 210, a ROM 220, a microprocessor 230, a key input unit 240, Including the display unit 250, the digital signal processor 260, the baseband converter 270, the speaker 280, the microphone 290, the antenna 291, the RF signal processor 292, and the like. It is composed.

The flash memory 200 includes an operating system (OS) software having a real-time processing function for the operation of the mobile communication terminal 130 and call processing software for processing functions related to call processing. Is stored, and a bus arrival time notification program according to an embodiment of the present invention is stored.

The bus arrival time notification program provides a menu for providing a corresponding service when the user of the mobile communication terminal 130 wants to use the bus operation information service, and the bus number, through the key input unit 240, to the mobile communication terminal 130. The user inputs information such as a place to ride and a time to ride, and sends the same to the bus boarding notification server 170. The bus boarding notification server 170 calculates bus service information data and retrieves user information pre-stored in the bus boarding service server 170 inputted from the mobile communication terminal 130 to match the bus service information data with the user information. If there is a bus operation information data is received through the mobile communication network 100 and performs a function to control to output to the display unit 250.

On the other hand, the bus arrival time notification program may be mounted in the flash memory 200 in the production stage of the mobile communication terminal 130, or may be downloaded and mounted on the mobile communication service provider server through a wireless Internet connection.

EEPROM (210) is a non-volatile memory that can be electrically erased or stored again, the storage data such as NAM (Number Assignment Module) parameters, telephone numbers, names, short messages, etc. are recorded.                     

The ROM 220 stores variable or state information of a program generated in connection with driving various software, such as a bus arrival time notification program installed in the flash memory 200.

The microprocessor 230 controls the overall operation of the mobile communication terminal 130 itself so that the communication protocol is processed according to a predetermined protocol of network transmission and reception data. In particular, when the menu for providing bus service information service to the mobile communication terminal 130 is selected, the microprocessor 230 drives the bus arrival time notification program to send SMS via the mobile communication network 100 from the bus boarding notification server 170. The message is received and output to the display unit 250. In addition, the microprocessor 230 inputs user information input from the mobile communication terminal 130 to store user information (bus number to be boarded, a place to board (stop), a boarding time) in the bus boarding notification server 170. The data is transmitted to the baseband converter 270.

The key input unit 240 includes a plurality of numeric keys, character keys, call keys, and end keys to provide a key selection function for dialing, menu selection, call termination, and command input.

The display unit 250 displays the overall operating state of the mobile communication terminal 130 including power usage, radio wave reception intensity, date and time, and is received through the mobile communication network from the bus boarding notification server 170. It displays SMS messages.

The digital signal processor 260 (DSP: Digital Signal Processor (DSP)) is an audio data processing function that encodes or decodes audio data exchanged with the baseband converter 270. The digital signal processing processor performs an equalization function for noise reduction of multipath. In addition, the digital signal processor 260 receives the received message data RX DATA from the baseband converter 270.

The baseband converter 270 converts a signal transmitted / received with the speaker 280, the microphone 290, and the RF signal processor 292 into a baseband signal, and performs digital-to-analog conversion and analog-digital conversion processing. And so on. Accordingly, the baseband converter 270 converts the audio data received from the DSP 260 into an audio signal and outputs the audio signal to the speaker 280, or converts the audio signal input from the microphone 290 into audio data and converts the audio data into a DSP. 260).

In addition, the baseband converter 270 converts the transmission message data TX DATA input from the microprocessor 230 into a transmission message signal TXIQ and outputs it to the RF signal processor 292 or the RF signal processor 292. The received message signal RXIQ, which is inputted from the RXQ, is converted into the received message data RX DATA and output to the DSP 260. The baseband converter 270 automatically controls a gain for the power POWER of the RF signal processor 292 (AGC).

The speaker 280 outputs an audio signal output from the baseband converter 270 as an audible sound, and converts a microphone 290 voice input into an audio signal.

The antenna 291 transmits an RF signal to the air, or transmits an RF signal received from the air to the RF signal processor 292.

The RF signal processor 292 converts a transmission message signal into a radio frequency (RF) signal and outputs it to the antenna 291, or converts an RF signal applied from the antenna 291 into a reception message signal RXIQ. Output to the baseband converter 270.

3 is a flowchart illustrating a method of providing a bus driving information service using a GPS mounted on a bus according to an exemplary embodiment of the present invention.

The user of the mobile communication terminal 130 who wants to use the bus service information service connects to the wireless Internet (Nate, etc.) provided in the mobile communication terminal 130, and selects a menu providing the bus service information service.

The bus boarding notification server 170 receives and stores a time range in which the mobile communication terminal user wants to receive an SMS message from the mobile communication terminal 130 in order to transmit the bus service information service to the SMS message (S300).

The bus boarding notification server 170 receives and stores user information (that is, a bus number, a bus stop, and a time to be boarded) from the mobile communication terminal 130 to service the bus information (S302). The bus boarding notification server 170 receives the location data of the currently running bus from the location determination server 160 provided in the mobile communication system and periodically updates the current location of the bus in real time (S304). The bus boarding notification server 170 calculates a bus passing time of each bus stop using the current position data of the bus (S306). Computation of the bus passing time at each calculated bus stop and the bus passing time at each bus stop in the pre-stored bus operation information database, if there is a matching bus, the user information received from the mobile communication terminal 130 and stored The bus number to be boarded, the place to be boarded (stop), and the time at which the boarding can be searched is checked to see if there is a bus number desired by the mobile communication terminal user, a desired stop, and a bus arriving at the time to be boarded (S308). If there is a matching bus 150 as a result of the inspection, the mobile communication terminal user stored in step S300 checks a time when the bus information is desired to be transmitted (S310). If there is no matching bus 150 as a result of the test, the mobile communication terminal user transmits a message to the mobile communication terminal 130 that there is no bus 150 arriving at the time that the user wants to ride (S316). If the user of the mobile terminal corresponds to the time when the user wants to receive bus information, the bus boarding notification server 170 transmits an SMS message through the SMS center (ie, bus number, stop bus arrival time, etc.) (S312). . The sent SMS message is displayed on the mobile communication terminal 130 (S314). The user of the mobile communication terminal may trust the bus information received from the bus boarding notification server 170 and move to the bus boarding place in time.

The above description is merely illustrative of the technical idea of the present invention, and those skilled in the art to which the present invention pertains may make various modifications and changes 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, when the mobile communication terminal user has a commute time, an important appointment, etc., the bus allocation interval is inaccurate, thereby eliminating the long waiting time at the bus stop to board the bus.

In addition, the bus operation information service of the present invention in order to use the bus operation information service by the mobile communication terminal by informing the mobile communication terminal to the mobile terminal by SMS message in the time range desired by the mobile terminal user in a push (Push) method There is an effect that can eliminate unnecessary time due to access and search at the end of the mobile communication.

In addition, the bus operation information service system periodically updates the location information of the bus and calculates bus information by using the updated location information, so that the bus information is generated when the mobile terminal user inquires the bus information much earlier than the boarding time. It is effective to reduce the margin of error with the actual bus arrival time.

Claims (14)

A mobile communication terminal using a content service in a location based service (LBS) system using a global positioning system (GPS) mounted on a bus, A key input unit including a plurality of numeric keys, character keys, call keys, and end keys to provide a key selection function for dialing, menu selection, call termination, and command input; A display unit displaying an SMS message received from a bus boarding notification server through a mobile communication network on the mobile communication terminal; A memory for storing a bus arrival time notification program for controlling data communication with the bus boarding notification server; And Attempts to connect to the wireless Internet, inputs user information through the key input unit, transmits the information to the bus boarding notification server, calculates bus service information data from the bus boarding notification server, and inputs the bus to the bus terminal. Search for the user information stored in the notification server, and when there is a bus including the bus service information data corresponding to the user information, the bus service information data is transmitted from the bus boarding inform server through the mobile communication network to the display unit. A microprocessor controlling the output bus arrival time notification program A mobile communication terminal for providing a bus operation information service using a GPS mounted on a bus comprising a. The method of claim 1, The user information includes a bus driving information service using a Global Positioning System (GPS) mounted on a bus, characterized in that it includes a bus number to be boarded by the user of the mobile communication terminal, a boarding place (stop), and a time at which the user can board the bus. Providing mobile communication terminal. The method of claim 1, The bus service information service provides a bus service information service using a Global Positioning System (GPS) mounted on a bus, wherein the bus service information service is provided to the mobile communication terminal in a push method. The method of claim 1, The bus service information data provides a bus service information service using a GPS mounted on a bus, comprising a bus number, a bus stop, a bus transit time, and a number of buses passing through. In the system for providing bus operation information service using a GPS (Global Positioning System) mounted on the bus, A location server for receiving location information of the bus from the bus, calculating location data of the bus, and transmitting the location data to a mobile communication network; A mobile communication terminal which inputs user information and transmits it to the mobile communication network and receives and displays bus operation information data as an SMS message from the bus boarding notification server through an SMS center; And Receiving the location data from the positioning server, updating the current location of the bus, calculating the transit time of the bus for each bus stop using the location data, and using the calculated transit time, the bus operation information The bus ride which calculates data, retrieves the stored user information input from the mobile communication terminal, and transmits the bus service information data to the SMS center when there is a bus including the bus service information data corresponding to the user information. Notification server System for providing a bus operation information service using a GPS mounted on a bus comprising a. The method of claim 5, wherein And the user information includes a bus number to which the user of the mobile communication terminal boards, a place to board (stop), and a time at which the user can board the bus. The method of claim 5, wherein And the bus service information data includes a bus number, a bus stop, a bus transit time, and the number of buses passing through. The method of claim 5, wherein The bus boarding notification server receives the location data from the location determination server, updates the current location of the bus, calculates a passing time of the bus at each bus stop using the location data, and calculates the calculated passing time. The bus service information data is calculated using the bus service information data and the bus service information data is searched for when the bus including the bus service information data corresponding to the user information exists. A system for providing bus operation information service using GPS mounted on a bus, characterized in that a program for transmitting a function to a center is mounted. A method for providing bus service information service using a Global Positioning System (GPS) method in a mobile communication system including a mobile communication terminal, a positioning server, and a bus boarding notification server, (a) receiving and storing a time range from which the user of the mobile communication terminal wants to receive an SMS message from the bus boarding notification server; (b) receiving user information from the mobile communication terminal and storing the user information; (c) receiving the position data of the bus currently in operation from the positioning server of the mobile communication system and updating the current position of the bus in real time; (d) calculating a bus transit time for each bus stop using the location data; (e) calculating bus service information data using the calculated bus passing time and searching for the pre-stored user information to check whether a bus including the bus service information data corresponding to the user information exists; (f) transmitting the bus service information data to the mobile communication terminal through the SMS center to the mobile station when there is the bus service information data that matches the user information; And (g) displaying the transmitted SMS message on the mobile communication terminal; A method of providing a bus service information service using a GPS method in a mobile communication system comprising a mobile communication terminal, a location determination server, and a bus ride notification server. The method of claim 9, The user information includes a mobile communication terminal, a location determination server, and a bus boarding notification server, characterized in that it includes a bus number to be boarded by the user of the mobile communication terminal, a place to board (stop), and a boarding time. To provide a bus service information service using a GPS method in a network. The method of claim 9, The bus operation information data includes a bus number, a stop, a bus passing time, and a number of buses passing through, using a GPS method in a mobile communication system including a mobile communication terminal, a positioning server, and a bus boarding notification server. To provide bus service information service. The method of claim 9, The location determination server is a mobile communication terminal, location server, bus, characterized in that the operation information database of the pre-stored bus route, bus number, bus interval, bus stop time, first train, last train time is configured for each stop A method of providing a bus service information service using a GPS method in a mobile communication system including a boarding notice server. The method of claim 9, Step (e), (e1) comparing the bus ride time with each bus stop in the service information database pre-stored based on the bus pass time at each bus stop calculated by the bus boarding notification server; (e2) calculating a time that the bus passes to the boarding point (stop) of the user information using the driving information database when the comparison result of step (e1) matches; And (e3) checking whether there is the bus that matches the rideable time in the user information by using the calculated time A method of providing a bus service information service using a GPS method in a mobile communication system comprising a mobile communication terminal, a location determination server, and a bus ride notification server. The method of claim 9, wherein in step (a), The bus boarding notification server transmits the SMS message to the mobile communication terminal within the time range specified by the mobile communication terminal user. A method of providing bus service information service using a GPS method in a system.

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