KR20080002360A - Alerting service system and method for subway destination using mobile terminal - Google Patents

Abstract

A mobile destination alarm service system using a wireless terminal and a method therefor are provided to notify a user of desired destination through a WiBro(Wireless Broadband Internet) terminal, once the portable Internet user using a subway or a bus inputs the desired destination to the WiBro terminal, thus the user can exactly get off at a transfer station or an arrival station. A mobile information service server(14) calculates the first optimal bus service route information based on departure according to departure information and destination information, sends the calculated information to a wireless terminal, and transmits a bus stop information delivery command to a small-sized base station(15) of a bus stop if mobile entrance information is received from a bus stop server(22). A sensor(21) senses entrance of a mobile. The bus stop server(22) transmits the mobile entrance information if the mobile's entrance is sensed. The base station(15) delivers self bus stop information within a predetermined communication area according to the bus stop information delivery command.

Description

Mobile destination alarm service system using wireless terminal and method thereof {Alerting service system and method for subway destination using mobile terminal}

1 is a configuration example of a portable Internet system to which the present invention is applied;

2 is a configuration diagram of an embodiment of a mobile destination alarm service system according to the present invention;

3 is a flowchart illustrating an exemplary embodiment of a moving object alarm method according to the present invention.

* Explanation of symbols on the main parts of the drawing

11: Mobile Internet (WiBro) terminal 12,13: Wireless access device (RAS)

14 subway information service server (SIS) 15 small base station

21: sensor 22: reverse server

The present invention relates to a mobile destination alarm service system and a method using a wireless terminal, and a computer-readable recording medium recording a program for realizing the method, and more particularly, to a portable Internet using a subway, a bus or the like ( WiBro) A mobile destination alarm service system and method using a wireless terminal, which can notify an alarm through a WiBro terminal at a desired destination when a user inputs a desired destination to a WiBro terminal, and to realize the above method. The present invention relates to a computer-readable recording medium having recorded thereon a program.

As is known, in the case of a general city bus, the announcement to the station can be output by the operation of the bus driver while the passenger is on board to the corresponding destination.

In addition, in the case of the subway, just like a regular city bus, the station name and the connecting route for the station, and the position of the door to be dismissed are broadcast just before the stop at the subway station.

In addition, in the case of the subway, text guide service is provided in addition to the voice announcement, and when the subway is close to the station, the character service such as the station name and connection line, the position of the door to be dropped, and the advertisement for the station is LED panel. It is output through.

 However, in the case of transportation with multiple stops such as city buses and subways, it will be delivered to passengers who frequently listen to the announcements in the car in order to get off at desired stations or stops. If you are in bed, talking to others, or reading a book, you often pass the transit station (or station) or the arrival station (/ station) without knowing the contents of the announcement, causing inconvenience to the city bus or subway passengers. There was a problem.

For reference, as an example of the prior art related to the present invention, "Passenger loading / unloading information input / output device for a transportation means (Korean Patent Laid-Open Publication No. 1999-0068664, 1999. 09. 06 publication)" (hereinafter, referred to as 'first prior art') The first prior art provides a destination arrival signal to the passenger selectively when the passenger enters the passenger information prior to boarding and arrives at the corresponding destination. However, since the first prior art is based on a ticket in which a bar code is recorded, the present invention differs in the field of application and service procedure from the present invention which informs the destination information according to the characteristics of the portable Internet.

As another example, "a station notification system and a portable notification device and a notification method using the same (Korean Patent Publication No. 2001-89959, published on October 17, 2001)" (hereinafter referred to as 'second prior art') exist. According to the second prior art, when the station reaches the station set by the alarm setter, the station notification device operates to notify the alarm setter. However, according to the second prior art, when the alarm setter carries a separate station notification device to set an alarm for the station and the corresponding station is called, the station notification device recognizes the voice and generates an alarm. Therefore, in order to receive the station notification service of the second prior art, the alarm setter must have a separate station notification device.

As another example, there is a "vehicle destination guidance system (Korean Patent Publication No. 2002-0056391, published on July 10, 2002)" (hereinafter referred to as 'third prior art'), the third prior art is Bluetooth By using the technology, passengers who have products such as a mobile terminal equipped with a Bluetooth function can connect with Bluetooth (BT) such as a subway station installed in a subway or a train car, and set the input and time of the destination in advance. Guide them to get off correctly without passing the transit or arrival station. However, in order to receive the vehicle destination guidance service of the third prior art, a user must have a terminal equipped with a Bluetooth receiver.

Therefore, there is an urgent need for a method of receiving an alarm service for a desired subway station or a station by simply transmitting and receiving data without a separate GPS receiver or a Bluetooth receiver mounted on a terminal.

The present invention has been proposed to solve the above problems, in particular, when a WiBro user using a subway, a bus, etc. inputs a desired destination to a WiBro terminal, he informs of an alarm through a WiBro terminal at a desired destination. It is an object of the present invention to provide a mobile destination alarm service system using a wireless terminal and a method thereof, and a computer-readable recording medium storing a program for realizing the method.

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

In the present invention for achieving the above object, in the mobile destination alarm service system, based on the starting point and destination information input through the wireless network to calculate the optimal route information of the center of origin and transmit to the wireless terminal through the wireless network; A mobile information service server for transmitting a stop information transmission command to the small base station of the corresponding station through the wireless network when the mobile entry information is received from the stop server; Sensors installed for each station, for detecting the entry of the moving body; A station server for transmitting the moving object entry information to the moving object information service server when the entry of the moving object is detected through the sensor; And a small base station installed at each station to transmit its own station information within a predetermined communication area according to a station information transmission command of the mobile information service server through the wireless network.

In addition, the present invention transmits the source and destination information input from the user of the wireless terminal to the mobile information service server via the wireless network to receive and store the first optimal route information, the station information received from the small base station And the wireless terminal for generating an alarm upon arrival of a destination including a transfer destination and a destination, by comparing the optimal route information with each other.

On the other hand, the present invention, in the mobile destination alarm service method, the mobile information service server calculates the first optimal route information centered on the starting point based on the starting point and destination information input through the wireless network and the wireless terminal through the wireless network Transmitting to; When the entry of the moving object is detected through a sensor installed at the station, and the moving object entry information is received from the station server, the mobile information service server transmitting a station information transmitting command to the small base station of the corresponding station via the wireless network; And comparing the station information received from the small base station according to the station information transmission command received from the wireless terminal with the first optimal route information, and arriving at a destination including a transfer destination and a destination. It is characterized in that made, including the step of checking the result of the alarm occurrence.

In addition, the present invention, the mobile information service server, based on the current station and destination information transmitted from the wireless terminal when the route deviated from the first optimum route calculates the second optimal route information centered on the current station to the wireless And transmitting to the wireless terminal via a network.

In addition, the present invention, the wireless terminal transmits the source and destination information input from the user of the wireless terminal to the mobile information service server via the wireless network to receive and store the first optimal route information; Generating, when the wireless terminal compares the station information received from the small base station with the first optimal route information, generating an alarm upon arrival at a destination including a transfer destination and a destination; Detecting, by the wireless terminal, the path departure to the destination, and when the path departure occurs, transmitting the current station and destination information to the mobile information service server through the wireless network to receive and store the second optimal route information; Generating, by the wireless terminal, an alarm upon arrival of the destination by comparing the station information received from the small base station with the second optimum route information; And transmitting, by the wireless terminal, an acknowledgment message to the station information service server when the user checks the alarm.

In addition, the present invention, in the mobile destination alarm service method, the wireless terminal transmits the source and destination information input from the user of the wireless terminal to the mobile information service server via a wireless network, the source and destination information from the mobile information service server Receiving and storing first optimal route information of a center of origin calculated on the basis of the; Receiving, by the wireless terminal, station information transmitted according to a station information transmission command of the mobile information service server detected by the sensor installed in the mobile station by the sensor installed in the station; Generating, by the wireless terminal, an alarm upon arrival of a destination including a transfer destination and a destination by comparing the received station information with the first optimum route information; And transmitting, by the wireless terminal, a confirmation message when the user checks the alarm to the station information service server.

In addition, the present invention, the wireless terminal detects the departure of the route to the destination, and when the departure of the route to transmit the current station and destination information to the mobile information service server via the wireless network to receive the second optimal route information Receiving and storing; And comparing, by the wireless terminal, the station information received from the small base station with the second optimum route information, and generating an alarm when the destination arrives.

On the other hand, the present invention, in the mobile destination alarm service system having a processor, the mobile information service server calculates the first optimal route information centered on the starting point based on the starting point and destination information input through the wireless network to the wireless network Transmitting to a wireless terminal through; A function of transmitting a station information transmission command through the wireless network to a small base station of a corresponding station when the vehicle entry information is detected through a sensor installed in the station and receiving the vehicle entry information from the station server; And comparing the station information received from the small base station according to the station information transmission command received from the wireless terminal with the first optimal route information, and arriving at a destination including a transfer destination and a destination. Provides a computer-readable recording medium that records a program for realizing the function of checking the result of alarm occurrence.

In addition, the present invention, the mobile information service server, based on the current station and destination information transmitted from the wireless terminal when the route deviated from the first optimum route calculates the second optimal route information centered on the current station to the wireless A computer readable recording medium having recorded thereon a program for further realizing a function of transmitting to a wireless terminal through a network is provided.

In addition, the present invention, the mobile terminal to the mobile destination alarm service system having a processor, the wireless terminal transmits the source and destination information input from the user of the wireless terminal to the mobile information service server via a wireless network, the source information from the mobile information service server And a function of receiving and storing first optimal route information of a center of origin calculated on the basis of destination information; Receiving, by the wireless terminal, the station information transmitted according to the station information transmission command of the mobile information service server detected by the sensor installed in the station through the sensor installed in the station; Generating, by the wireless terminal, an alarm upon arrival at a destination including a transfer destination and a destination by comparing the received station information with the first optimum route information; And a computer readable recording medium having recorded thereon a program for further realizing a function of transmitting, by the wireless terminal, an acknowledgment message to the station information service server when the user checks the alarm.

In addition, the present invention, the wireless terminal detects the departure of the route to the destination, and when the departure of the route to transmit the current station and destination information to the mobile information service server via the wireless network to receive the second optimal route information Receiving and storing; And comparing the station information received from the small base station with the second optimal route information, and providing a computer-readable recording medium having a program recorded therein to further realize a function of generating an alarm upon arrival of the destination. do.

In particular, when a WiBro user using a subway enters a desired destination into a WiBro terminal, he / she wants to notify an alarm through a WiBro terminal at a desired destination.

To this end, in the present invention, using the WiBro network, when the user enters the boarding station and the getting off station from the WiBro terminal, the subway information service server (SIS) transmits the information necessary for the optimal route and transfer, and get off the WiBro terminal, WiBro terminal receives each station information signal transmitted from small base station installed in subway station, compares it with the best route and necessary information sent by subway information service server, and checks each station at WiBro terminal to see if it is on the right path. An alarm will sound at the destination to allow the user to use the subway conveniently.

In addition, in consideration of users listening to music through the WiBro terminal, an alarm method that notifies the user of a pre-stored announcement in the middle of the music play can be used, so that the destination is not missed even while listening to music.

It should be noted that the above-mentioned destination alarm service method is not only applied to subway, but also a destination (transfer station, arrival station) alarm service is available on a bus.

Therefore, through the present invention, users (passengers) such as buses and subways can sleep and listen to music, without having to worry about passing their desired destination unintentionally, and can conveniently use transportation means such as buses and subways.

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

1 is an exemplary configuration diagram of a portable Internet system to which the present invention is applied, and FIG. 2 is an exemplary configuration diagram of a mobile destination alarm service system according to the present invention. For convenience of explanation, FIGS. 1 and 2 will be described together.

Mobile destination alarm service system according to the present invention, based on the departure point (departure station) and destination (arrival station) information input from the vehicle occupant through the mobile Internet (first departure point transfer point (transit station) at the departure point) Calculates the shortest route information to the destination, and transmits the information to the portable Internet terminal 11 through the portable Internet, and when the mobile entry information is received from the station server (station server 22), the small base station 15 of the corresponding station. The mobile information service server (Subway Information Service Server (SIS: 14)) for transmitting a station information (station information) transmission command through the mobile Internet is installed for each station (subway station), and the mobile object ( Sensor 21 for detecting the entry of a subway, a bus, etc.), and moving object entry information upon detecting the entry of a moving object (subway, bus, etc.) through the sensor 21 Station server (reverse server 22) for transmitting the information to the mobile information service server (SIS information server (SIS) 14) and the station (subway station), and installed on the mobile information service server (subway) And a small base station 15 for transmitting its own station information within a predetermined communication area in accordance with a station information sending command of the information service server (SIS) 14.

Here, the station information service server (subway information service server (SIS) 14) is a portable Internet terminal when the route is separated from the first optimum route (when the destination including the transfer point (transfer station) and the arrival point (arrival station) is separated). Based on the information of the current stop (currently located subway station) and the destination (arrival station) transmitted from (11), the second optimal line information (shortest route information to the destination considering the transfer point (transfer station)) is calculated. It is further provided with a function for transmitting to the portable internet terminal 11 via the portable internet.

Therefore, the portable Internet terminal 11 transmits the departure (starting station) and the arrival (arrival station) information input from the portable Internet terminal user to the mobile information service server (subway information service server (SIS) 14) via the portable Internet. Receives and stores the first optimal route information, compares the station information received from the small base station 15 with the first optimal route information, and generates an alarm upon arrival at a destination including a transfer point (transit station) and a destination (arrival station). do.

In particular, the mobile Internet terminal 11 detects the departure of a route to a destination (including a transfer station (transfer station) and a destination (arrival station)), and at the time of departure, information on the current stop (currently located subway station) and destination (arrival station) information Via the mobile Internet to the mobile information service server (subway information service server (SIS) 14) to receive the second optimal route information (shortest route information from the current location to the destination considering the transfer point (transfer station)). It receives and stores, and compares the station information received from the small base station 15 with the second optimum route information, and generates an alarm when the destination arrives.

At this time, the portable Internet terminal 11 generates an alarm at the station before the destination (in this case, the alarm may use at least one of a ringtone and a vibration mode, or use a stored voicement when playing music), and the user's alarm Upon confirmation, a confirmation message is sent to the station information service server (subway information service server (SIS) 14).

Hereinafter, although the subway destination alarm service method will be described as a more preferred embodiment, it should be noted that the present invention is not only applied to the subway, but also applicable to a destination (transit station, arrival station) alarm service method on a bus or the like.

Next, the operation of the mobile destination alarm service system according to the present invention will be described.

When a mobile Internet user connects to a subway information service server (SIS) 14 using a WiBro terminal 11 and inputs a boarding station (departure station) and a disembarkation station (arrival station), the subway information service server (SIS) 14 Calculates the first optimal route information (shortest route information from the departure station to the arrival station considering the transit station) based on the information of the boarding station (departure station) and the getting off station (arrival station), and transmits it to the WiBro terminal 11.

Then, when the subway car arrives at any subway station, the sensor 21 detects this and informs the corresponding station server 22, and the station server 22 informs the subway information service server (SIS) 14 of the fact. send. Then, the subway information service server (SIS) 14 instructs the small base station 15 of the corresponding subway station to propagate the corresponding station information signal. Accordingly, the small base station 15 of the corresponding subway station is sent to the WiBro terminal 11. Send your own station information.

Next, the WiBro terminal 11 having received the station information signal compares the first optimum line information (the shortest line information from the departure station to the arrival station considering the transit station) with the corresponding station information to determine whether it is going to the correct route. If the route deviates from the destination station including the transfer station and the arrival station, the WiBro terminal 11 transmits the current station, the destination station, and the user terminal information to the subway information service server (SIS) 14, and the subway information service server ( SIS) receives and stores the modified second optimum route information (shortest route information from the current position to the arrival station considering the transfer station).

The WiBro terminal 11 notifies the user by ringing an alarm when arriving at a station before the destination station (transit station, getting off station (arrival station)), and confirms the alarm to the subway information service server (SIS) 14 when the user checks the alarm. Send it.

The subway information service server (SIS) 14 receives the boarding and getting off station information sent from the user's WiBro terminal 11, calculates an optimal route, and transmits necessary information to the user's WiBro terminal 11 again. In addition, the subway information service server (SIS) 14 receives a message from the server 22 in each subway station when the subway car approaches the subway station, the station information to the small base station 15 installed in the station It tells you to send a signal.

Here, the message sent by the user's WiBro terminal 11 arrives at the subway information service server (SIS) 14 via the WiBro network via the RAS (Radio Access Station) 12. On the other hand, by the command of the subway information service server (SIS) 14, the corresponding station information signal is transmitted from the small base station 15 installed in each subway station via the WiBro network and the RAS 13. At this time, the propagation radius of the small base station 15 has a signal strength enough to cover the subway station, but the signal strength is too strong so as not to overlap the propagation radius of the small base station 15 of the adjacent subway station. The station information signal from the small base station 15 is received by the WiBro terminal 11.

Referring to FIG. 2, when the subway enters the station from the small base station 15 in each subway station, the process of sending each station information signal will be described.

When the subway car passes the sensor 21 when it almost arrives at the subway station, the sensor 21 informs the server 22 at the station that the subway car has arrived. The sensor 21 can be configured as a contact or contactless, it is enough to configure this sensor if the sensor that detects this when the subway car used in the current subway station arrives at the station to come out the announcement.

The sensor 21 may be connected to the server 22 for each subway station.

Accordingly, the station server 22 sends this information to the subway information service server (SIS) 14, and the subway information service server (SIS) 14 transmits the small base station of the corresponding station through the WiBro network and the RAS 13. 15) to propagate the corresponding reverse information signal. By doing so, the station information signal propagated by the small base station 15 of each station is received by the WiBro terminal 11 in the subway vehicle.

3 is a flowchart illustrating an exemplary embodiment of a moving object alarm method according to the present invention.

First, when a mobile internet user who wants to use the subway destination alarm service accesses the subway destination alarm service through the WiBro terminal 11 (301), and enters the boarding station (departure station) and the getting off station (arrival station) on the service screen ( 302), the user's WiBro terminal 11 transmits the user terminal information, the boarding station (departure station), the getting off station (arrival station) to the subway information service server (SIS) 14 (303).

Subsequently, the subway information service server (SIS) 14 receiving the user's input information calculates the shortest route and sends the optimal route information on the shortest route including the boarding station, the transfer station and the getting off station to the user's WiBro terminal 11. Transmit (304).

Next, the WiBro terminal 11 that receives the first optimal line information (shortest route information from the departure point to the destination considering the transfer point) from the subway information service server (SIS) 14 is each. Switch to a mode that can receive the corresponding station information signal from the subway station base station (small base station 15), and whenever the user stops at the subway station while riding the subway, installs the station information signal of the station at the station It is received from the small base station 15, which is made (305).

At this time, the WiBro terminal 11, which has received the necessary information from the subway information service server (SIS) 14 to the getting off station (arrival station), checks the station information signal received from each station while the user rides the subway, It is determined whether it is going to the correct path (306). In this case, the WiBro terminal 11 compares and judges by the software installed in the terminal while receiving the respective station information data on the basis of the data transmitted in step "304".

As a result of the determination 306, if the user is not going to the correct path, the WiBro terminal 11 alerts the user by sounding an alarm (307) and gets off at the current subway station to the subway information service server (SIS) 14 The station and user terminal information is transmitted again (308). The subway information service server (SIS) 14, which has received new information (current subway station and disembarkation station and user terminal information), recalculates the optimum route and information about the shortest route (shortest route from the current location to the arrival station considering the transit station). Information) is transmitted back to the user's WiBro terminal 11 (304).

Then, the WiBro terminal 11 repeats steps 305 and 306 until it arrives at the station before the destination station (309).

As a result of the determination 306, if the user is going to the correct path and arrives at the station before the destination station and the WiBro terminal 11 receives the signal for the station from the small base station 15 of the station (309), the WiBro The terminal 11 sounds an alarm to inform the user that the destination has arrived (310). In this case, the alarm format may use a ringtone or vibration mode, which is a general format used in a mobile phone terminal, and also in consideration of users listening to music through the WiBro terminal 11, it is stored in advance in the middle of music play. You can also use a voice alert.

When the alarm sounds, the user can confirm the alarm by pressing the confirmation button on the WiBro terminal 11 (311). Then, the WiBro terminal 11 of the user sends a confirmation message to the subway information service server (SIS) 14 (312), if there is a remaining destination station (313), the process transitions to the step "305" and repeats the above process. To perform.

Therefore, the subway information service server (SIS) 14 having received the confirmation message can confirm whether the user is correctly going to the destination station.

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

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

The present invention as described above, while using a means of transportation such as the subway, without worrying about passing the destination or going on the wrong path, while comfortably doing other things or taking a sleep, the transit station (transfer station) or arrival station (arrival station) This has the effect of being able to get off correctly.

In addition, the present invention can provide a mobile (bus, subway, etc.) information only by the data transmission and reception function of the WiBro terminal and the WiBro network without adding a separate device such as a GPS receiver, a Bluetooth receiver, etc. to increase user convenience. It has an effect.

Claims (23)

In the mobile destination alarm service system, Based on the source and destination information input through the wireless network, the first optimal route information of the center of origin is calculated and transmitted to the wireless terminal through the wireless network, and when the mobile entry information is received from the station server, the mobile station is sent to the small base station of the corresponding station. A mobile information service server for transmitting a station information sending command through the wireless network; Sensors installed for each station, for detecting the entry of the moving body; A station server for transmitting the moving object entry information to the moving object information service server when the entry of the moving object is detected through the sensor; And The small base station is installed for each station and transmits its own station information within a predetermined communication area according to a station information transmission command of the mobile information service server through the wireless network. Mobile destination alarm service system using a wireless terminal comprising a. The method of claim 1, The station information service server, And calculating the second optimal route information centered on the current station based on the current station and destination information transmitted from the wireless terminal when the route deviates from the first optimal route, and transmitting the second optimal route information to the wireless terminal through the wireless network. Mobile destination alarm service system using a wireless terminal. The method of claim 2, The first and second best route information, A mobile destination alarm service system using a wireless terminal, characterized in that it is the shortest route information to the destination considering the transit point (transfer station). The method of claim 3, wherein Source and destination information input from a wireless terminal user is transmitted to the mobile information service server through the wireless network to receive and store the first optimal route information, and the station information and the first optimal route received from the small base station. The wireless terminal generating an alarm upon arrival of the destination including the transfer destination and the destination by comparing the information Mobile destination alarm service system using a wireless terminal further comprising. The method of claim 4, wherein The wireless terminal, Detects the route departure for the destination, and transmits the current station and destination information to the mobile information service server via the wireless network when receiving the route departure to receive and store the second optimal route information, received from the small base station And a station information is compared with the second optimum route information to generate an alarm when the destination arrives. The method according to any one of claims 1 to 5, The wireless terminal, The mobile destination alarm service system using a wireless terminal, characterized in that to generate an alarm at the destination before the destination, and to transmit a confirmation message to the station information service server when the user checks the alarm. The method of claim 6, The alarm format is A mobile destination alarm service system using a wireless terminal, characterized by using at least one of a ringtone and a vibration mode, and using a stored voicement when playing music. The method of claim 6, The wireless network, Mobile destination alarm service system using a wireless terminal, characterized in that the portable Internet (WiBro). The method of claim 6, The movable body, Mobile destination alarm service system using a wireless terminal, characterized in that the subway. In the mobile destination alarm service method, Calculating, by the mobile information service server, first optimal route information centered on a starting point based on starting and destination information input through a wireless network and transmitting the first optimal route information to the wireless terminal through the wireless network; When the entry of the moving object is detected through a sensor installed at the station, and the moving object entry information is received from the station server, the mobile information service server transmitting a station information transmitting command to the small base station of the corresponding station via the wireless network; And When the mobile information service server arrives at a destination including a transfer destination and a destination by comparing the station information received from the small base station according to the station information transmission command and the first optimal route information received from the wireless terminal. Steps to verify "what caused the alarm" Moving object destination alarm service method comprising a. The method of claim 10, The mobile information service server calculates second optimal route information centered on the current station based on the current station and destination information transmitted from the wireless terminal when the route deviates from the first optimal route, and transmits the wireless terminal through the wireless network. To send to Moving object destination alarm service method further comprising. The method of claim 11, The first and second best route information, The mobile destination alarm service method, characterized in that the shortest route information to the destination considering the transfer destination (transfer station). The method of claim 12, Transmitting, by the wireless terminal, starting and destination information input from a wireless terminal user to the mobile information service server through the wireless network to receive and store the first optimum route information; Generating, when the wireless terminal compares the station information received from the small base station with the first optimal route information, generating an alarm upon arrival at a destination including a transfer destination and a destination; Detecting, by the wireless terminal, a path departure to the destination, and transmitting and receiving the current optimal station and destination information to the mobile information service server through the wireless network upon receiving the path and receiving and storing the second optimum route information; Generating, by the wireless terminal, an alarm upon arrival of the destination by comparing the station information received from the small base station with the second optimum route information; And Transmitting, by the wireless terminal, a confirmation message when the user checks an alarm to the station information service server; Moving object destination alarm service method further comprising. The method according to any one of claims 10 to 13, The alarm format is Using at least one of the ringtone, vibrate mode, and using the stored voicement when playing music, the mobile destination alarm service method. The method of claim 14, The wireless network is a mobile Internet (WiBro), The moving object destination alarm service method, characterized in that the subway. In the mobile destination alarm service method, The wireless terminal transmits the starting and destination information input from the wireless terminal user to the mobile information service server through the wireless network, and obtains the first optimal route information centered on the starting point calculated based on the starting and destination information from the mobile information service server. Receiving and storing; Receiving, by the wireless terminal, station information transmitted according to a station information transmission command of the mobile information service server detected by the sensor installed in the mobile station by the sensor installed in the station; Generating, by the wireless terminal, an alarm upon arrival of a destination including a transfer destination and a destination by comparing the received station information with the first optimum route information; And Transmitting, by the wireless terminal, a confirmation message when the user checks an alarm to the station information service server; Moving object destination alarm service method comprising a. The method of claim 16, Detecting, by the wireless terminal, a path departure to the destination, and transmitting and receiving the current optimal station and destination information to the mobile information service server through the wireless network upon receiving the path and receiving and storing the second optimum route information; And Generating an alarm upon arrival of the destination by comparing the station information received from the small base station with the second optimum route information by the wireless terminal; Moving object destination alarm service method further comprising. The method according to claim 16 or 17, The mobile information service server, The first optimal route information centered on the starting point is calculated based on the starting and destination information input through the wireless network and transmitted to the wireless terminal through the wireless network, and when the mobile entry information is received from the station server, A command for transmitting station information is transmitted to the small base station through the wireless network, and the second optimal line information centered on the current station is based on the current station and destination information transmitted from the wireless terminal when the route deviates from the first optimal line. And calculating and transmitting the calculated value to the wireless terminal through the wireless network. The method of claim 18, The first and second best route information, A mobile destination alarm service method, characterized in that it is the shortest route information to a destination considering a transfer point (transfer station). In a mobile destination alarm service system having a processor, A function of the mobile information service server to calculate first optimal route information centered on a starting point based on starting and destination information input through a wireless network and transmitting the first optimal route information to the wireless terminal through the wireless network; A function of transmitting a station information transmission command through the wireless network to a small base station of a corresponding station when the vehicle entry information is detected through a sensor installed in the station and receiving the vehicle entry information from the station server; And When the mobile information service server arrives at a destination including a transfer destination and a destination by comparing the station information received from the small base station according to the station information transmission command and the first optimal route information received from the wireless terminal. Ability to check the result of alarm A computer-readable recording medium having recorded thereon a program for realizing this. The method of claim 20, The mobile information service server calculates second optimal route information centered on the current station based on the current station and destination information transmitted from the wireless terminal when the route deviates from the first optimal route, and transmits the wireless terminal through the wireless network. To send to A computer-readable recording medium that records a program for further realization. In a mobile destination alarm service system having a processor, The wireless terminal transmits the source and destination information input from the user of the wireless terminal to the mobile information service server through the wireless network, and obtains the first optimal route information centered on the source based on the source and destination information from the mobile information service server. Receiving and storing; Receiving, by the wireless terminal, the station information transmitted according to the station information transmission command of the mobile information service server detected by the sensor installed in the station through the sensor installed in the station; Generating, by the wireless terminal, an alarm upon arrival at a destination including a transfer destination and a destination by comparing the received station information with the first optimum route information; And The wireless terminal transmits a confirmation message to the station information service server when the user checks the alarm A computer-readable recording medium that records a program for further realization. The method of claim 22, Detecting, by the wireless terminal, the path departure to the destination, and transmitting and receiving the current optimal station and destination information to the mobile information service server through the wireless network when the path is separated, and receiving and storing the second optimum route information; And The wireless terminal compares the station information received from the small base station with the second optimal route information and generates an alarm upon arrival of the destination; A computer-readable recording medium that records a program for further realization.

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