KR101683220B1 - Intelligent tourism information system based on beacon grid - Google Patents

Abstract

The present invention relates to an intelligent tourism information system, and more particularly, to an intelligent tourism information system, which comprises a tourist terminal for receiving beacon identification information and exchanging tourist information with a guide server, And a guide server for receiving and analyzing identification information of a specific beacon from the tourist terminal to generate situational information and providing tourist information to the tourist terminal according to the generated situational information, This is about an intelligent tourism information system based on beacon grid that can increase the convenience of tourists because it guides tourist information.

Description

[0001] The present invention relates to an intelligent tourism information system based on beacon grid,

The present invention relates to an intelligent tourism information system, and more particularly, to an intelligent tourism information system, which comprises a tourist terminal for receiving beacon identification information and exchanging tourist information with a guide server, And a guide server for receiving and analyzing identification information of a specific beacon from the tourist terminal to generate situational information and providing tourist information to the tourist terminal according to the generated situational information, This is about an intelligent tourism information system based on beacon grid that can increase the convenience of tourists because it guides tourist information.

Demand for travel both at home and abroad is increasing due to changes in the values of economic development and rest. Most tourists have only one-way travel information provided by mass-market and travel companies. Accordingly, a travel information service system that provides personalized information based on the location of a user has been widely developed as disclosed in the following patent documents.

<Patent Literature>

&Quot; Location-based user interactive travel information service system and method ", Japanese Unexamined Patent Application Publication No. 10-2014-0070702

However, the conventional travel information service system is based on the location of the user, but can not actively provide tourist information to tourists according to the circumstantial factors, that is, the problem that the information provided by the travel information service system is limited have.

SUMMARY OF THE INVENTION The present invention has been made to solve the above problems,

The present invention aims to provide an intelligent tourist information system based on a beacon grid that can increase the convenience of tourists by actively providing tourist information to tourists according to the situation information.

It is another object of the present invention to provide an intelligent tourist information system based on a beacon grid that can provide tour operators with service utilization pattern information to create new economic value.

In order to achieve the above object, the present invention is implemented by the following embodiments.

According to an embodiment of the present invention, a beacon grid-based intelligent tourism information system according to the present invention comprises: a tourist terminal for receiving beacon identification information and exchanging sightseeing information with a guide server; A beacon installed at a specific place and transmitting unique identification information to the neighboring tourist terminal; And a guide server for receiving and analyzing the identification information of the specific beacon from the tourist terminal to generate the situation information and providing the tourist information to the tourist terminal according to the generated situation information.

According to another embodiment of the present invention, in the beacon grid-based intelligent tourism information system according to the present invention, the beacons are installed at specific places to form a beacon grid network, and each beacon has unique identification information do.

According to another embodiment of the present invention, in the beacon grid-based intelligent tourism information system according to the present invention, the guide server includes a beacon information analyzer for analyzing identification information of a beacon transmitted from the tourist terminal, And a tourist information providing unit for providing specific tourist information by considering the situation information generated by the beacon information analyzing unit.

According to another embodiment of the present invention, in the beacon grid-based intelligent tourism information system according to the present invention, the guide server includes a schedule information providing unit for providing information on the next tourist spot in consideration of the situation information generated by the beacon information analyzing unit And a management unit.

According to another embodiment of the present invention, in the beacon grid-based intelligent tourism information system according to the present invention, the beacon information analyzing unit matches the identification information of the beacon transmitted from the tourist terminal with the identification information of the beacon stored in the storage unit A location analysis module for identifying a location where the tourist terminal is located; A frequency analysis module for determining the number of times each identification information is transmitted from the tourist terminal; A time analyzing module for extracting time information from the time when the identification information is transmitted from the tourist terminal; And a weather analysis module for extracting weather information on the weather at the time when the identification information is transmitted from the tourist terminal.

According to another embodiment of the present invention, in the beacon grid-based intelligent tourism information system according to the present invention, the time information includes time, month, season, time interval between consecutively transmitted identification information, Wherein the weather information includes a time interval between the identification information when the information is transmitted, the weather information includes a temperature and a weather condition, the weather analysis module accesses a server that publicly provides weather information to extract weather information, From the weather information stored in the storage unit.

According to another embodiment of the present invention, in the beacon grid-based intelligent tourism information system according to the present invention, when the number of times that the specific identification information outputted from the frequency analysis module is transmitted is 1, And the tourist information of the point identified through the module is extracted from the storage unit and provided to the tourist terminal.

According to another embodiment of the present invention, in the beacon grid-based intelligent tourism information system according to the present invention, the schedule proposal management unit includes a frequency determination module for determining whether the number of times the specific identification information output from the frequency analysis module is transmitted is two and; A time interval determination module for determining whether the time interval between the same identification information output from the time analysis module exceeds a predetermined time, when it is determined that the number of times the specific identification information has been transmitted is 2; When the time interval determination module determines that the time interval between the same identification information exceeds a predetermined time, the status information for the second identification information among the same identification information output to the beacon information analysis section And a schedule matching module for determining whether schedule information exists in the storage unit and extracting the schedule information corresponding to the schedule information from the storage unit and transmitting the extracted schedule information to the tourist terminal.

According to another embodiment of the present invention, in the beacon grid-based intelligent tourism information system according to the present invention, the schedule suggestion management unit may include status information for a second identification information among the same identification information output from the beacon information analysis unit, When it is determined that the tour schedule information corresponding to the situation information within the error range does not exist in the storage unit, the contents of the schedule details stored in the storage unit are combined in consideration of the situation information of the second identification information, And a schedule matching module for providing information.

According to another embodiment of the present invention, in the beacon grid-based intelligent tourism information system according to the present invention, the guide server includes a tour schedule management unit for generating tour schedule information using the situation information generated by the beacon information analysis unit Wherein the tour schedule management unit comprises: a tour schedule generation module for generating tour schedule information corresponding to a combination of the situation information generated by the beacon information analysis unit and storing the generated tour schedule information in a storage unit; A schedule detail generation module that generates schedule detail information corresponding to each item of the situation information and stores the schedule detail information in the storage unit; and an evaluation module for evaluating the tour schedule information provided to the tourist terminal through the schedule matching module or the schedule calculation module The information stored in the storage unit by reflecting the feedback information when the information is transmitted through the tourist terminal, It characterized in that it comprises a modification module for controlling to change the priority of a specific information or event details.

According to another embodiment of the present invention, in the beacon grid-based intelligent tourism information system according to the present invention, the guide server generates usage pattern information by using the context information generated by the beacon information analysis unit, And a usage pattern management unit for storing the usage pattern information and providing the usage pattern information to the tourism company terminal, wherein the usage pattern information is formed by a time interval between the identification information and the identification information transmitted one after another.

The present invention can obtain the following effects by the above-described embodiment, the constitution described below, the combination, and the use relationship.

According to the present invention, tourist information is actively informed to tourists according to the situation information, so that the convenience of tourists can be increased.

In addition, the present invention has the effect of providing tour operators with service usage pattern information to create new economic value.

1 is a block diagram of a beacon grid-based intelligent tourism information system according to an embodiment of the present invention;
BACKGROUND OF THE INVENTION Field of the Invention [0001] The present invention relates to a beacon grid-based intelligent tourism information system.
3 is a block diagram showing a detailed configuration of the guide server of FIG.
FIG. 4 is a block diagram showing a detailed configuration of the beacon information analyzing unit of FIG. 3; FIG.
FIG. 5 is a block diagram showing a detailed configuration of the schedule proposal management unit of FIG. 3; FIG.
FIG. 6 is a block diagram showing a detailed configuration of the tour schedule management unit of FIG. 3;
FIG. 7 is a block diagram showing a detailed configuration of the tourist information managing unit of FIG. 3;
FIG. 8 is a block diagram showing a detailed configuration of the storage unit of FIG. 3; FIG.

Hereinafter, preferred embodiments of a beacon grid-based intelligent tourism information system according to the present invention will be described in detail with reference to the accompanying drawings. DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS In the following description of the present invention, a 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. Throughout the specification, when an element is referred to as "including" an element, it is understood that the element may include other elements as well as other elements, The term "part, module" or the like means a unit for processing at least one function or operation, which may be implemented by hardware, software, or a combination of hardware and software.

FIG. 1 is a configuration diagram of a beacon grid based intelligent tourism information system according to an embodiment of the present invention. FIG. 2 is a diagram illustrating a beacon grid based on an example of an intelligent tourism information system based on a beacon grid according to an embodiment of the present invention. 3 is a block diagram showing the detailed configuration of the beacon information analyzing unit of FIG. 3, and FIG. 5 is a block diagram illustrating a detailed configuration of the guide server of FIG. Fig. 6 is a block diagram showing the detailed configuration of the tour schedule management unit of Fig. 3, Fig. 7 is a block diagram showing the detailed configuration of the tourism information management unit of Fig. 3, Fig. 7 is a block diagram showing a detailed configuration of a storage unit; Fig.

1 to 8, the intelligent tourist information system includes a tourist terminal 1, a tourist terminal (not shown) installed in a specific place, A guide server 3 for exchanging information with the tourist terminal 1 and a tourist terminal 4 for exchanging information with the guide server 3, And an administrator terminal 5 and the like.

The tourist terminal 1 receives unique identification information of the beacon 2 in the vicinity of the beacon 2 installed in a specific place and receives information about the tour server 3 and sightseeing information Information "). The tourist terminal 1 transmits feedback information on the identification information and the sightseeing schedule information received from the beacon 2 to the guide server 3 and receives tourist information and sightseeing schedule information from the guide server 3 . Preferably, the tourist terminal 1 is a smart mobile device such as a smart phone or a tablet PC on which an application (app) can be installed. The smart mobile device can receive a variety of apps and receives an app for processing tourism information from the guide server 3 (hereinafter, referred to as 'tourism information processing application'), So that the tourist terminal 1 can exchange information with the guide server 3.

The beacon 2 is a non-directional transmission device that is installed in a specific place and transmits identification information unique to the neighboring tourist terminal 1, and transmits identification information with a specific frequency using low-power Bluetooth. The beacons 2 are installed in a specific place (for example, the beacon 2 is installed for each tourist spot, for each specific area of a tourist spot, for each bus stop, etc.) to form a beacon grid network, Has unique identification information. 2 shows an example of a beacon grid network installed in Jeju Island.

The guide server 3 receives and analyzes identification information of a specific beacon 2 from the tourist terminal 1 to generate situation information and provides tourist information to the tourist terminal 1 according to the generated situation information A beacon information analyzing unit 31, a tourist information providing unit 32, a schedule suggestion managing unit 33, a sightseeing schedule managing unit 34, a tourism information managing unit 35, a weather information managing unit 36, (37), a management processing unit (38), a storage unit (39), a control unit (40), and the like.

The beacon information analyzing unit 31 is configured to generate the situation information by analyzing the identification information of the beacon 2 transmitted from the tourist terminal 1 and includes a location analysis module 311, a frequency analysis module 312, A time analysis module 313, a weather analysis module 314, and the like. The situation information refers to information extracted through the location analysis module 311, the frequency analysis module 312, the time analysis module 313 and the weather analysis module 314, A time interval between identification information transmitted consecutively, a time interval between the identification information when the same identification information is transmitted, and a time interval between identification information transmitted The temperature of the time and the weather condition.

The location analysis module 311 matches the identification information of the beacon 2 transmitted from the tourist terminal 1 and the identification information of the beacon 2 stored in the storage unit 39, Is a configuration that grasps the point where Since the beacon 2 only transmits its own identification information in an omnidirectional manner and does not directly interact with the guide server 2 and does not directly transmit tourist information excluding the identification information, The location analysis module 311 analyzes the identification information transmitted from the tourist terminal 1 to identify the location where the tourist terminal 1 is located The location of the beacon 2 where the beacon 2 is transmitted). The location analysis module 31 matches the identification information transmitted from the tourist terminal 1 with the identification information of each beacon 2 stored in the storage unit 39, 2 to identify the location where the tourist terminal 1 is located.

The frequency analysis module 312 is configured to determine the number of times each identification information is transmitted from the tourist terminal 1. [ Each of the identification information transmission times detected by the frequency analysis module 312 is used in a time analysis module 313, a tourist destination information providing unit 32 and a schedule proposal management unit 33 to be described later. .

The time analysis module 313 extracts time information from the time when the identification information is transmitted from the tourist terminal 1, and the time information includes time, month, season, consecutively transmitted identification information A time interval between the identification information when the same identification information is transmitted, and the like. For example, the identification information 001 is transmitted at 2:10 of December 6, 2014, the identification information 002 is transmitted at 4:20 of December 6, 2014, and the identification information of 001 is again transmitted to December 2014 The time information of 2:10 (time), December (month), and winter (season) corresponding to the identification information 001 is extracted, and when it is transmitted at 6:10 on the 6th, The time information of 4:20 (time), December (month), winter (season) is extracted, and 6:10 (time), December (month), winter (season) corresponding to the identification information 001, The time information of the time interval of 2:10 between the identification information of 001 and the identification information of 002 is extracted and the time interval of 1 hour and 50 minutes between the identification information of 002 and the identification information of 001 Information is extracted, and time information of a time interval of 4 hours between the identification information of the same 001 is extracted.

The weather analysis module 314 is configured to extract weather information on the weather of the time when the identification information is transmitted from the tourist terminal 1, and the weather information includes temperature, weather condition (clear, cloudy, , Eyesight, etc.), and the like. The weather analysis module 314 accesses a server (for example, a meteorological office server or the like) that provides weather information publicly, extracts weather information, or extracts weather information stored in the storage unit 39.

The tourist destination information providing unit 32 provides information on specific tourist destinations (hereinafter, referred to as 'tourist destination information') in consideration of the situation information generated by the beacon information analyzing unit 31, When the number of times the specific identification information output from the frequency analysis module 312 is transmitted is 1, the controller 32 extracts the tourist spot information of the spot identified by the location analysis module 311 from the storage unit 39 And provides it to the tourist terminal 1. When the number of times that the specific identification information is transmitted is 1, the tourist destination information providing unit 32 determines that the tourist first enters the specific tourist destination and provides the tourist destination information including the description of the specific destination (e.g., .

The schedule proposal management unit 33 provides information on the next sightseeing spot (hereinafter, referred to as 'sightseeing schedule information') in consideration of the situation information generated by the beacon information analysis unit 31, and includes a frequency determination module 331, a period interval determination module 332, a schedule matching module 333, a schedule calculation module 334, and the like.

The frequency determination module 331 determines whether the number of times the specific identification information output from the frequency analysis module 312 has been transmitted is two. When the tourist enters the specific sightseeing spot and then comes out again, when the specific identification information is entered, the number determination module 331 determines that the number of times the identification information has been transmitted is two since the information is once transmitted twice as a whole.

If the time interval determination module 332 determines that the number of times the specific identification information is transmitted is 2 in the collection determination module 331, the time interval between the same identification information output from the time analysis module 313 is constant Time is exceeded. A minimum time required for touring a specific tourist spot is calculated as a certain time, and when the time interval between the same identification information is shorter than a predetermined time, an error determination And will not provide a schedule for the next tourist destination.

When the time interval determination module 332 determines that the time interval between the same identification information exceeds a predetermined time, the schedule matching module 333 determines that the time interval between two identical pieces of identification information outputted to the beacon information analysis section 31 It is determined whether or not there exists the tourist schedule information within the predetermined error range with the situation information for the first identification information in the storage unit 39 and extracts from the storage unit 39 the tourist schedule information corresponding to the presence information, 1). For example, the situation information for the second identification information may include information such as the location of the tourists, 6:10 (time), December (month), winter (season), temperature (10 degrees) And the time is 6:00 am to 6:20 pm in the case where the time is 10 minutes before and after the time when the temperature is within the error range, The schedule matching module 333 determines that the tour schedule information is stored in the storage unit 39 when at least one of the tourist schedule information corresponding to the season (season), the temperature is 8 to 12 degrees and the sunny weather (weather state) And provides the information to the tourist terminal 1 in the order of preference.

The schedule matching module 334 updates the beacon information analyzing unit 31 based on the situation information about the second identification information among the same identification information output from the beacon information analyzing unit 31 and the sightseeing schedule information corresponding to the situation information within a certain error range, 39, it combines the contents of the schedule details stored in the storage unit 39 in consideration of the situation information on the second identification information, and provides new sightseeing schedule information. For example, the schedule matching module 334 selects a next sightseeing spot in order of preference according to a point where the tourist is located, removes a part of the plurality of sightseeing spots considering the time required between the current time and the sightseeing spot, , A month, a season, a temperature, and a weather condition, and provides the estimated schedule information by removing a part of the plurality of sightseeing spots.

The tour schedule management unit 34 generates tour schedule information using the situation information generated by the beacon information analysis unit 31 and stores the generated tour schedule information in the storage unit 39. The tour schedule generation unit 341, A schedule detail generation module 342, a correction module 343, and the like.

The tour schedule generation module 341 combines the situation information generated by the beacon information analysis unit 31 and generates tourism schedule information corresponding thereto and stores the generated tour schedule information in the storage unit 39, Are stored in the storage unit 39 with preference in order of preference. For example, if the time at which the identification information 001 is transmitted is 6:10 on December, 2014, the temperature at that time is 10 degrees and the weather condition is clear, and the identification information 003 is transmitted after one hour, 341 are matched to the specific situation information 001 at the time point at which the identification information was transmitted at 6:10 (time), December (month), season (winter), 10 degrees (temperature), clear 003 is generated, and stores the information in the storage unit 39. [0035] The information on the travel schedule information is stored in the storage unit 39. [0033] FIG. The intelligent tourism information system is used by a large number of tourists to accumulate data. Therefore, the intelligent tourism information system can accumulate specific situation information (for example, at the point where the identification information 001 is transmitted, at 6:10 (time) (For example, a point at which the 003 identification information is transmitted and a required time (1 hour), a point at which the 005 identification information is transmitted, and a time at which the 003 identification information is transmitted) The time (2 hours), the point at which the 003 identification information is transmitted, and the required time (1 hour)) are generated. If the same tourist schedule information is included in the plurality of tourist schedule information, (In the case of the above example, the sightseeing schedule information including the point at which the 003 identification information is transmitted and the required time (1 hour), etc. is included in the sightseeing schedule information including the point at which the 005 identification information is transmitted and the required time (2 hours) The Preference is high and is placed in the priority order).

The schedule detail generation module 342 generates schedule detail information corresponding to each item of the situation information generated by the beacon information analysis unit 31 and stores the generated schedule detail information in the storage unit 39, Information is stored in the storage unit 39 with preference in order of preference. For example, if the time at which the identification information 001 is transmitted is 6:10 on December, 2014, the temperature at that time is 10 degrees and the weather condition is fine, and the identification information 003 is transmitted after one hour, 342) includes schedule detail information consisting of a point (e.g., Mt. Hallas) to which the 003 identification number matched to the point (the point at which the identification information of 001 is transmitted), a required time (1 hour) (For example, Mt. Hallasan) to which the 003 identification number matched with the month (for example, Mt. Hallasan) to be transmitted, the schedule detail information including the required time (for one hour) Etc.), a required time (one hour), and the like, and stores the generated schedule detail information in the storage unit 39.

The correction module 343 may include evaluation information (hereinafter referred to as feedback information) on the tourist schedule information provided to the tourist terminal 1 through the predetermined matching module 333 and / or the predetermined estimation module 334 When the information is transmitted through the tourist terminal 1, the priority of the tour schedule information and / or the schedule detail information stored in the storage unit 39 is changed by reflecting the feedback information. The tour schedule generation module 341 and the schedule detail generation module 342 determine priorities in order of frequency and store the tour schedule information and schedule detail information in the storage unit 39. The modification module 343, It is possible to more effectively provide the tourist schedule information desired by the tourists because the priorities are changed and adjusted by reflecting the evaluation information of the tourists.

The tourist information management unit 35 is configured to generate tourist information provided to the tourist terminal 1 and store the generated tourist information in the storage unit 39. The tourist information management unit 351 includes an attraction information management module 351, A bus information management module 353, an ole information management module 354, and the like.

The tourism information management module 351 is configured to acquire descriptive information about a tourist spot provided to the tourist terminal 1 and store the information in the storage unit 39, Explanation information is provided to the tourist terminal 1 through the tourist destination information providing unit 32. The tourist site information management module 351 accesses a server (for example, a server provided by the Ministry of Culture and Tourism, Tourism Corporation, etc.) publicly providing information on tourist attractions, and acquires information about tourist attractions and stores them in the storage unit 39 .

The event information management module 352 is configured to acquire event information about a tourist spot provided to the tourist terminal 1 and to store the event information in the storage unit 39, The event information is provided to the tourist terminal 1 through the tourist information providing unit 32. [ The event information management module 352 accesses a server (for example, a server provided by a local government, a culture and tourism department) that publicly provides event information about a tourist spot, obtains event information about the tourist spot, .

The bus information management module 353 is configured to acquire information on a bus provided to the tourist terminal 1 and store the acquired information in the storage unit 39. Information about the bus Is provided to the tourist terminal (1) through the tourist destination information providing unit (32). The bus information management module 353 accesses a bus (for example, a bus information providing system provided by a local government or the like) that publicly provides information about the bus, and acquires information about the bus and stores it in the storage unit 39 do.

The olee information management module 354 is configured to acquire the information about the olee course provided to the tourist terminal 1 and to store the information in the storage unit 39, Is provided to the tourist terminal (1) through the tourist destination information providing unit (32). The olee information management module 354 accesses a server (e.g., a system provided by Jeju Island) that publicly provides information about the olee course, and acquires information about the olee course and stores the information in the storage unit 39. [

The weather information management unit 36 is configured to acquire weather information at regular intervals and store the weather information in the storage unit 39. The weather information stored in the storage unit 39 is used by the weather analysis module 314 . The weather information management unit 36 accesses a server (for example, a meteorological office server or the like) that publicly provides weather information to obtain weather information and stores the weather information in the storage unit 39. [ The weather analysis module 314 can directly access the weather service server or the like to acquire weather information. However, since the weather analysis server 314 can not always guarantee the connection possibility of the weather service server or the like, In order to prevent this, weather information is acquired and stored in advance.

The usage pattern management unit 37 generates usage pattern information using the status information generated by the beacon information analysis unit 31 and stores the usage pattern information in the storage unit 39 and provides the usage pattern information to the tourism company terminal 4 . The usage pattern information is composed of identification information transmitted consecutively, a time interval between the identification information, and the like. For example, a time interval of 30 minutes between the identification information of 001 and the identification information of 002, a time interval of 5 minutes between the identification information of 002 and the identification information of 003, and the like. The usage pattern information is provided to the tourism company terminal 4. The tourism company can know the time spent by a tourist at a specific point (sightseeing spot) through the utilization pattern information, that is, And can actively cope with changes in tourism facilities and services of certain tourist attractions.

The management processing unit 38 is configured to exchange information with the management terminal 5 of the manager who manages the intelligent tourism information system and the management of the intelligent tourism information system. When the manager transmits information (for example, identification information on beacons, etc.) for managing the intelligent tourism information system through the manager terminal 5, the management processor 38 receives the information, .

The storage unit 39 is configured to store information to be created and exchanged in the intelligent tourism information system and includes an identification information DB 391 for storing identification information about each beacon 2, A weather information DB 392 in which weather information generated in the weather information management unit 35 is stored, description information about a sightseeing spot generated by the tourism information management unit 35, event information on a tourist spot, information on a bus, A sightseeing schedule information DB 393 storing the sightseeing schedule information generated by the sightseeing schedule management unit 34 and a schedule information database 394 stored in the sightseeing schedule management unit 34. [ A usage pattern information DB 396 in which the usage pattern information generated in the usage pattern management unit 37 is stored, a management information management unit 370 for storing information necessary for managing the intelligent tourism information system, Information DB (39 7). The identification information DB 391 stores identification information formed by linking information such as the identification number of the specific beacon, the location of the specific beacon, and the time at which the specific beacon is installed. The tour schedule information DB 394 combines the situation information and stores the tour schedule information connected to the tour schedule information, and the tour schedule information includes the next tourist information and the time required. The management information DB 397 may additionally store a tourism information processing app which enables exchange of information between the tourist terminal 1 and the guide server 3. [ The control unit 40 controls all the units and modules constituting the guide server 3. The guide server 3 according to another embodiment of the present invention may further include a copper wire management unit (not shown).

The traffic management unit (not shown) generates traffic management information using the status information generated by the beacon information analysis unit 31 and provides the traffic management information to the tourist terminal 1. The accumulated traffic management module , A movement determination module, and the like. The line management information may include the number of tourists located at a specific point, incentive information, amendment incentive information, and the like.

The accumulated personality determination module calculates the number of tourists located at a specific location using the information output through the location analysis module 311 and the frequency analysis module 312. The location analysis module 311 It is possible to identify the location where the tourist terminal 1 is located and to know the number of times the identification information is transmitted through the frequency analysis module 312. Therefore, The number of times the identification information is transmitted by the tourist terminal 1 is calculated and the number of tourists located at a specific point is calculated.

If the number of tourists located at a specific point (one point) is greater than the number of tourists located at a specific point (two points) in the vicinity of the specific point (one point) through the information output from the cumulative number determination module, (1) located at the specific point (1 point) so as to attract tourists to specific points (2 points) of the user terminal (1). The attractiveness information is information indicating that a specific event (for example, providing a free souvenir) is going to be performed at a specific point (2 points) in the periphery, information (2 points) The beacon identification number is transmitted), information indicating that a discount coupon is issued, and the like. Thereafter, when a specific user terminal located at one point transmits an identification number of beacons at two points, the movement inducing module issues a discount coupon for a specific product and / or service.

The movement determining module determines that the attraction information is provided to the user terminal 1 by the movement inducing module and that the number of tourists located at a specific point (1 point) is larger than a number of tourists located at specific points (2 points) In many cases, the user terminal 1 located at the specific point (one point) is provided with enhanced revision information strengthened more than the incentive information provided by the movement inducement module so as to further attract the tourists to the specific point (2 points) To provide incentive information. The modified incentive information may be, for example, information that provides discount coupons of 20%, for example, if discount information is provided if information on issuing discount coupons of 10% is provided in the incentive information. When the specific user terminal located at one point transmits the identification number of the beacon at two points after receiving the revision attraction information by the movement determination module, the movement determination module issues a 20% discount coupon. It is possible to disperse the tourists within a specific tourist area by the area management section, thereby making it possible to efficiently utilize the facilities in the tourist spot.

While the present invention has been described in connection with what is presently considered to be practical exemplary embodiments, it is to be understood that the invention is not limited to the disclosed embodiments, but, on the contrary, Should be interpreted as falling within the scope of.

1: Tourist terminal 2: Beacon 3: Guide server
4: tourist terminal 5: manager terminal 31: beacon information analysis section
32: tourist information providing unit 33: schedule proposal management unit 34: tourist schedule management unit
35: tourism information management unit 36: weather information management unit 37: usage pattern management unit
38: management processing unit 39: storage unit 40:
311: Position analysis module 312: Frequency analysis module 313: Time analysis module
314: weather analysis module 331: frequency determination module 332: interval interval determination module
333: schedule matching module 334: schedule calculation module 341: tourist schedule creation module
342: schedule detail generation module 343: correction module 351: tourist destination information management module
352: event information management module 353: bus information management module 354: ole information management module
391: Identification information DB 392: Weather information DB 393: Tourist information DB
394: Tour schedule information DB 395: Schedule details DB 396: Usage pattern information DB
397: Management Information DB

Claims (11)

A visitor terminal for receiving beacon identification information and exchanging tourist information with a guide server; A beacon installed at a specific place and transmitting unique identification information to the neighboring tourist terminal; And a guide server for receiving and analyzing identification information of the specific beacon from the tourist terminal to generate the situation information and providing the tourist information to the tourist terminal according to the generated situation information,
The guide server includes a beacon information analyzing unit for analyzing the identification information of the beacon transmitted from the tourist terminal to generate the situation information, a tourist information server for providing specific tourist information in consideration of the situation information generated by the beacon information analyzing unit, And a schedule proposal management unit for providing information on a next sightseeing spot in consideration of the situation information generated by the beacon information analysis unit,
The beacon information analyzing module may include a location analysis module for identifying a location where the tourist terminal is located by matching the identification information of the beacon transmitted from the tourist terminal with the identification information of the beacon stored in the storage unit; A frequency analysis module for determining the number of times each identification information is transmitted from the tourist terminal; A time analyzing module for extracting time information from the time when the identification information is transmitted from the tourist terminal; And a weather analysis module for extracting weather information on the weather at the time when the identification information is transmitted from the tourist terminal. The method of claim 1,
Wherein each beacon is installed at a specific place to form a beacon grid network, and each beacon has unique identification information. delete delete delete The method according to claim 1,
The time information includes time, month, season, time interval between consecutively transmitted identification information, time interval between identification information when identical identification information is transmitted,
The weather information includes a temperature and a weather condition,
Wherein the weather analysis module accesses a server that publicly provides weather information to extract weather information or extracts weather information stored in the storage unit. [2] The apparatus of claim 1, wherein the tourist information providing unit
When the number of times that the specific identification information output from the frequency analysis module is transmitted is 1, the tourist information of the spot identified through the location analysis module is extracted from the storage unit and provided to the tourist terminal. Tourist Information System. The method of claim 7, wherein the schedule proposal management unit
A frequency determination module for determining whether the number of times the specific identification information output from the frequency analysis module is transmitted is 2; A time interval determination module for determining whether the time interval between the same identification information output from the time analysis module exceeds a predetermined time when it is determined that the number of times the specific identification information has been transmitted is 2; When the time interval determination module determines that the time interval between the same identification information exceeds a predetermined time, the status information for the second identification information among the same identification information output to the beacon information analysis section And a schedule matching module for determining whether schedule information exists in the storage unit and extracting the schedule information corresponding to the schedule information in the storage unit and transmitting the extracted schedule information to the tourist terminal. The method of claim 8, wherein the schedule proposal management unit
When it is determined that there is no sightseeing schedule information corresponding to the situation information for the second identification information among the same identification information output from the beacon information analysis unit and the situation information within a certain error range, And a schedule matching module for providing new tour schedule information by combining contents of the schedule details stored in the storage unit in consideration of the situation information about the beacon grid. 10. The method of claim 9,
The guide server further includes a tour schedule management unit for generating tour schedule information using the situation information generated by the beacon information analysis unit,
Wherein the tour schedule management unit comprises: a tour schedule generation module that combines the situation information generated by the beacon information analysis unit and generates tour schedule information corresponding to the tour schedule information, and stores the generated tour schedule information in a storage unit; A schedule detail generation module for generating schedule detail information corresponding to each item and storing the schedule detail information in the storage unit; and evaluation information on the sightseeing schedule information provided to the tourist terminal through the schedule matching module or the schedule calculation module, And a modification module for changing the priority of the tour schedule information or the schedule detail information stored in the storage unit by reflecting the feedback information when the information is transmitted. 11. The method of claim 10,
The guide server further includes a usage pattern management unit for generating usage pattern information using the context information generated by the beacon information analysis unit, storing the usage pattern information in the storage unit, and providing the usage pattern information to the tourism company terminal,
Wherein the usage pattern information comprises a time interval between the identification information and the identification information, which are transmitted consecutively.

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