KR101917055B1 - Transport service providing system based on sensing position located in short distance using beacon, and method thereof - Google Patents

Abstract

The present invention relates to a transport service providing system based on sensing a short distance position using a beacon and a method thereof. The transport service providing system can provide an optimal route through the linkage for the expansion of the public as well as increase the service quality of the guide of the traffic facilities according to the location in the subway station, the bus stop, and the airport terminal. It is possible to provide an optimal path through linkage for public expansion and also to increase the quality of traffic information service according to a position in a subway station, a bus stop, an airport terminal, etc. The transport service providing system includes a beacon transmitter set, a mobile smart device, a network, and a traffic information service server.

Description

TECHNICAL FIELD [0001] The present invention relates to a system and a method for providing a proximity location sensing based traffic service using a beacon,

More particularly, the present invention relates to a system and method for providing a proximity location sensing based traffic service using a beacon, and more particularly, The present invention relates to a system and method for providing a proximity location sensing based traffic service using a beacon for providing a route of a beacon.

Modern transportation systems can be broadly divided into private transportation and public transportation. Public transport has the advantage of improving the operational efficiency of the transportation system and minimizing the total cost of the system. On the other hand, personal traffic can maximize individual utility, but it causes various social problems such as road congestion, greenhouse gas emission and energy consumption increase.

In addition, it is a reality that it is inevitable to use public transportation such as ships and aircraft for overseas or distant islands that are impossible for personal transportation.

Accordingly, in the related technology field, it is required to develop a technology for providing an optimal route through linking for public expansion as well as improvement of service quality of an airport at a subway station, a bus stop, and an airport terminal.

Korean Patent Application No. 10-2009-0047933 entitled " System for Providing Safe Public Transportation Service using Mobile Communication Network "

SUMMARY OF THE INVENTION The present invention has been made to solve the above-mentioned problems and it is an object of the present invention to provide a traffic information guidance service for improving the quality of traffic information service in subway stations, bus stops, airport terminals, The present invention provides a system and method for providing a proximity location sensing based traffic service using a beacon.

In addition, the present invention provides a beacon service for increasing user convenience, convenience, and convenience in using the convenience of a moving guide, and reducing time and service satisfaction by dispersing congestion. And a method for providing the proximity location sensing based traffic service.

In addition, the present invention provides a proximity location sensing based traffic control system using a beacon to prevent a boarding error and a non-boarding accident when a designated magnet such as an airplane is assigned, reduce the loss of cargo, A service providing system and a method thereof.

However, the objects of the present invention are not limited to the above-mentioned objects, and other objects not mentioned can be clearly understood by those skilled in the art from the following description.

In order to accomplish the above object, a method for providing a beacon-based short-range location sensing based traffic service according to an embodiment of the present invention includes: providing a beacon transmitter integrated control terminal 100a managing a single beacon transmitter set 100g, N-th BLE beacon signal transmission control command for each of the first to n-th beacon transmitters 100-1 to 100-n according to a transmission request of the traffic guidance service server 400 via the first to n-th beacon transmitters 100-1 to 100- step; The mobile smart device 200 entering the BLE beacon signal receiving coverage from each beacon transmitter constituting the beacon transmitter set 100g transmits the first to n < th > beacon transmitters 100- When the first beacon signal from the first beacon transmitter 100-1 is received and the ID information contained in the first beacon signal is checked, the traffic information service server 400 The second step of transmitting the first ID information and the user identification number to the database 430 on the traffic information service server 400; The traffic information service server 400 confirms the user identification number and determines that the ID transmitted from the mobile smart device 200 before the reception of the first ID information is the second ID information on the database 430 that matches the user identification number Or the ID information of the beacon transmitter located outside the history; And the traffic information service server 400 determine whether the second ID information or the beacon transmitter ID information located outside the history is received prior to the first ID information with respect to the user identification number, And provides and manages a traffic guidance service based on another beacon transmitter managed by the beacon transmission integrated control terminal 100a that manages beacon transmitter ID information located outside the history. As a result of determination, if the beacon transmitter ID information located outside the history is the first ID information A fourth step of extracting at least one previous path information matching the user identification number from the database 430 if the previous path information has been received; And a control unit.

After the fourth step, the traffic information service server 400 extracts the IDs of the beacon transmitters installed in the zones in the extracted route information according to the extracted time information. Is further preferably performed.

After the fifth step, the traffic information service server 400 waits for reception of the BLE beacon signal corresponding to the ID information of the beacon transmitter extracted for each path information from the mobile smart device 200 through the network 300 ; Is further preferably performed.

After the sixth step, when the traffic information service server 400 receives the ID information from the mobile smart device 200 through the network 300, the traffic information service server 400 transmits the ID information corresponding to the ID information of the beacon transmitter extracted for each route information If it is determined that the BLE beacon signal has not been received, and if it does not correspond to the ID information of the beacon transmitter extracted for each path information as a result of the determination, a new destination through inquiry of the mobile smart device 200 for the new path information is received , Stores the ID information of the beacon transmitter in the middle of the beacon transmitter having the position value corresponding to the destination as a new path storage unit in the database 430 along with the user's identification number in the course of time, A position value matching with the ID information of the BLE beacon signal received from the device 200 is extracted, A seventh step of providing a container information message to the mobile smart device 200 through the network 300; Is further preferably performed.

A system and method for providing a proximity location sensing based on beacon according to an embodiment of the present invention can improve the service quality of a guide to a traffic information according to its location in a subway station, a bus stop, an airport terminal, It is possible to provide an optimal path through linkage.

In addition, according to another embodiment of the present invention, there is provided a proximity location sensing based traffic service providing system and method using a beacon, which can detect a location of a user and a status of a user in a traffic facility, It is possible to increase the convenience of use of the guide route, reduce the time through congestion dispersion, and increase the service satisfaction.

In addition, according to another embodiment of the present invention, there is provided a system and system for providing a proximity location sensing based traffic service using a beacon, which prevents a boarding error and a non-boarding accident when a designated magnet such as an aircraft is assigned, It is possible to provide an effect of enhancing the status as a transit airport as a customer language service.

1 is a view illustrating a system for providing a short-range location sensing based traffic service using a beacon according to a first embodiment of the present invention.
2 is a diagram illustrating a system for providing a proximity location sensing based traffic service using a beacon according to a second embodiment of the present invention.
3 is a diagram illustrating a system for providing a proximity location sensing based traffic service using a beacon according to an embodiment of the present invention, which comprises a single beacon transmitter set 100g based on the subway history.
FIG. 4 is a diagram illustrating the components of the traffic guidance service server 400 among the proximity location sensing based traffic service providing system using the beacon according to the embodiment of the present invention.
5 is a flowchart illustrating a method of providing a short-range location sensing based traffic service using a beacon according to the first embodiment of the present invention.
6 is a flowchart illustrating a method of providing a short-range location sensing based traffic service using a beacon according to a second embodiment of the present invention.
7 to 9 are diagrams illustrating a system for providing a proximity location sensing based traffic service using a beacon according to an embodiment of the present invention with reference to a subway history (Fig. 7), an entry from an airport (Fig. 8) 1 shows an example of a traffic information message provided to the mobile smart device 200 by the traffic information service server 400 for each zone.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, a detailed description of preferred embodiments of the present invention will be given with reference to the accompanying drawings. In the following description of the present invention, detailed description of known functions and configurations incorporated herein will be omitted when it may make the subject matter of the present invention rather unclear.

In the present specification, when any one element 'transmits' data or signals to another element, the element can transmit the data or signal directly to the other element, and through at least one other element Data or signal can be transmitted to another component.

1 is a view illustrating a system for providing a short-range location sensing based traffic service using a beacon according to a first embodiment of the present invention. 2 is a diagram illustrating a system for providing a proximity location sensing based traffic service using a beacon according to a second embodiment of the present invention. 1 and 2, a system for providing a proximity location sensing based traffic service using a beacon includes a beacon transmitter 100 - 1 to a beacon transmitter 100 - n (n is a natural number of 3 or more) At least one transmitter set 100g is provided and each beacon transmitter set 100g is under the control of the beacon transmission integrated control terminal 100a.

Meanwhile, the near-distance location sensing based traffic service providing system using beacons may include a mobile smart device 200, a network 300, and a traffic guidance service server 400 in addition to a plurality of beacon transmitter sets 100g.

3 is a diagram illustrating a system for providing a proximity location sensing based traffic service using a beacon according to an embodiment of the present invention, which comprises a single beacon transmitter set 100g based on the subway history.

3, each of the first beacon transmitter 100-1 to the sixth beacon transmitter 100-6 includes a history entrance zone, a boarding passage zone, a boarding zone, a boarding zone, a getting-off zone, , And a historic exit zone, but this can be changed to one example. Also, the present invention can be applied to the present invention by modifying only one beacon transmitter based on each history.

FIG. 4 is a diagram illustrating the components of the traffic guidance service server 400 among the proximity location sensing based traffic service providing system using the beacon according to the embodiment of the present invention. 4, the traffic information service server 400 includes a transmission / reception unit 410, a control unit 420, and a database 430. The control unit 420 includes a beacon signal transmission module 421, Module 422, a big data-based path management module 423, a destination service provision module 424, and a path update and management module 425. [

Hereinafter, a detailed description will be given of a proximity location sensing based traffic service providing system using a beacon based on the configuration of the control unit 420 of the traffic information service server 400. [

The beacon signal transmitting module 421 includes first through n-th beacon transmitters 100-1 through 100-n through the network 300 for the beacon transmitting integrated control terminal 100a managing one beacon transmitter set 100g ) To transmit the first to n < th > BLE beacon signal transmission control commands for broadcasting to the mobile smart device 200, respectively.

Accordingly, the beacon signal transmitting module 421 transmits the first to n < th > BLE beacon signals by the mobile smart device 200 entering the BLE beacon signal receiving coverage from each beacon transmitter constituting the beacon transmitter set 100g, Receives the first beacon signal from the first beacon transmitter 100-1 of the first through n-th beacon transmitters 100-1 through 100-n to be transmitted, identifies the ID information included in the first beacon signal, After controlling the transmitting / receiving unit 410 to grant access from the mobile smart device 200 via the network 300, after receiving the first ID information and the user identification number from the mobile smart device 200, And stores it in the database 430.

The area management and recognition module 422 confirms the user identification number and identifies the ID transmitted from the mobile smart device 200 before the first ID information is received on the database 430 matching the user identification number with the second ID information Or whether it is the ID information of the beacon transmitter located outside the history.

Here, the reason why the ID information of the beacon transmitter located outside the second ID information history is confirmed is that when the second ID information and the first ID information are sequentially recognized as shown in FIG. 3, the area management and recognition module 422 Recognizing that the user of the mobile smart device 200 is moving in the outgoing direction A2 and transmits the beacon transmitted from the beacon transmitting integrated control terminal 100a having the beacon transmitter which proceeds to the next in the first beacon transmitter 100-1 ) To perform service management for each beacon transmitter formed in another history. 3, when the ID information of the beacon transmitter located outside the history is received prior to the reception of the first ID information, the area management and recognition module 422 determines whether the user of the mobile smart device 200 is in the incoming direction (A1) N beacon transmitters managed by the beacon sender integrated control terminal 100a that has received the transmission request by recognizing that the beacon transmission control terminal 100a is moving.

To this end, the area management and recognition module 422 determines which of the second ID information or the beacon transmitter ID information located outside the history is received prior to the first ID information with respect to the identification number of the user, , It provides and manages a traffic guidance service based on another beacon transmitter managed by the beacon transmission integrated control terminal 100a that manages beacon transmitter ID information located outside the history. At this time, besides the same history, at least one beacon transmitter located outside the history can be installed at regular intervals in the transportation facilities such as an airport, a bus stop, and the like.

Meanwhile, if the beacon transmitter ID information located outside the history is received prior to the first ID information, the area management and recognition module 422 transmits a route extraction request to the destination service providing module 424. Accordingly, the destination service providing module 424 extracts at least one previous route information matching the user identification number on the database 430 from the database 430, and then, in the extracted route information, The ID of the beacon transmitter installed in the zone is extracted again in the database 430 for each extracted route.

The destination service providing module 424 controls the transmitting and receiving unit 410 to wait for receiving the BLE beacon signal corresponding to the ID information of the beacon transmitter extracted for each path information from the mobile smart device 200 via the network 300 do.

Accordingly, the destination service providing module 424 receives the ID information from the mobile smart device 200 through the network 300, and receives the BLE beacon signal corresponding to the ID information of the beacon transmitter extracted for each route information If it is determined that the beacon transmitter ID information does not correspond to the beacon transmitter ID information extracted for each path information, the mobile smart device 200 receives a new destination through the query for the mobile smart device 200, Stores the ID information of the beacon transmitter in the middle of the beacon transmitter having the position value together with the identification number of the user as a new path storage unit in the database 430 according to the passage of time, Extracts a position value matched with the ID information of the received BLE beacon signal, and then extracts a traffic information mesh The controls the transceiver 410 so as to provide over the network 300 to the mobile smart device 200.

Conversely, the destination service providing module 424 receives the ID information from the mobile smart device 200 via the network 300, and determines whether to receive the BLE beacon signal corresponding to the ID information of the beacon transmitter extracted for each route information And extracts a position value matching the ID information of the received BLE beacon signal if the ID information corresponds to the ID information of the beacon transmitter extracted according to the route information as a result of the determination and extracts a traffic information message matching the extracted position information Receiver 410 to provide it to the mobile smart device 200 through the network 300 and to transmit a selection request for one of the destination information among the extracted route information based on the ID information of the received BLE beacon signal (410) through the network (300).

The path update and management module 425 is configured to send a selection signal for one of the destination information of the mobile smart device 200 stored in the database 430 to the transceiver 410 ).

The route update and management module 425 compares the 'destination ID information', which is the received first ID information, with the 'destination ID information' of the beacon transmitter stored with the location values of the selected destination information, together with the user identification number, In the database 430 as a single path storage unit.

The route update and management module 425 transmits (1) the ID information contained in the route information matched with the selected destination information to the network 300, among the route information set as the location value of the source ID information and the location value of the destination ID information (2) control of the transceiver 410 to wait for new ID information that is not on the existing path information set as the location value of the source ID information and the location ID of the destination ID information do.

Here, the ID information included in the path information matched with the selected destination information will be described. The path update and management module 425 updates only the information corresponding to the selected destination information among the path information extracted by the destination service providing module 424 The first ID information received from the mobile smart device 200 and the ID information received by the destination service providing module 424 are successively extracted as path information corresponding to the initial path The BLE transmitter receives the BLE signal from the BLE transmitter having the position value included in the second extracted route information, and then transmits the extracted BLE signal to the mobile smart And waits to receive ID information by the device 200. At this time, the 'ID information received by the destination service providing module 424' is transmitted from the beacon transmitter located on the multipoint position value included in one path information corresponding to each of the extracted plurality of path information to the mobile smart device 200 may correspond to the ID information included in the beacon signal received by the destination service providing module 424 from the mobile smart device 200 after receiving the beacon signal.

The path update and management module 425 controls the transceiver 410 to receive the ID information from the mobile smart device 200 through the network 300 and then determines whether the path information is the existing path ID information or the new ID information If it is determined that the ID information is the existing route ID, the location information matching the ID information of the received BLE beacon signal is extracted. Then, the traffic information message matching the extracted location information is extracted, Receiver 410 to provide it to the device 200 and may store the current time information together in a single path storage unit having the selected destination information in the database 430 as a category.

The route update and management module 425 determines whether the ID information received through the network 300 from the mobile smart device 200 corresponds to the destination ID information and if the received ID information corresponds to the destination ID information If the received ID information does not correspond to the destination ID information, the ID information corresponding to the next location value is transmitted to the network 300 from the route information selected after the received ID information And waits for reception from the mobile smart device 200 and repeats the process until the received ID information corresponds to the destination ID information.

The path update and management module 425 controls the transceiver 410 to receive the ID information from the mobile smart device 200 through the network 300 and then determines whether the path information is the existing path ID information or the new ID information As a result of the determination, if the new ID information is the new ID information according to the flow of time between the source ID information 'and the' destination ID information ', one of the existing route information of the database 430 set in the same category as the same destination ID information And stores it in the path storage unit together with the elapsed time information.

The route update and management module 425 extracts a location value matching with the ID information of the received BLE beacon signal, extracts a traffic information message matching the extracted location value from the database 430, And controls the transmission / reception unit 410 to provide it to the mobile smart device 200.

Then, the big data-based route management module 423 can classify one BLE transmitter set 100g for each transportation means and then assign an identification code for each transportation means, and the advantages and disadvantages of each BLE transmitter- It is possible to provide the mobile smart device 200 with route information divided into position values for each BLE transmitter for the shortening time to the same origin and destination at the time of use.

To this end, the big data-based route management module 423 transmits the location information for the shortest time path information and route through the machine learning and / or the deep learning to the mobile smart device 200 through the network 300, (410).

For this, the big data-based path management module 423 analyzes the collected data distributed on the database 430 according to each user identification number using the analysis / control program through a machine learning algorithm, and calculates the path information and path of the shortest time Can be generated. More specifically, the machine learning algorithm used in the analysis / control program may be one of a decision tree (DT) classification algorithm, a random forest classification algorithm, and a SVM (Support Vector Machine) classification algorithm.

The big data-based path management module 423 collectively analyzes the scattered collected data, extracts a plurality of pieces of feature information as a result of the analysis, and learns the extracted feature information using at least one of a plurality of machine learning algorithms As a result of learning, it is possible to judge whether or not an abnormal state exists.

That is, the big data-based path management module 423 may apply an ensemble structure composed of a plurality of mutually complementary machine learning algorithms in order to improve the accuracy of the state determination result.

Decision Tree Classification Algorithm is a method that learns by tree structure and derives the result. It is easy to interpret and understand the result, data processing speed is fast, and it is possible to derive rule based on search tree. RF can be applied as a way to improve the low classification accuracy of DT. The random forest classification algorithm is a method of slaughtering the result of learning a large number of DTs in an ensemble. It is difficult to understand the result than DT, but the result accuracy can be higher than that of DT. SVM can be applied to improve the overarching agreement that can be generated through DT or RF learning. The SVM classification algorithm classifies data belonging to different classes into a plane-based method, and can generally have high accuracy and low sensitivity to overfitting structurally.

On the other hand, the big data-based route management module 423 analyzes deep-learning using the refined data after the machine learning, and analyzes the deep-learning method using the machine learning method. And the conversion and application to the path parameters in such a manner as to minimize the cycle time (cycle time), the minimum time in the array according to the order of time of each position value, and the decrease in the maximum time tact time . ≪ / RTI >

5 is a flowchart illustrating a method of providing a short-range location sensing based traffic service using a beacon according to the first embodiment of the present invention. 5, a beacon transmission integrated control terminal 100a that manages a single set of beacon transmitters 100g transmits first to n-th beacons according to a transmission request of the traffic guidance service server 400 through the network 300, The first to n-th BLE beacon signal transmission control commands for the transmitters 100-1 to 100-n are transmitted (S11).

After step S11, the mobile smart device 200 which has entered the BLE beacon signal receiving coverage from each beacon transmitter constituting the beacon transmitter set 100g transmits first to n < th > BLE beacon signals, When receiving the first beacon signal from the first beacon transmitter 100-1 of the n beacon transmitters 100-1 through 100-n and confirming the ID information contained in the first beacon signal, Accesses the traffic information service server 400 and transmits the first ID information and the user identification number to the database 430 on the traffic guidance service server 400 in step S12.

After the step S12, the traffic information service server 400 confirms the user identification number and identifies the ID transmitted from the mobile smart device 200 immediately before receiving the first ID information on the database 430 matching the user identification number Is the second ID information or the ID information of the beacon transmitter located outside the history (S13).

Here, the reason why the ID information of the beacon transmitter located outside the second ID information history is confirmed is that when the second ID information and the first ID information are sequentially recognized as shown in FIG. 3, the traffic guidance service server 400 It is assumed that the mobile smart device 200 user is moving in the direction A2 and the other beacon transmitting integrated control terminal 100a having the beacon transmitter proceeding from the first beacon transmitter 100-1 along the A2 direction, So that the service management for each beacon transmitter formed in another history is performed. 3, when the ID information of the beacon transmitter located outside the history is received prior to the receipt of the first ID information, the traffic information service server 400 determines whether the mobile smart device 200 user moves in the direction (A1) It is possible to provide the traffic guidance service using the first to n-th beacon transmitters managed by the beacon transmission integrated control terminal 100a that has performed the transmission request in step S11.

To this end, the traffic information service server 400 determines which of the second ID information or beacon transmitter ID information located outside the history is received before the first ID information with respect to the user identification number (S14) If the information is the information, the beacon transmitter 100a managing the beacon transmitter ID information located outside the history provides and manages the traffic guidance service based on the other beacon transmitter managed by the beacon transmission integrated control terminal 100a (S14b).

On the other hand, if it is determined in step S14 that the beacon transmitter ID information located outside the history is received before the first ID information, the traffic guidance service server 400 transmits the previous path information matching the user identification number to at least one database 430) (S15).

After the step S15, the traffic information service server 400 extracts the ID of the beacon transmitter installed in the zone to be traveled according to the time information from the extracted route information for each route extracted in the step S15 S16).

After step S16, the traffic information service server 400 waits for reception of the BLE beacon signal corresponding to the ID information of the beacon transmitter extracted for each route information from the mobile smart device 200 through the network 300 S17).

After receiving the ID information from the mobile smart device 200 via the network 300, the traffic information service server 400 transmits the BLE beacon corresponding to the ID information of the beacon transmitter extracted for each route information It is determined whether a signal has been received (S18).

If it is determined that the beacon transmitter ID information does not correspond to the beacon transmitter ID information extracted for each route information in step S18, the traffic guidance service server 400 transmits the new route information to the new destination through the inquiry about the mobile smart device 200 And stores the ID information of the beacon transmitter in the middle of the beacon transmitter having the position value corresponding to the destination together with the identification number of the user as a new path storage unit in the database 430 according to the passage of time, A location information matching with the ID information of the BLE beacon signal received from the mobile smart device 200 is extracted in the middle, and a traffic information message matching the extracted location value is transmitted to the mobile smart device 200 through the network 300 (S18a).

On the other hand, if it is determined in step S18 that the ID information of the beacon transmitter extracted for each route information corresponds to the ID information of the beacon transmitter, the traffic information service server 400 extracts a position value matching the ID information of the received BLE beacon signal, Extracts a traffic information message matched with the extracted location information, provides the traffic information message to the mobile smart device 200 through the network 300, and extracts each route information extracted in step S15 based on the ID information of the received BLE beacon signal And transmits a selection request for one of the destination information through the network 300 (S19).

6 is a flowchart illustrating a method of providing a short-range location sensing based traffic service using a beacon according to a second embodiment of the present invention. Referring to FIG. 6, after step S19, steps S20 to S26 described below may be performed, or only steps S20 to S26 of FIG. 6 may be independently performed . Hereinafter, the process after step S19 of FIG. 5 will be mainly described.

The traffic information service server 400 receives a selection signal for one of destination information of the mobile smart device 200 stored in the database 430 from the mobile smart device 200 through the network 300 in operation S20.

After step S20, the traffic information service server 400 transmits the 'destination ID information', which is the first ID information of step S12, and the 'destination ID information' of the beacon transmitter stored with the location values of the selected destination information, , And stores the selected destination information together with the departure time in the database 430 as one route storage unit (S21).

After step S21, the traffic information service server 400 transmits (1) the ID information included in the route information matched with the selected destination information, among the route information set as the location value of the source ID information and the destination ID information (2) waiting for new ID information that is not on the existing route information set as the location value of the source ID information and the location ID of the destination ID information (S22 ).

The ID information included in the route information matched with the destination information selected in step S22 is extracted by extracting only the information corresponding to the selected destination information from the route information extracted in step S15 More specifically, the 'first ID information' received from the mobile smart device 200 and the 'ID information received in step S20' are primarily extracted from the path information continuously corresponding to the initial path The mobile smart device 200 that has received the BLE signal from the BLE transmitter having the position value included in the route information extracted secondarily after extracting only the first route information that matches the destination information, And waits to receive the ID information. At this time, the 'ID information received in step S20' indicates that the mobile smart device 200 receives the beacon signal from the beacon transmitter located on the multipoint position value included in one path information corresponding to each of the extracted plurality of route information, And may correspond to the ID information included in the received beacon signal.

After step S22, the traffic information service server 400 receives the ID information from the mobile smart device 200 through the network 300 and determines whether it is the existing path ID information or the new ID information (S23 ).

As a result of the determination in step S23, if it is the existing route ID information, the traffic information service server 400 extracts a location value matching with the ID information of the received BLE beacon signal, and then transmits a traffic information message To the mobile smart device 200 via the network 300 and stores the current time information together with the selected destination information corresponding to the step S21 of the database 430 in one route storage unit (S24).

After step S24, the traffic information service server 400 determines whether the ID information received through the network 300 from the mobile smart device 200 corresponds to the destination ID information in step S23 (S25) .

If the received ID information corresponds to the destination ID information as a result of the determination in step S25, the traffic guidance service server 400 terminates the traffic guidance service. Conversely, if it is determined in step S25 that the received ID information is the destination ID information The mobile smart device 200 waits for reception of the ID information corresponding to the next location value from the route information selected after the ID information received in step S22 via the network 300 (S26 , The flow returns to step S23, and steps S23 to S25 are repeatedly performed until the received ID information corresponds to the destination ID information.

On the other hand, if it is determined that the ID information received from the mobile smart device 200 is the existing path ID information or the new ID information, the traffic information service server 400 returns to step S23, Together with the elapsed time information in one route storage unit set in the same category as the same destination ID information among the existing route information of the database 430 as new ID information according to the time flow between the 'origin ID information' and the 'destination ID information' (S23a).

After step S23a, the traffic information service server 400 extracts a position value matching with the ID information of the BLE beacon signal received in step S23a, and transmits a traffic information message matching the extracted position value to the database 430 And provides it to the mobile smart device 200 through the network 300 (S23b).

After the step S23b, the traffic information service server 400 receives the new ID information and receives the 'destination ID information' from the mobile smart device 200 after receiving the new ID information, (Step S23c). In step S23c, it is determined whether the ID information on the path information including the selected destination information is returned.

As a result of the confirmation in step S23c, the traffic guidance service server 400 determines whether the user of the mobile smart device 200 is returned on the route information including the selected destination information (S23d).

As a result of the determination in step S23d, if not, the traffic guidance service server 400 returns to step S23a to move the process of step S23a to step S23b on the route information including the selected destination information. The smart device 200 is repeatedly performed until the user returns.

On the other hand, if it is determined in step S23d that the information is returned, the traffic information service server 400 returns to step S25 to analyze whether the received ID information is ID information corresponding to the destination ID information, If the received ID information does not correspond to the destination ID information, the process proceeds to step S26. In step S26, ID information corresponding to the next location value is transmitted from the selected route information to the network The mobile smart device 200 waits for reception (S26), returns to step S23, and repeats steps S23 to S25 until the received ID information corresponds to the destination ID information Repeat this until

7 to 9 are diagrams illustrating a system for providing a proximity location sensing based traffic service using a beacon according to an embodiment of the present invention with reference to a subway history (Fig. 7), an entry from an airport (Fig. 8) 1 shows an example of a traffic information message provided to the mobile smart device 200 by the traffic information service server 400 for each zone.

The present invention can also be embodied as computer-readable codes on a computer-readable recording medium. A computer-readable recording medium includes all kinds of recording apparatuses in which data that can be read by a computer system is stored.

Examples of the computer-readable recording medium include a ROM, a RAM, a CD-ROM, a magnetic tape, a floppy disk, an optical data storage device and the like, and also implemented in the form of a carrier wave (for example, transmission over the Internet) .

The computer readable recording medium may also be distributed over a networked computer system so that computer readable code can be stored and executed in a distributed manner. And functional programs, codes, and code segments for implementing the present invention can be easily inferred by programmers skilled in the art to which the present invention pertains.

As described above, preferred embodiments of the present invention have been disclosed in the present specification and drawings, and although specific terms have been used, they have been used only in a general sense to easily describe the technical contents of the present invention and to facilitate understanding of the invention , And are not intended to limit the scope of the present invention. It is to be understood by those skilled in the art that other modifications based on the technical idea of the present invention are possible in addition to the embodiments disclosed herein.

100-1 to 100-n: first to n-th beacon transmitters
100a: beacon transmission integrated control terminal
100g: Beacon transmitter set
200: Mobile Smart Device
300: Network
400: Traffic information service server
410: Transmitting /
420:
421: Beacon signal transmission module
422: Area management and recognition module
423: Big Data Based Path Management Module
424: Destination service providing module
425: Path Update and Management Module
430: Database

Claims (4)

The first beacon transmitter 100-1 through n-th beacon transmitter 100-n (where n is a natural number equal to or greater than 3) under the control of the beacon transmission integrated control terminal 100a is a beacon transmitter set 100g); Mobile smart device 200; Network 300; And a traffic information service server 400; The traffic information service server 400 includes a transmission / reception unit 410, a control unit 420, and a database 430. The control unit 420 receives the beacon information from the control unit 420, Quot;
The first to n-th beacon transmitters 100-1 to 100-n for the first to n-th beacon transmitters 100-1 to 100-n through the network 300 to the beacon transmission integrated control terminal 100a managing one beacon transmitter set 100g, n BLE beacon signal transmission control command to the mobile smart device 200 to transmit the BLE beacon signal transmission control command to the mobile smart device 200 and to transmit the BLE beacon signal from each beacon transmitter constituting the beacon transmitter set 100g, The first to n-th beacon transmitters 100-1 to 100-n transmitting the first to n < th > BLE beacon signals by the mobile smart device 200 entering the reception coverage, Receiving unit 4 to receive the first beacon signal from the transmitter 100-1 and grant access from the mobile smart device 200 through the network 300 according to the identification information contained in the first beacon signal, A beacon signal sending module 421 for receiving the first ID information and the user identification number from the mobile smart device 200 after controlling the mobile smart device 200 and storing the received information in the database 430;
The ID transmitted from the mobile smart device 200 prior to the receipt of the first ID information on the database 430 matching the user identification number is transmitted to the second beacon transmitter 110- 2) or the ID information of the beacon transmitter located outside the history, and if the second ID information and the first ID information are sequentially recognized, The second beacon transmitter 100-1 recognizes that the user of the device 200 is moving and determines whether or not the beacon transmitted from the first beacon transmitter 100-1 to another beacon transmitter integrated control terminal 100a having the next beacon transmitter according to the outgoing direction A2 It is possible to perform service management for each beacon transmitter formed in a traffic facility including other history, airport, and bus stop in the relationship, When the mobile smart device 200 recognizes that the user of the mobile smart device 200 is moving in the incoming direction A1 in the case where the ID information of the located beacon transmitter is received, 1 to n-th beacon transmitters, the destination service providing module 424 transmits a route extraction request to the destination service providing module 424 so as to provide a traffic guidance service utilizing the user identification number An area management and recognition module 422 for causing the database 430 to extract at least one previous path information matched with the previous path information;
In the extracted previous path information, the database 430 re-extracts the IDs of the beacon transmitters installed in the zone in the zone proceeding according to the time information by the extracted path, and extracts the ID information of the beacon transmitter extracted for each path information Controls the transceiver 410 to wait for reception of the corresponding BLE beacon signal from the mobile smart device 200 via the network 300 and receives the ID information from the mobile smart device 200 through the network 300 If it is determined that the BLE beacon signal corresponding to the ID information of the beacon transmitter extracted for each path information has not been received and if it does not correspond to the ID information of the beacon transmitter extracted for each path information as a result of the determination, After receiving the new destination through the inquiry to the smart device 200, it proceeds to the beacon transmitter having the position value corresponding to the destination Stores the ID information of the intermediate beacon transmitter as a new path storage unit in the database 430 according to the flow of time along with the identification number of the user and identifies the ID information of the BLE beacon signal received from the mobile smart device 200 And then controls the transceiver 410 to provide the mobile smart device 200 with a traffic information message that matches the extracted location value through the network 300,
On the contrary, if it is determined that the ID information of the beacon transmitter is extracted for each route information, the location information matching the ID information of the received BLE beacon signal is extracted, and the traffic information message matching the extracted location value is extracted Receiver 410 for providing to the mobile smart device 200 through the network 300 and transmits a selection request for one of the destination information among the extracted route information based on the ID information of the received BLE beacon signal A destination service provision module 424 for controlling the transmission / reception unit 410 to transmit via the network 300; And
Controls the transceiver 410 to receive a selection signal for one of the destination information of the mobile smart device 200 stored in the database 430 from the mobile smart device 200 via the network 300, Destination ID information ' of the beacon transmitter stored as the location information of the selected destination information, which is the ID information, as the user identification number, and the database 430 (1) the ID information included in the route information matched with the selected destination information, from the location information of the source ID information and the location information of the destination ID information, (2) on the existing route information set as the location value of the source ID information and the location value of the destination ID information, Receiver 410 so as to wait for new ID information that is not received,
If it is determined that the received ID information is the existing path ID information or the new ID information, extracts a position value matched with the ID information of the received BLE beacon signal if it is the existing path ID information, And controls the transmission / reception unit 410 to provide the current time information to the mobile smart device 200 through the network 300. The current time information is used as a category of the selected destination information in the database 430 The mobile smart device 200 determines whether the ID information received through the network 300 corresponds to the destination ID information. If it is determined that the received ID information corresponds to the destination ID information The traffic information service is terminated. On the contrary, if the received ID information does not correspond to the destination ID information, After receiving the ID information corresponding to the next location value from the selected path information, the mobile smart device 200 waits for reception from the mobile smart device 200 via the network 300, and repeatedly transmits the ID information corresponding to the next location value until the received ID information corresponds to the destination ID information Lt; / RTI &
As a result of the determination, if there is new ID information, one of the existing route information of the database 430 as the new ID information according to the flow of time between the source ID information 'and the' destination ID information ' Stores the location information together with the elapsed time information in the storage unit, extracts a location value matching with the ID information of the received BLE beacon signal, extracts a traffic information message matching the extracted location information from the database 430, A route update and management module 425 for controlling the transceiver 410 to provide the mobile smart device 200 with the route update and management module 425; / RTI >
The route update and management module 425 determines whether the first ID information received from the mobile smart device 200 and the first ID information received from the mobile smart device 200 in the reception waiting for the ID information included in the route information matched with the selected destination information, The ID information received by the destination service providing module 424 firstly extracts only the route information corresponding to the initial route continuously and then secondarily extracts only the destination information that matches the destination information of the firstly extracted route information Receives the ID information from the mobile smart device 200 that has received the BLE signal from the BLE transmitter having the position value included in the secondarily extracted route information,
The ID information received by the destination service providing module 424 is transmitted to the mobile smart device 200 from a beacon transmitter located on a multipoint position value included in one route information corresponding to each of the extracted route information, The beacon signal is received from the mobile smart device 200 and corresponds to the ID information included in the beacon signal received by the destination service providing module 424 from the mobile smart device 200. [ .
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