KR20030088768A - Apparatus and method for service vehicle information using wireless LAN - Google Patents

Abstract

PURPOSE: A device for servicing vehicle information by using a wireless LAN and a method therefor are provided to use a wireless LAN communication technology for covering many lanes with the use of one wireless LAN base station device, thereby supplying bus information, car allocation information, and kiosk information. CONSTITUTION: An AP(Access Point)(24) exchanges transactions for collecting and supplying vehicle-on terminal and vehicle information. A wireless LAN communicator allocates an available channel to a vehicle-on terminal(22) through the AP(24), and collects and supplies the vehicle information through the allocated channel. A user interworking unit supplies kiosk information to standby passengers. A packet classifier(26) classifies packets, transmits the vehicle information to the wireless LAN communicator, and transmits the kiosk information to the user interworking unit. A vehicle information supplier(28) collects the classified packets, extracts the corresponding vehicle information, and supplies the extracted information to the packet classifier(26). A kiosk information supplier(30) supplies the kiosk information to the packet classifier(26).

Description

Apparatus and method for service vehicle information using wireless LAN}

The present invention is to track the location of the vehicle, the traveling speed, the sudden breakdown for a vehicle (particularly a bus, train, subway, etc.) driving a wireless LAN communication area using a wireless LAN (Wireless Local Area Network) communication technology In addition to providing vehicle information such as the situation, arrival time, next stop guidance, transfer information, and additional information such as weather, news, securities, and file search (performance, nearby shopping malls, etc.), Internet search and mobile office functions, etc. And a vehicle information service system and method for providing vehicle management information and vehicle kiosk information that can be searched by a vehicle arrival guide, surrounding area advertisement, and web search through the internet, by providing vehicle management information through analyzing the utilization rate of the vehicle. And a computer readable recording medium storing a program for realizing the method.

Conventionally, there has been a method of using dedicated dedicated short range communication (DSRC), a beacon communication method, or an infrared ray between a roadside base station device and a vehicle-mounted device to collect and provide vehicle information. In addition, these methods have not only slow data rates (9600bps to 1Mbps) but also extremely limited service coverage.

However, the wireless LAN technology is a technology that operates by being connected to a wired LAN according to IEEE802.3. The standard of the technology includes various various technologies such as IEEE802.11, IEEE802.11b, and Bluetooth. Recently, DS (Direct Sequence) wireless LAN according to IEEE802.11b is the most popular business and the price is getting cheaper.

The basic operation type of wireless LAN is the bridge mode operation type that operates by simply extending the wired LAN to the wireless section, and it is equipped with a separate protocol to authenticate the terminal and have DHCP (Dynamic Host Configuration Protocol) client and server functions. Receiving an IP (Internet Protocol) address, the terminal has a function of allocating a private IP address.

In addition to the wireless LAN relay function, the wireless LAN access device (AP) has a built-in LAN hub function, so that a wired port can be connected to a printer or a desktop PC that is placed in a fixed location without the need for mobility. It is built-in and allows wireless terminals to be connected to portable terminals such as PDAs and notebook computers.

In the case of WLAN, in order to enable only the terminals that are previously licensed to connect to the network, the MAC IDs of the NICs attached to the terminals are registered in the WLAN AP in advance so that the registered terminals If you want to access the wireless LAN, the connection is allowed, and the terminal without the MAC ID registered does not allow the connection.

In order to selectively use these functions, a management function is installed in the wireless LAN, and this management function allows a general user to easily activate and deactivate various functions by using a browser window such as Internet Explorer in a WEB manner. have.

Therefore, in the current technical field, the wireless LAN technology which has the characteristics as described above, the service area is wide, and the data transmission speed can be increased from 1Mbps to 54Mbps is collected and provided, and also provided by the high speed LAN. Not only can it perform internet search and mobile office functions, but it can also provide dispatch management information through vehicle utilization analysis and kiosk information for vehicle arrival guidance, surrounding area advertisement, and web search through internet. What can be done is essential.

The present invention has been proposed in order to meet the above-described demands, and includes vehicle location tracking, driving speed for each section, unexpected situation, and vehicle arrival time for a vehicle traveling in a wireless LAN communication area using a wireless LAN communication technology. In addition to providing vehicle information such as next stop guide and transfer information, it also provides additional information such as weather, news, securities, and file search, and also provides dispatch management information and vehicle waiting passengers through analysis of utilization of the vehicle. It provides a vehicle information service system for providing arrival guidance, surrounding information, kiosk information that can be web searched on the Internet, and a method thereof, and a computer-readable recording medium recording a program for realizing the method. There is a purpose.

1 is a diagram illustrating a configuration of a wireless LAN to which the present invention is applied.

2 is a configuration diagram of an embodiment of a vehicle information service system according to the present invention;

3 is a flowchart illustrating a bus information service procedure of the vehicle information service system according to the present invention;

4 is a flowchart illustrating a dispatch information service procedure of the vehicle information service system according to the present invention.

5 is a flowchart illustrating a kiosk information service procedure of a vehicle information service system according to the present invention.

* Explanation of symbols for the main parts of the drawings

21: display device 22: vehicle mounting terminal

23: terminal access device 24: wireless LAN access device

25: wireless LAN base station device 26: packet classification server

27: kiosk 28: vehicle information server

29: additional information server 30: kiosk server

31: web server

The present invention for achieving the above object, in a vehicle information service system using a wireless LAN (WLAN), for exchanging a transaction for collecting and providing vehicle information with a vehicle-mounted terminal attached to the vehicle via wireless LAN communication WLAN connection means; WLAN communication means for allocating an available channel to the vehicle-mounted terminal through the WLAN access means when the vehicle enters the WLAN communication area, and collecting and providing vehicle information through the assigned channel; User interlocking means for providing kiosk information to a vehicle stop waiting passenger; Classify the packet (vehicle information collection packet, vehicle information request packet) transmitted through the wireless LAN communication means, transfer the vehicle information provided to the vehicle-mounted terminal to the wireless LAN communication means, and kiosk information is linked to the user Packet classification means for delivery to the means; Vehicle information providing means for collecting vehicle information collection packets classified by the packet classification means, extracting the vehicle information for the vehicle information request packet, and providing the vehicle information to the packet classification means; And kiosk information providing means for extracting kiosk information and providing it to the packet classification means.

In addition, the present invention provides a vehicle information service method using a wireless LAN, comprising: a first step of generating dispatch management information on the basis of a traveling speed, a sudden situation, and a stop passage history of each section of the vehicle; A second step of, when the vehicle enters the wireless LAN communication area, the wireless LAN base station device that manages the wireless LAN communication area allocates an available channel to a vehicle mounting terminal mounted on the vehicle and transmits the dispatch management information to the vehicle mounting terminal; ; Collecting a packet through an assigned channel and analyzing a service identifier of the collected packet; according to the determination result of the third step, in the case of the vehicle information collection packet, updating the previously collected and stored vehicle information in real time Fourth step; A fifth step of extracting the vehicle information and transmitting the vehicle information to the vehicle-mounted terminal through the wireless LAN communication area according to the determination result of the third step; And a sixth step of extracting the kiosk information for the vehicle waiting passengers and transmitting the kiosk information to the kiosk terminal of the stop.

Meanwhile, the present invention generates vehicle management information on a vehicle information service system having a processor for vehicle information service using a wireless LAN, based on the driving speed of each section of the vehicle, the sudden situation, and the station passing history. A first function of doing; A second function of allocating an available channel to a vehicle mounting terminal mounted on a vehicle by a WLAN base station apparatus that manages the WLAN communication region when the vehicle enters a WLAN communication region, and transmits the dispatch management information to the vehicle mounting terminal; ; A third function of collecting packets over the assigned channel and analyzing a service identifier of the collected packets; A fourth function of updating, in real time, previously collected and stored vehicle information in the case of the vehicle information collection packet according to the determination result of the third function; A fifth function of extracting the vehicle information and transmitting the vehicle information to the on-vehicle terminal through the wireless LAN communication area according to the determination result of the third function; And a computer readable recording medium having recorded thereon a program for realizing a sixth function of extracting the kiosk information and transmitting the kiosk information to the kiosk terminal of the stop for the vehicle waiting passenger.

The present invention implements a bus information collection and provision system (BIS) for collecting and providing bus information, particularly for passengers, drivers, transportation companies, and public offices, using wireless LAN communication technology. In this case, as a wireless LAN base station device is used together with a wireless LAN access point (AP) corresponding to a hub of an existing wired LAN, a bus may enter into an enlarged wireless LAN communication area. In this case, the wireless LAN communication link is constructed between the wireless LAN base station device and the vehicle-mounted terminal equipped with a network interface card (NIC) mounted on the bus, and the bus information (bus switch tracking, travel speed by section, sudden situation, bus) Arrival time, next stop information, transfer information, etc. are collected and provided. In addition to the bus information, due to the characteristics of the wireless LAN provides additional information (such as Internet search and mobile office functions) such as weather, news, securities, file search (performance, neighboring malls) over the wireless Internet. In addition, it provides dispatch management information through bus utilization analysis, kiosk information for bus arrival guide, surrounding area guide, and web search through the internet.

As such, in the present invention, a bus information collection and provision system (BIS) is preferably configured by applying a WLAN technology capable of increasing the data transfer rate from 1Mbps to 54Mbps. This system not only collects and provides bus information, but also can perform internet search and mobile office functions provided by high-speed LAN, as well as dispatch management information and stop waiting passengers by analyzing bus utilization. It has the advantage of providing complex services to users because it can provide information on bus arrivals, surrounding areas, and kiosk information that can be searched on the web.

Here, the bus is equipped with a vehicle-mounted terminal (PDA or small notebook) in which a terminal connection device is inserted, and a base station is provided with a wireless base station device in which a wireless LAN connection device is inserted, thereby covering several lanes with one wireless base station device. After establishing a wireless LAN communication area that can be used, when a plurality of buses enter the communication area, bus information (bus switch tracking, traveling speed, and sudden breakdown) between a vehicle-mounted terminal mounted in the bus and a wireless LAN base station device is provided in real time. In addition to collecting and providing the status, bus arrival time, next stop information, transfer information, etc., additional information such as weather, news, securities, and file search (performance, neighboring shopping malls, etc.) provided by the high-speed LAN is available. Mobile office functions, etc.) can be provided over the wireless Internet. In addition, the bus management information through the utilization analysis of the bus and stop waiting passengers can provide the kiosk information for the bus arrival guidance, surrounding area advertising and web search on the Internet.

The above objects, features and advantages will become more apparent from the following detailed description taken in conjunction with the accompanying drawings. Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings.

2 is a configuration diagram of an embodiment of a vehicle information service system according to the present invention.

As shown in FIG. 2, a vehicle information service system using a wireless LAN according to the present invention includes a vehicle mounting terminal 22 attached to a vehicle (particularly, a bus, a train, a subway, etc.) through wireless LAN communication. ) And collect / provide vehicle information (vehicle location tracking, driving speed by section, unexpected situation, vehicle arrival time, next stop guide, transfer information, etc.) and other additional information (weather, news, securities, file search, etc.) and dispatch management Wireless LAN connection device 24 for exchanging transactions for providing information (vehicle utilization analysis information, etc.), and when the vehicle enters the wireless LAN communication area (see FIG. 1), the vehicle loading terminal through the wireless LAN connection device 24 The wireless LAN base station apparatus 25 for allocating an available channel to 22, collecting and providing vehicle information through the assigned channel, and providing additional information and dispatch management information, and kiosk information to a vehicle stop waiting passenger. Bus Arrival Guide, Week Classify the kiosk 27 for providing the local area advertisement and internet web search information, and the packets (vehicle information collection packet, vehicle information request packet) transmitted through the wireless LAN base station device 25, and the vehicle loading terminal. Packet classification server 26 and packet classification server for delivering vehicle information, other additional information, and dispatch management information provided to 22 to wireless LAN base station apparatus 25 and delivering kiosk information to kiosk 27. Collecting the vehicle information collection packets classified by (26), in conjunction with the additional information server 29 to extract the corresponding vehicle information, other additional information and dispatch management information for the vehicle information request packet to the packet classification server 26 It includes a vehicle information server 28 for providing, the kiosk server 30 for extracting the kiosk information in conjunction with the additional information server 29 and the web server 31 to provide to the packet classification server 26.

Collect / provide vehicle information (vehicle location tracking, driving speed by section, sudden situation, vehicle arrival time, next stop guide, transfer information, etc.) and other additional information (weather, news, securities, file search (performance, neighboring mall) In addition, in order to provide dispatch management information through bus utilization analysis and stop waiting passengers, kiosk information for bus arrival guidance, surrounding area advertisement and web search through the Internet, When a vehicle enters into an enlarged wireless LAN communication area by using a wireless LAN base station device 25 together with a wireless LAN access device 24 corresponding to a hub of a LAN (see FIG. 1). The WLAN communication link should be configured between the WLAN base station apparatus 25 and the vehicle-mounted terminal 22 equipped with the terminal connection apparatus 23 mounted on the vehicle.

The WLAN base station device 25 exchanges transactions for collecting and providing vehicle information with the vehicle-mounted terminal 22 attached to the vehicle through WLAN communication, and an ITS (Intelligent Transport System) service including a vehicle information collection and provision service. A wireless LAN connection device 24 for processing is provided.

The on-vehicle terminal 22 that performs wireless LAN communication with the WLAN base station apparatus 25 includes a terminal connection device 23 and a display device 21.

The packet classification server 26 provides the vehicle information server 28 with the vehicle information and the vehicle information request packet collected from the vehicle mounting terminal 22. Further, the additional information request packet of the vehicle occupant (driver and passenger) collected from the vehicle loading terminal 22 is provided to the additional information server 29, and the kiosk request packet of the stationary waiting passenger collected from the kiosk 27 is provided. It is provided to the server 30.

The vehicle information server 28 processes the vehicle information received from the packet classification server 26 in real time, and the corresponding vehicle information (vehicle location tracking, traveling speed for each section,) for the vehicle information request packet received from the packet classification server 26. Accidental situation, vehicle arrival time, next stop guidance, transfer information, etc.) to be provided to the wireless LAN base station device 25, and linked with the additional information server 29 to extract dispatch management information (vehicle utilization analysis information, etc.) To the WLAN base station apparatus 25. In addition, in conjunction with the additional information server 29 to extract additional information (weather, news, securities, file search (performance, peripheral shopping mall, etc.)) and vehicle information with the vehicle base station 25 through the WLAN base station device (25) 22). In this case, the additional information may be provided alone together with the vehicle information or at the request of the vehicle occupant. That is, when the additional information is provided alone, the additional information server 29 is the additional information (weather, news, securities, file search (performance, neighboring mall), etc. for the additional information request packet received from the packet classification server 26). ) Is provided to the vehicle-mounted terminal 22 through the wireless LAN base station device (25).

The kiosk server 30 is linked with the additional information server 29 and the web server 31, or the corresponding kiosk information (bus arrival guidance for the kiosk information request packet from the waiting passengers received from the packet classification server 26) , Surrounding area advertisement and Internet web search information, etc.) is provided to the kiosk (27). That is, the kiosk information may be provided to the kiosk 27 periodically from the kiosk server 30 itself, or may be provided to the kiosk 27 in real time at the request of the stop waiting passenger.

When a vehicle (especially a bus, a train, a subway, etc.) equipped with the vehicle mounting terminal 22 having the terminal connection device 23 inserted therein enters the WLAN communication area (see FIG. 1), the WLAN connection device ( 24 configures a wireless link between the inserted wireless LAN base station apparatus 25 and the vehicle mounting terminal 22, the vehicle-mounted terminal identifier and the wireless on-board terminal identifier by wireless communication between the vehicle mounting terminal 22 and the wireless base station apparatus 25; The vehicle number is transmitted to the packet classification server 26 through the WLAN base station apparatus 25, and the packet classification server 26 provides the received data to the vehicle information server 28. Then, the vehicle information server 28 processes the vehicle-mounted terminal identifier and the vehicle number data in real time to provide vehicle information to the vehicle traveling through the WLAN base station communication area through the WLAN base station apparatus 25.

In the vehicle information service system according to the present invention, the vehicle location tracking using the vehicle-mounted terminal identifier collection using the wireless LAN communication between the vehicle-mounted terminal 22 and the wireless LAN base station apparatus 25, the collected vehicle-mounted terminal identifier and the WLAN Present vehicle information collection service through the calculation of the traveling speed information for each section using the distance between the base station device 25, the vehicle information terminal from the vehicle information server 28 via the wireless LAN base station device 25 through the vehicle loading terminal ( 22) to provide vehicle information providing services such as driving speed, sudden situation, vehicle arrival time, next stop guide, transfer information, etc. centering on the wireless LAN base station. In addition, it presents additional information (Internet search and mobile office functions) such as weather, news, securities, file search (performance, neighboring shopping malls, etc.), and provides dispatch management information service through analyzing the utilization rate of vehicles. In addition, we offer kiosk information provision service for vehicle arrival guidance, advertisement of surrounding area, and web search to stop waiting passengers. In this case, the additional information may be provided together with the vehicle information or alone at the request of the vehicle occupant, and the kiosk information may be periodically provided by the kiosk server 30 itself, or may be provided in real time according to the request of the station waiting passenger. May be

Then, with reference to Figures 3 to 5, collect / provide vehicle information (vehicle location tracking, driving speed for each section, sudden situation, vehicle arrival time, next stop guidance, transfer information, etc.), and other additional information (weather, As well as news, securities, and file search (performances, nearby shopping malls, etc.), as well as dispatch management information through bus utilization analysis, bus arrival guidance to passengers waiting for bus stops, advertisements around the area, and web search through the internet. We will look more closely at the process of providing information. In the following, as a more preferred embodiment, a bus driving in a wireless LAN communication area will be described as an example.

3 is a flowchart illustrating a bus information service procedure of the vehicle information service system according to the present invention.

First, when the bus on which the vehicle-mounted terminal 22 into which the terminal connection device 23 is inserted is inserted enters the wireless LAN communication area (see FIG. 1), the vehicle-mounted terminal 22 connects to the terminal connection device 23. A channel assignment request is made to the WLAN base station device 25 in which the WLAN access device 24 installed in the terrestrial base station is inserted (301). In response to this, the WLAN base station apparatus 25 searches for an empty channel and notifies the channel allocation response through the WLAN access apparatus 24 (302).

When the bus enters the WLAN communication area and a channel is allocated, the WLAN base station device 25 transmits the WLAN base station identifier, the date and time, and the service identifier information through the WLAN base station service table (BST). It transfers to the mounting terminal 22 (303).

Subsequently, the vehicle mounting terminal 22 that has received the BST includes the vehicle mounting terminal identifier, the service identifier, the vehicle number, the accident situation information, and the information included in the BST in the vehicle service table (VST). It transmits to the WLAN base station apparatus 25 (304).

Next, when the WLAN base station device 25 having received the VST information transfers the VST contents to the packet classification server 26 as it is (305), the packet classification server 26 analyzes the service identifier in the VST contents (306). If the service identifier is a packet related to bus information collection and provision, the VST information is transmitted to the vehicle information server 28 (307).

The vehicle information server 28 generates the driving speed information and the sudden situation information for each section by processing by using the VST information received from the previous WLAN base station apparatus and the VST information received from the current WLAN base station apparatus. In addition, the vehicle information server 28 receives the additional information of weather, news, securities, and advertisements from the additional information server 29 (308), extracts bus information (309), and delivers the bus information to the packet classification server 26 ( 310).

Subsequently, the packet classification server 26 having received the bus information (including additional information) is transmitted to the WLAN base station apparatus 25 (311), and the WLAN base station apparatus 25 is connected to the WLAN access unit 24 and the terminal. The bus device (including additional information) is provided to the vehicle mounting terminal 22 through the connection device 23 (312).

Finally, the vehicle-mounted terminal 22 provides bus information (including additional information) to the bus occupant (particularly the bus passenger) via the display device (LCD or LED sign) 21 (313).

4 is a flowchart illustrating a dispatch information service procedure of the vehicle information service system according to the present invention.

First, the additional information server 29 notifies the vehicle information server 28 of additional information such as weather and emergency news (401). On the other hand, the vehicle information server 28 extracts dispatch management information based on the additional information received from the additional information server 29, the existing driving speed information for each section, the accident situation information information, and the passing point of the bus stop. In step 402, the packet classification server 26 transmits the packet to the packet classification server 26.

Subsequently, the packet classification server 26 notifies the WLAN base station apparatus 25 of dispatch management information (404).

When the bus on which the vehicle-mounted terminal 22 with the terminal connection device 23 is inserted enters the wireless LAN communication area (see FIG. 1), the vehicle-mounted terminal 22 passes through the terminal connection device 23. A channel allocation request is made to the WLAN base station apparatus 25 connected to the WLAN access point 24 installed in the terrestrial base station (405). In response to this, the WLAN base station apparatus 25 searches for an empty channel and notifies the channel allocation response through the WLAN access apparatus 24 (405).

When the bus enters the WLAN communication area and is allocated a channel, the WLAN base station device 25 transmits the WLAN base station identifier, date and time, service identifier, and dispatch management information to the vehicle mounting terminal 22 through the BST. The vehicle management information is provided to the occupant (particularly, the bus driver) (407).

Next, the vehicle-mounted terminal 22 that has received the BST is included in the VST except for the vehicle-mounted terminal identifier, service identifier, vehicle number, accident situation information, and dispatch information among the information included in the BST. 25) (408).

Subsequently, when the WLAN base station device 25 having received the VST information delivers the VST contents to the packet classification server 26 as it is (409), the packet classification server 26 analyzes the service identifier in the VST contents to determine the service identifier. If the packet is related to the collection and provision of bus information, the vehicle information server 28 is notified to the vehicle information server 28 (410).

5 is a flowchart illustrating a kiosk information service procedure of the vehicle information service system according to the present invention.

First, the additional information server 29 notifies the kiosk server 30 of additional information of weather, news, securities, and advertisement (501). In addition, the vehicle information server 28 notifies the kiosk server 30 of the stop bus arrival guide information on the basis of the generated driving speed information for each section, sudden situation information information, and details of the bus passing through the bus (502). In addition, the web server 31 retrieves the web information requested by the kiosk user and notifies the kiosk server 30 (503).

Then, the kiosk server 30 is based on the kiosk information based on the information (additional information, stop bus arrival guide information, web information, etc.) reported from the additional information server 29, the vehicle information server 28, the web server 31. Extract (504) and notify the packet classification server 26 (505).

Next, the packet classification server 26 displays the transmitted kiosk information through the kiosk 27 installed near the stop (506).

The method of the present invention as described above may be implemented as a program and stored in a computer-readable recording medium (CD-ROM, RAM, ROM, floppy disk, hard disk, magneto-optical disk, etc.).

The present invention described above is not limited to the above-described embodiments and the accompanying drawings, and various substitutions, modifications, and changes are possible in the art without departing from the technical spirit of the present invention. It will be clear to those of ordinary knowledge.

As described above, the present invention provides bus arrival guidance information for passengers, drivers, transportation companies, and public offices using a wireless LAN communication technology that can cover multiple lanes using a single wireless LAN base station apparatus. Bus information collection and provision services, dispatch management services, kiosk information provision services are available, and also has the effect of providing Internet search and mobile office functions using wireless Internet.

Claims (12)

In a vehicle information service system using a wireless LAN, WLAN connection means for exchanging a transaction for collecting and providing vehicle information with a vehicle-mounted terminal attached to a vehicle through WLAN communication; WLAN communication means for allocating an available channel to the vehicle-mounted terminal through the WLAN access means when the vehicle enters the WLAN communication area, and collecting and providing vehicle information through the assigned channel; User interlocking means for providing kiosk information to a vehicle stop waiting passenger; Classify the packet (vehicle information collection packet, vehicle information request packet) transmitted through the wireless LAN communication means, transfer the vehicle information provided to the vehicle-mounted terminal to the wireless LAN communication means, and kiosk information is linked to the user Packet classification means for delivery to the means; Vehicle information providing means for collecting vehicle information collection packets classified by the packet classification means, extracting the vehicle information for the vehicle information request packet, and providing the vehicle information to the packet classification means; And Kiosk information providing means for extracting kiosk information and providing it to the packet classification means Vehicle information service system using a wireless LAN comprising a. The method of claim 1, The vehicle information providing means, In conjunction with an additional information server, the vehicle management information is extracted and provided to the vehicle mounting terminal through the WLAN communication means, the vehicle information received from the packet classification means is processed in real time, and the vehicle information request received from the packet classification means. Vehicle information service system using a wireless LAN, characterized in that for extracting the corresponding vehicle information for the packet to the vehicle-mounted terminal through the wireless LAN communication means. The method of claim 1, At the time of providing the vehicle information, Vehicle information service system using a wireless LAN, characterized in that providing the vehicle occupant with additional information related to weather, news, securities, file search. The method of claim 3, wherein The vehicle information providing means, Process the vehicle information received from the packet classification means in real time, extract the vehicle information for the vehicle information request packet received from the packet classification means and provide it to the vehicle loading terminal through the wireless LAN communication means, additional information server Vehicle information service system using a wireless LAN, characterized in that for extracting the additional information related to the weather, news, securities, file search in conjunction with the vehicle information via the wireless LAN communication means. The method of claim 4, wherein The additional information server, Provide additional information to the vehicle information providing means and provide the vehicle information with the vehicle information to the vehicle-mounted terminal through the wireless LAN communication means, or extract the corresponding additional information for the additional information request packet received from the packet classification means. Vehicle information service system using a wireless LAN, characterized in that provided by the vehicle-mounted terminal through a LAN communication means. The method of claim 1, The kiosk information providing means, By using the wireless LAN, the kiosk information for the kiosk information request packet from the station waiting passenger received by the packet classification means is provided to the user interworking means by interworking with the additional information server and the web server. Vehicle Information Service System. The method according to any one of claims 1 to 6, The vehicle mounting terminal, And a display device mounted on a vehicle and having a terminal access device for wireless LAN communication with the wireless LAN communication means through the wireless LAN access means, and providing vehicle information, other additional information, and dispatch management information to a vehicle occupant. Vehicle information service system using a wireless LAN, characterized in that. In a vehicle information service method using a wireless LAN, A first step of generating dispatch management information on the basis of a traveling speed of each section of the vehicle, an unexpected situation, and a stop passage history; A second step of, when the vehicle enters the wireless LAN communication area, the wireless LAN base station device that manages the wireless LAN communication area allocates an available channel to a vehicle mounting terminal mounted on the vehicle and transmits the dispatch management information to the vehicle mounting terminal; ; Collecting a packet through the allocated channel and analyzing a service identifier of the collected packet; A fourth step of updating, in real time, previously collected and stored vehicle information in the case of the vehicle information collection packet according to the determination result of the third step; A fifth step of extracting the vehicle information and transmitting the vehicle information to the vehicle-mounted terminal through the wireless LAN communication area according to the determination result of the third step; And Step 6 for extracting the kiosk information for the waiting passengers and transmitting the information to the kiosk terminal of the station Vehicle information service method using a wireless LAN comprising a. The method of claim 8, At the time of providing the vehicle information, Vehicle information service method using a wireless LAN, characterized in that providing the vehicle occupant with additional information related to weather, news, securities, file search. The method of claim 9, The additional information, The additional information can be provided together with the vehicle information or at the request of the vehicle occupant. If the additional information is provided alone, the additional information server extracts the additional information on the additional information request packet received from the packet classification server and wirelessly. Vehicle information service method using a wireless LAN, characterized in that provided to the vehicle-mounted terminal through a LAN base station device. The method according to any one of claims 8 to 10, The kiosk information, A vehicle information service method using a wireless LAN, which may be periodically provided by a kiosk server itself for a stop waiting passenger, or may be provided in real time according to a request of a stop waiting passenger. In a vehicle information service system having a processor for vehicle information service using a wireless LAN, A first function of generating dispatch management information on the basis of a traveling speed of each section of the vehicle, an accident situation, and a stop passage history; A second function of allocating an available channel to a vehicle mounting terminal mounted on a vehicle by a WLAN base station apparatus that manages the WLAN communication region when the vehicle enters a WLAN communication region, and transmits the dispatch management information to the vehicle mounting terminal; ; A third function of collecting packets over the assigned channel and analyzing a service identifier of the collected packets; A fourth function of updating, in real time, previously collected and stored vehicle information in the case of the vehicle information collection packet according to the determination result of the third function; A fifth function of extracting the vehicle information and transmitting the vehicle information to the on-vehicle terminal through the wireless LAN communication area according to the determination result of the third function; And Sixth function for extracting relevant kiosk information for waiting passengers and transmitting it to kiosk terminal of stop A computer-readable recording medium having recorded thereon a program for realizing this.