KR100970475B1 - A system for designing and simulating culture sightseeing ceremony and the method thereof - Google Patents

Abstract

PURPOSE: A system for designing and simulating culture sightseeing ceremony service and a method thereof are provided to stimulate a plurality of cases about ceremony arrangement and spectator type and evaluate ceremony arrangement by preference about the ceremony, thereby obtaining optimized ceremony arrangement. CONSTITUTION: A base information management unit(31) receive input of viewing statistics information. A event arrangement case unit(32) receives input of at least one event arrangement cases. A spectator case unit(33) receives input of at least one spectator cases. A simulation unit(34) generates virtual spectator about the ceremony case. The simulation unit operated simulation. A case evaluating unit(35) calculates satisfaction by summing preference or standby time about the event object.

Description

A system for designing and simulating culture sightseeing ceremony and the method

The present invention relates to a cultural tourism event service design and simulation system and method for designing and simulating an event arrangement to present an optimal event arrangement.

In particular, the present invention relates to a cultural tourism event service design and simulation system and method for making and simulating a plurality of cases for event placement and visitor types, and evaluating the event placement using a preference or waiting time for the event.

In addition, the present invention is to distinguish between the viewing object and the use object for the event object, according to the preference of the viewer in the case of the viewing object, the use object is determined according to the frequency, and the evaluation is also divided by preference or waiting time, respectively The present invention relates to a cultural tourism event service design and simulation system and method.

In general, an event refers to carrying out activities such as carrying out various programs, displaying exhibits, and selling goods for a specific purpose. In particular, in recent years, local governments have held many cultural events to promote their region. For example, local cultural events provide facility facilities to promote local specialties or to allow visitors to experience local customs and games.

Such local event venues include a net function that can concentrate the promotion of the area to the visited outside visitors, or directly sell local souvenirs to the participating visitors. However, as the above, the event venues crowded with visitors are very confused due to various programs and events, and have a dysfunctional function that is crowded by the viewers who want to see them.

Therefore, facilities or programs should be properly arranged to disperse the audience and allow the visitors to watch or participate in most events with the shortest route. In addition, if necessary, it is necessary to provide the facilities and programs that can attract the viewers' interests or desired by the viewers. Visitors should participate in the event comfortably and entertainingly, and have a good image of the local event, which is to achieve the purpose of the local event.

The layout of facilities in the venue is directly related to the satisfaction of visitors who visit the venue. In the past, a questionnaire obtained through surveys of several items related to the characteristics of the venue in order to plan the venue to optimally arrange the facilities of the venue. The facility was arranged in consideration of the survey results.

In addition, the event venue planning method related to the conventional local events is simply limited to satisfy the visitor because it plans the facilities of the event venue using the information of the visitors obtained through the questionnaire. As a result, visitors were complained of not being able to efficiently use the facilities of the venue by effectively utilizing time. In addition, there was a problem that the main body of the event can not properly perform the event through the facility.

An example of a technology for arranging event facilities in consideration of visitors visiting the event venue to overcome the above problems is [Korean Patent Application Publication No. 2008-0005467 (published on Jan. 14, 2008), "How to operate an event booth arrangement"] (Hereinafter referred to as prior art 1). In the prior art 1, when the user of the client terminal selects a booth that the user of the client terminal desires to visit through mutual communication between the server and the client terminal, the server counts the booth and counts the booth that most desires to visit the booth at the main venue. Or, the technique of giving priority to the booth arrangement place is suggested.

However, since the prior art 1 simply arranges booths desired by many, it does not consider the characteristics of visitors at all. For example, if there are many younger visitors and fewer older ones, the facilities preferred by young people may be placed in the main place and the facilities preferred by older people may be placed next to them. In such cases, older people may be disturbed to watch in a crowd of young people. Prior art 1 does not solve this problem.

In addition, the prior art 1 does not consider the arrangement of convenience facilities, such as toilets, restaurants, rest areas, medical rooms at all. When a local event is held in a large place outdoors, the above facilities should be appropriately arranged on the copper line that visitors visit. This is because the visitors can watch comfortably and have more satisfaction.

Therefore, there is a need for a method that can evaluate the results by simulating a more realistic situation, such as considering the types of visitors and considering the arrangement of amenities or additional facilities.

An object of the present invention is to solve the problems described above, to create and simulate a plurality of cases for the event arrangements and types of visitors, cultural tourism event service to evaluate the event placement using the preference or waiting time for the event To provide a design and simulation system and method.

Another object of the present invention is to distinguish between the viewing object and the use object for the event object, in the case of the viewing object, depending on the viewer's preferences, the use object is determined according to the frequency, the evaluation is also divided into preference or waiting time, respectively To provide cultural tourism event service design and simulation system and method.

In order to achieve the above object, the present invention relates to a cultural tourism event service design and simulation system for designing and simulating an event arrangement and presenting an optimal event arrangement, and receiving and storing viewing statistics information. Basic information management unit including the preference or visit frequency of the event according to the type; Receiving at least one event arrangement case, wherein the event arrangement case comprises an event object, and the event object includes an event arrangement case having an attribute including an accommodation capacity, a residence time, and a location; Receiving at least one visitor case, wherein the visitor case includes a visitor case unit including a visitor type and a number of people; For the event arrangement case, a virtual viewer is generated as many as the number of the visitor case, and the virtual viewer performs a simulation of staying at least one event object, wherein the virtual visitor selects and stays an event object according to a preference or a visit frequency. A spectator simulation unit; And a case evaluator which calculates the satisfaction or the waiting time for the event object in which the virtual visitor stays, and evaluates the total satisfaction of the virtual visitor in the visitor case.

In addition, the present invention is a cultural tourism event service design and simulation system, the simulation unit finds an event object that the virtual viewer is located within the movement interval from the current location, one event according to the preference or visit frequency among the found event objects The process of selecting and staying an object is repeated.

The present invention provides a cultural tourism event service design and simulation system, wherein the event arrangement case unit divides the event object into a viewing object and a use object, and the simulation unit visits the use object if there is a use object among the found event objects. If there is no use object or stays in the use object, it decides whether to stay or not, and if the visitor stays at the event object according to their preferences, if the visitor stays at the event object, the number of people staying at the event object It is characterized by increasing by.

In addition, the present invention is a cultural tourism event service design and simulation system, the simulation unit if the staying party exceeds the number of people if the virtual audience stays in the event object, if the event object is a use object, and the event object is It is characterized in that it does not stay if it is a viewing object.

The present invention also provides a cultural tourism event service design and simulation system, wherein the case evaluator sums the preferences of the viewing object stayed by the virtual visitor, and adds the waiting time of the use object stayed by the virtual visitor, thereby adding up the sum of the preferences. Using the sum of the waiting time and, characterized in that for calculating the satisfaction of the virtual audience.

In another aspect, the present invention provides a cultural tourism event service design and simulation system, wherein the simulation unit terminates the simulation of the virtual visitor after a time limit for the virtual visitor, and the case evaluation unit is configured to determine the viewing object of the virtual visitor. By adding preferences, the satisfaction of the virtual viewer is calculated.

In addition, the present invention is a cultural tourism event service design and simulation system, the simulation unit simulates the combination of the N event arrangement case and the M visitor case, the case evaluation unit in order of high satisfaction of the N * M combination It characterized in that the output.

In addition, the present invention is a cultural tourism event service design and simulation system, wherein the event arrangement case unit divides the viewing object into a facility object and a program object, the program object is inherited from the facility object, the number of people of the program object And the viewing time is characterized in that each is limited to the number of people and the viewing time of the inherited facility object.

In addition, the present invention is a cultural tourism event service design and simulation system, wherein the event arrangement case unit receives the installation cost, operating cost, additional income as an attribute of the event object, the operating cost and additional income is proportional to the number of people staying, The simulation unit is characterized in that to obtain a budget using the installation costs, operating costs, incidental income of each event object.

In addition, the present invention is a cultural tourism event service design and simulation system, the event object is characterized in that the residence time, the number of people, the viewing time varies depending on the environmental variables.

In addition, the present invention relates to a cultural tourism event service design and simulation method of the system for designing and simulating the event arrangement to present the optimal event arrangement, (a) receiving and storing the viewing statistics information, the viewing statistics information is Including a preference or a visit frequency of the event according to the audience type; (b) receiving at least one event placement case, wherein the event placement case comprises an event object, the event object having attributes including capacity, length of stay, and location; (c) receiving at least one visitor case, wherein the visitor case includes a visitor type and number of persons; (d) Simulating a virtual audience for the event arrangement case as many as the number of the visitor case and performing the simulation of the virtual visitor staying at least one event object, wherein the virtual viewer selects an event object according to a preference or a visit frequency. Selecting and staying; And (e) calculating the satisfaction or sum of the preferences or waiting times for the event object stayed by the virtual viewer, and evaluating the total satisfaction of the virtual viewer of the visitor case.

In another aspect, the present invention provides a cultural tourism event service design and simulation method, wherein step (d) comprises: (d1) finding an event object located within a moving interval at a current location of the virtual viewer; (d2) selecting one event object according to a preference or a visit frequency among found event objects; (d3) staying the virtual viewer at the selected event object; And (d4) repeating the steps (d1) to (d3).

In another aspect, the present invention provides a cultural tourism event service design and simulation method, wherein step (d2) comprises: (d21) finding a use object among found event objects; (d22) if the usage object is found, determining whether to stay using the visiting frequency probability of the usage object, and determining whether to stay for all the usage objects until there is a usage object to be determined to stay; (d23) selecting a viewing object according to a preference from among found event objects if there is no use object or does not stay in the use object; (d24) staying the use object or the selected viewing object whose stay is determined; And (d25) increasing the number of people staying at the event object staying by the number of virtual viewers.

In another aspect, the present invention provides a cultural tourism event service design and simulation method, wherein step (d24) comprises: (d26) checking whether the number of staying persons exceeds the number of persons when the virtual audience stays at the event object; (d27) if the event object is a use object, waiting; And (d28), if the event object is a viewing object, performing step (d23) without staying.

In addition, the present invention is a cultural tourism event service design and simulation method, in the step (e), the preferences of the viewing object stayed by the virtual viewer, the waiting time of the use object stayed by the virtual visitor is added, the preference Using the sum of the sum and the waiting time is characterized by calculating the satisfaction of the virtual viewer.

In addition, the present invention is a cultural tourism event service design and simulation method, in the step (d), for the virtual spectator, after the time limit, the simulation of the virtual spectator is finished, in the step (e), the virtual The satisfaction of the virtual visitor is calculated by adding the preferences of the viewing object in which the visitor stays.

In addition, according to the present invention, in the cultural tourism event service design and simulation method, the viewing object is divided into a facility object and a program object, and the program object is inherited from the facility object, and the capacity of the program object and the viewing time are respectively. It is characterized by a limited number of people and viewing time of the inherited facility object.

In addition, the present invention relates to a computer-readable recording medium recording a program for performing the cultural tourism event service design and simulation method.

As described above, according to the cultural tourism event service design and simulation system and method according to the present invention, by making a number of cases for the event arrangement and the visitor type to simulate, by comparing the number of various cases the optimal event arrangement The effect of being able to figure out and planning the placement of customer-oriented events is obtained in consideration of the satisfaction according to the types of visitors.

Another object of the present invention is to distinguish between the viewing object and the use object for the event object, in the case of the viewing object, depending on the viewer's preferences, the use object is determined according to the frequency, the evaluation is also divided into preference or waiting time, respectively Cultural tourism event service design and simulation system and method

In addition, according to the cultural tourism event service design and simulation system and method according to the present invention, by varying the simulation and evaluation of the event object by distinguishing the viewing object and the use object, and also the facilities or auxiliary facilities such as restrooms, rest areas, restaurants Realistically simulated and optimally placed effects are obtained.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, the present invention will be described in detail with reference to the drawings.

In addition, in describing this invention, the same code | symbol is attached | subjected and the repeated description is abbreviate | omitted.

First, the configuration of the entire system for implementing the cultural tourism event service design and simulation system and method according to the present invention will be described with reference to FIG.

As shown in FIG. 1, the entire system for implementing the present invention is composed of a computer terminal 10 and a simulation system 30.

The computer terminal 10 is a conventional computing terminal used by the user 11. Examples of the computer terminal 10 include a PC, a PDA, a mobile, and the like, and a detailed description thereof will be omitted since the configuration and operation principle thereof are well-known techniques commonly used in the art.

In one embodiment, the simulation system 30 may be implemented as a software tool installed in the computer terminal 10 to perform the simulation. That is, the computer terminal 10 is installed with a simulation system 30 is executed by the user 11, and performs the simulation work.

As another embodiment, the simulation system 30 may be implemented as a server. That is, the simulation system 30 may be implemented as a web application server (WAS) for providing simulation work to the computer terminal 10 connected through the Internet 20. In this case, the simulation system 30 provides a web page for providing a simulation service. In particular, the simulation system 30 shows the processed result on the web page or receives necessary input data through the web page. The web page is meant to include driving software for performing a specific task, such as a web application, in addition to simple text, images, multimedia, and the like. Since such a technique is well known in the art, a detailed description thereof will be omitted.

On the other hand, the simulation system 30 designs event arrangements and provides simulation work. To this end, the simulation system 30 receives basic data from the user 11. Basic data are venue maps, event placement cases, spectator cases, and statistical information.

As shown in FIG. 2A, the venue map is a map of a place where an event is conducted. The place where the event venue is set up may be a vacant lot without facilities, or a space with basic facilities such as roads, buildings, and parking lots. The venue map is information displaying all of the above information.

As shown in Figure 2b, the event arrangement case refers to the virtual arrangement of the facilities and programs necessary for the event on the venue map. As shown in Figure 2c, facilities are largely divided into infrastructure, convenience facilities, core facilities, support facilities, auxiliary facilities.

The program is an event-related event such as a puppet theater and a pottery making experience. The facility can be visited and visited at any time during the opening of the venue, while the program is only scheduled. The program is divided into experience type, performance type, and exhibition type.

In addition, the program is conducted at a specific place or facility. For example, a pottery auction program may be conducted for a specific time in a pottery exhibition facility, or a performance may be performed for a specific time in a park. At this time, both the ceramic auction program and the performance program are conducted in facilities such as an exhibition facility or a park.

Meanwhile, in the present invention, the facility or programs are implemented as an event object, and the event object is managed as a library. At this time, the event object is implemented in the concept of an object having an attribute. That is, there is an object for the event (such as a facility or program) and this object has properties. Attributes of objects are inherited according to their relationship. For example, if you define an event class, and an event is created by an event class, that event instance inherits the properties of the event class. Also, if another object is created by one object, the attribute is also inherited. In the following, both classes and instances are used as objects.

The event object may have attributes defining each individual event. For example, for an event related to a squid catch experience, the size and structure of the experience space, the equipment and props necessary for the experience, the number of participants, the contents and procedures of the event, the number of event agents, the training of the event agents, and the clothing of the event agents. , Participation fee, etc. can be defined.

In other words, the attribute of an event object may be regarded as a plan or a design for an individual event. Thus, the event object may be created by the event planner or event designer. Can be made personally.

Event objects are classified into classes and instances. The event class mainly defines the contents of the event method and the like, and the specific event content is determined for the event entity. For example, a class of a squid catch experience event can be defined as an event in which a squid is released into a circular artificial pool, and each participant wears boots and wears gloves to catch squid for a predetermined time. The instance of a squid catch experience event is specifically defined by attributes such as the size of the circular artificial pool, the number of event personnel and the number of participants at one time.

The event object created as above is managed by the library. Thus, the person planning the entire event can simply design the entire event by referring to the library of event objects and selecting the required objects.

On the other hand, the exercise object may also be traded by electronic commerce. For example, a trading site of an event object is established, and individual event designers (or general individuals) design the event object, set a license fee (or purchase cost), and register with the trading site. The entire event planner selects the necessary objects from the event objects registered on the trading site to form the entire event. At this time, the entire event planner pays a license fee of the selected event object.

As shown in FIG. 2D, the visitor case refers to virtually setting the visitor visiting the event site. The visitor case contains the visitor type and headcount information. In FIG. 2D, Case 1 has a number of 1,000 people and a visitor type that is “family”. In other words, it means a case where 1,000 people visit the "family" during the event. In addition, case 2 means a case where 4,000 visitors visited by friends or relatives.

Visitor type refers to a category that classifies visitors according to their characteristics. Visitor types may be classified by age, visit type such as alone, family, friends, group viewing, or companions. Visitor types should be divided into only one of the following categories: age category, type of visit, companion. However, it can be divided into two or more categories.

Preferably, the visitor case may be set to a plurality of visitor types. For example, a case consisting of 600 family members and 400 lovers and a total number of 1,000 people may be set.

As shown in FIG. 2E, the statistical information is viewing statistics information, which is statistical information about an event preference or a visit frequency according to a visitor type. In FIG. 2E, the visitor type is divided into age categories, but statistical information classified into other categories may also be input.

Ceramic exhibitions, ceramic auctions, and ceramic experiences are events that have statistical information about preferences. For example, the pottery experience is 90 for teenagers, low forty for fifties, and 40 for adolescents, and ninety for twenties for teenagers.

In addition, toilets, rest rooms, etc., are convenience facilities, and have statistical information on the frequency of visits. For example, teens have a 50% toilet use rate (or frequency of visits), and 20s in their 20s and 40s. That is, 5 out of 10 children use it, and 2 out of 10 people in their 20s and 40s use it.

Statistical information includes project type (festival, tourist spot, complex mall, etc.), data year, age (for teenagers, 20s, 30s, 40s, 50s or more), companion type (alone, family / friends, lover, seniors, It can be implemented by reflecting various classification systems such as group, etc.), the presence of children, the experience of visiting, and the period of stay.

The viewing statistical information as described above is information generated by using statistical information on a survey or a previous event. The survey may be conducted directly on the homepage where the questionnaire directly surveys the questionnaire or announces the event through the Internet.

Statistical information on previous events can be obtained by tracking the visitor's viewing behavior by getting information through a questionnaire after the visitor, or by having the audience with RFID. In particular, since facilities and programs may be changed for each event, the events may be classified into types according to characteristics, and preference information of similar events may be considered as preferences of the corresponding events.

The simulation system 30 applies the event arrangement case and the spectator case as described above to simulate. That is, the simulation system 30 generates virtual viewers as many as the number of spectator cases and simulates viewing / experience / staying of facilities or programs in the event hall according to their preferences or frequency of visits.

At this time, the virtual visitor is generated by simulating a random visit during the opening time of the event venue. In addition, if a virtual visitor selects a facility or program, the guest is assumed to be watching the facility or program during the stay. Therefore, if a virtual visitor stays in a facility as many as the number of people, the virtual visitor can no longer stay in the facility.

The virtual visitor selects one facility or program and moves to view it. During the stay, the virtual visitor selects and moves to the next facility or program. Thus, it simulates repeatedly selecting, moving, and watching (reserving). Terminate for a limited time or through all facilities or programs.

As described above, the viewing information of the virtually simulated virtual visitors is stored and aggregated as data. Through the aggregated data, the simulation results for the case are evaluated. That is, the preference or waiting time for the facility or program where the virtual visitor stays is calculated as the satisfaction, and the total satisfaction of the virtual visitor in the visitor case is evaluated.

On the other hand, the database 40 is a DB that stores a variety of data, the statistical information DB 41 for storing statistical information, such as the preference of the event type according to the visitor type, the case DB for storing the event arrangement case and the visitor case ( 42), a result evaluation DB (43) of evaluating the simulation results. However, the configuration of the database 40 is only a preferred embodiment, and in the development of a specific device, it may be configured in a different structure by a database construction theory in view of the ease and efficiency of access and search. Even when the simulation system 30 is installed in the computer terminal 10, the database 40 is implemented in a structure that stores data in the computer terminal 10.

Next, the configuration of the cultural tourism event service design and simulation system according to an embodiment of the present invention will be described with reference to FIG. 3.

As shown in FIG. 3, the cultural tourism event service design and simulation system 30 according to an embodiment of the present invention includes a basic information management unit 31, an event arrangement case unit 32, a visitor case unit 33, and a simulation. It is comprised including the part 34 and the case evaluation part 35. FIG.

The basic information manager 31 receives and stores viewing statistics information. As seen above, the viewing statistics information includes a preference or visit frequency of the event according to the visitor type.

Events are divided into viewing facilities or programs and facilities.

The viewing facility or program is for the purpose of the event, and the use facility is for the convenience or assistance of the visitor. For example, if the event is to promote pottery, which is a local specialty, pottery exhibits, combing pottery, and auctions of pottery are examples of viewing facilities or programs. On the other hand, the use facility means a facility provided for the convenience of visitors, although it is not related to an event such as a toilet, a resting room, a restaurant, a medical room, and the like.

The viewing facilities and programs can be selected by the viewers according to the preferences of the visitors, and the use facilities are selected by the needs of the visitors. Therefore, the facility collects statistics based on the frequency of visits.

Event placement case unit 32 receives at least one event placement case, the event placement case is composed of an event object, the event object has a property including the number of people, residence time, location.

As seen earlier, the event object is implemented in the concept of an object with attributes. At this time, the event object is divided into a viewing object and a use object. The viewing object is an object of the viewing facility or program as seen above, and the use object is an object of the use facility. Since the viewing object and the using object are both event objects, they have attributes of the event object.

In addition, the event object is divided into a facility object and a program object. The facility object is an object representing a viewing facility or a usage facility, and the program object represents a program object. Therefore, the viewing object may be further divided into a facility object and a program object.

That is, the viewing facility is an event object and specifically has both the property object and the property of the viewing object. In addition, a program has both a program object and a viewing object. The usage facility is both a usage object and a facility object.

Attributes of the event object have capacity, length of stay, location, etc. Capacity is the maximum number of people that can accommodate the audience, and the residence time means the time to stay in the event object to view. The viewing object, the using object, and the like all have the above properties. The location refers to the location where the event object on the venue map is placed.

In addition, the event object further has attributes such as installation cost, operating cost, and additional income. Installation costs refer to the budget required to install a facility or program, and operating costs refer to the budget required to operate a facility or program. Installation costs are fixed costs regardless of the number of visitors, while operating costs are proportional to the number of visitors. In the case of a ceramic combing experience program, the cost of consumables consumed to comb the ceramics is the operating cost of the program object.

Incremental revenue is revenue generated from the exercise object. For example, if you are selling pottery or giveaways, the price you receive from visitors due to sales or auction is income.

Therefore, the cost of the event object is composed of the installation cost and the operating cost according to the number of visitors. The total budget of the event object is an amount obtained by subtracting the incidental income from the cost, and the budget is obtained by subtracting the incidental income from the installation cost and the operating cost according to the number of visitors.

The budget of the event as a whole is the sum of the budgets of the event objects. The overall budget, such as event organizers, parking management personnel, and pamphlets that work at the event headquarters, creates and processes virtual event objects. In other words, a managed object is created to manage all common budgets as attributes of the managed object.

In addition, the event object may set the attribute differently according to an environment variable. That is, preferably, the event object varies residence time, capacity, and viewing time according to environment variables. At this time, the property of the event object is defined as a conditional expression.

For example, it can be divided into rainy weather and general, and the attributes such as the residence time, the number of people, the viewing time can be determined differently in each case. For example, a pottery baking experience is conducted outdoors in a kiln. The kiln can be avoided by tents, but the number of people is inevitably reduced because visitors stay only inside tents. In addition, the restaurant with tables arranged in the open air can not use the open-air table in the rain, so the number of people is reduced.

On the other hand, since the program is an event held in the viewing facility (or using facility), the property is inherited from the facility object. In addition, the number of people and viewing time of the program object is limited to the number of people and viewing time of the inherited facility object, respectively.

For example, if a ceramic auction program is run at a ceramics exhibition facility, more visitors may not participate in the ceramics auction program.

The visitor case part 33 receives at least one visitor case. As previously seen in FIG. 2D, the visitor case includes a visitor type and number of people.

The simulation unit 34 generates a virtual viewer as many as the number of the visitor case for the event arrangement case and performs a simulation in which the virtual visitor stays at least one event object, depending on the preference or visit frequency. Select the event object and stay.

If N event placement cases and M visitor cases are made, N * M combinations are generated. The simulation unit 34 simulates the case by the N * M combination.

As seen above, the simulation for each combination of cases simulates virtual visitors by generating as many virtual viewers as the number of visitors.

In this case, the simulation unit 34 searches for the event object located within the movement interval at the virtual viewer, and selects one event object according to the preference or the visit frequency among the found event objects and repeats the process.

As shown in FIG. 4, when the virtual spectator is initially at the point A, when a circle is drawn around the point A with a radius of the movement interval, the event objects included in the circle are objects that are found.

At this time, if the viewing time of the event object is not included in the current time, the corresponding event object is not found. For example, in FIG. 4, the event object within the moving interval at the point A is a toilet, a combing experience of a porcelain, a resting room, a ceramics exhibition facility, and a ceramics auction. A pottery auction is a program held at a pottery exhibition facility. However, if the current time is 2 o'clock and the auction proceeds at 3 o'clock, no ceramic auction can be found. Therefore, only four event objects are found: the toilet, the experience of combing the ceramics, the lounge, and the ceramics exhibition facility.

At this point, when the visitor selects the experience of combing the pottery, the visitor moves to this event object and stays as long as the stay time. After the dwell time (eg 30 minutes), the event object is again found at point B within the movement interval. At this time, pottery sales facilities, pottery baking experiences, and lounges are found. The experience of combing pottery is already excluded.

After selecting a break room at point B, the visitor stays in the break room for 30 minutes, and then, at point C, the event object is found within the moving interval. At this time, a ceramics exhibition facility, a ceramics sales facility, and a ceramics auction program are found. At 3 o'clock, the time is around 3 o'clock, so it's time for the ceramic auction program.

In the above example, the simulation unit 34 calculates and reflects the movement time moving from the point A to the ceramic combing experience or from the point B to the resting room.

In addition, if there is a use object among the found event objects, the simulation unit 34 determines whether to stay in the visiting frequency probability of the use object, and if there is no use object or does not stay in the use object, the simulation object 34 selects the viewing object according to the preference. If a virtual visitor stays at the event object, the number of people staying at the event object is increased by the number of people.

As shown in FIG. 4, the use object found at the point A includes a toilet and a resting room, and the viewing object includes a ceramic exhibition facility and a ceramic combing experience. First, the cost of visits to restrooms and rest rooms is determined according to the probability.

In FIG. 2E, if the audience is in their 20s, the toilet has 20% of visits and the break room has a frequency of 30%. First, decide whether or not to go to the toilet with a 20% chance. For example, a random number in the range (0,1) is generated, and when the generated random number is 20/100 or less, the toilet is determined to go. If the random number is greater than 20/100, it is determined whether to rest for the lounge. At this time, if the random value is 30/100 or less, it is decided to rest.

If it is decided not to go to all restrooms and lounges, choose a preference from the rest of the ceramic exhibits and experience of combing the ceramics. In FIG. 2E, the preferences of the teenagers are 50 and 90, respectively, so a high preference ceramic combing experience is selected.

At this time, if the virtual visitor stays in the event object, the simulation unit 34 waits if the event object is a use object when the number of stays exceeds the number of people, and does not stay if the event object is a viewing object.

In other words, if the current number of people staying in the pottery combing experience is 20, the number of visitors is added to confirm whether 21 people are larger than the capacity. If you have 20 people, you have to give up because there are many people. If you have 30 people, you can stay in the experience of combing pottery, so the experience of combing pottery is chosen. For example, if there are three visitors because they are a group, the number will be 23.

On the other hand, if the virtual visitor is selected to rest or rest room, even if the number of people in the rest room or rest room is waiting. In other words, visitors should stay even if they wait, because the rest room and restroom go as needed.

The case evaluator 35 calculates the sum of the preferences or waiting times for the event object in which the virtual visitor stays, and evaluates the satisfaction as the total satisfaction of the virtual visitor of the visitor case.

For example, in FIG. 4, it is assumed that a teenage virtual visitor participated in the combing experience of pottery, a lounge, and a ceramic auction. By preference of FIG. 2E, the virtual visitor's satisfaction is 110 to pottery combing experience 90 and pottery auction 20. If you wait 10 minutes in the break room, the waiting time is 10 minutes.

The following two examples of obtaining satisfaction are possible.

In the first embodiment, the preferences of the viewing object stayed by the virtual visitor are summed, the waiting time of the use object stayed by the virtual visitor is summed, and the sum of the preference and the waiting time are used to add the preferences of the virtual visitor. Calculate your satisfaction.

The second embodiment calculates the satisfaction level of the virtual visitor by adding up the preferences of the viewing object in which the virtual visitor stays. In this case, the entire viewing time of the virtual viewer is limited to a certain time. For example, limit to watching only 3 hours. Therefore, if a user spends a lot of time in an object such as a restroom or a break room, there are fewer viewing objects that stay there, so that the overall satisfaction decreases.

The case evaluator 35 outputs the satisfaction of the N * M combinations in ascending order. By presenting in order of evaluation of each simulation based on the satisfaction, the user can easily select an optimal case.

Next, the cultural tourism event service design and simulation method according to an embodiment of the present invention will be described with reference to FIG.

As shown in Figure 5a, the cultural tourism event service design and simulation method, (a) receiving and storing the viewing statistics information, the viewing statistics information including the preference or visit frequency of the event according to the visitor type ( S10); (b) receiving at least one event arrangement case, wherein the event arrangement case includes an event object, and the event object has a property including an accommodation capacity, a residence time, and a location (S20); (c) receiving at least one visitor case, wherein the visitor case includes a visitor type and a number of persons (S30); (d) Simulating a virtual audience for the event arrangement case as many as the number of the visitor case and performing the simulation of the virtual visitor staying at least one event object, wherein the virtual viewer selects an event object according to a preference or a visit frequency. Selecting and staying (S40); And (e) calculating the sum of the preferences or waiting times for the event object stayed by the virtual viewer as satisfaction and evaluating the total satisfaction of the virtual viewer in the visitor case (S50).

In particular, as shown in FIG. 5B, the step (d) may include: (d1) finding an event object located within a movement interval at the current position of the virtual viewer (S41); (d2) selecting one event object according to a preference or a visit frequency among the found event objects (S42); (d3) staying the virtual viewer at the selected event object (S43); And (d4) step S44 of repeating the steps (d1) to (d3).

In addition, as shown in FIG. 5C, the step (d2) may include (d21) finding a use object among the found event objects (S421); (d22) if the usage object is found, determining whether to stay in the visiting frequency probability of the usage object, and determining whether to stay for all the usage objects until there is a usage object to be determined to stay (S422); (d23) selecting the viewing object according to the preference from among the found event objects when there is no use object or does not stay in the use object (S423); (d24) staying the use object or the selected viewing object whose stay is determined (S424); And (d25) increasing the number of people staying at the event object staying by the number of virtual viewers (S425).

In addition, as shown in Figure 5d, step (d24), (d26) if the virtual viewers stay in the event object to determine whether the number of people staying (S426); (d27), if the event object is a use object, waiting (S427); And (d28), if the event object is a viewing object, step S428 is performed without dwelling (d23).

Further, in the step (e), the preferences of the viewing object stayed by the virtual visitor are added, the waiting time of the use object stayed by the virtual visitor is summed up, and the virtual visitor is formed by using the sum of the preferences and the sum of the waiting time. Calculate your satisfaction.

Further, in the step (d), after the time limit for the virtual viewer, the simulation of the virtual viewer ends, and in the step (e), the preferences of the viewing objects stayed by the virtual viewer are added to the virtual viewer. Calculate your satisfaction.

The viewing object is divided into a facility object and a program object, and the program object is inherited from the facility object, and the accommodation capacity and viewing time of the program object are respectively limited to the accommodation capacity and viewing time of the inherited facility object.

For the omitted description of the cultural tourism event service design and simulation method, refer to the description of the cultural tourism event service design and simulation system described above.

Next, the screen of the cultural tourism event service design and simulation system according to an embodiment of the present invention will be described with reference to FIG. 6.

6A is a screen for logging in to the system, and FIG. 6B is a screen for registering a new event planning project.

Figure 6c is a screen showing the budget of the project. The project's budget is derived by summing up the event object's budget. Therefore, when you budget individual objects, you can automatically budget the entire project.

FIG. 6D is a screen in which an event object is arranged on an event hall map, and FIG. 6E is a screen in which event objects arranged on the event map are arranged in a graph according to a distance. The former is called a service model and the latter is called a process model.

6D has an advantage that it can be seen at a glance by being disposed on a real map. However, even if two event objects are close on the event map, the path that the moving road is traveling on may actually be quite far.

In order to solve the above problem, a screen displaying a graph by distance is provided as shown in FIG. 6D. For example, in Case 1, the closest to Facility 1 is Program 1, and the closest to Program 1 is Shop1. In Case 2, Program 1 and Program 2 can be seen to be approximately the same distance from Facility 1 or Store 1.

Since the process model as shown in FIG. 6D is likely to be a path in which the viewer preferentially moves, when the service model and the process model are arranged in comparison with each other, the user can more optimally arrange the event object.

6F is a screen for receiving a visitor case.

6G is a screen for simulating. The human-shaped icon shown in FIG. 6G is a virtualized virtual viewer. If the actual number of visitors in the case is as large as 10,000, all of them cannot be displayed on the screen. Therefore, it is reduced to a certain ratio and displayed on the screen. For example, if only 100 people are displayed on the screen, the number of visitors is reduced by 1/100.

Figure 7 illustrates a screen for outputting the results of the simulation in a blue print. 7A is the overall summary report and FIG. 7B is the profit and loss report. In particular, the profit and loss report calculates the budget of each individual exercise object and automatically calculates the total budget as a sum.

7C is a statistics screen for the event object, and FIG. 7D is a statistics screen for the virtual visitor.

As mentioned above, although the invention made by this inventor was demonstrated concretely according to the said Example, this invention is not limited to the said Example, Of course, a various change is possible in the range which does not deviate from the summary.

The present invention is applicable to the development of cultural tourism event service design and simulation system that presents the optimal event layout by designing and simulating the event arrangement. In particular, the present invention can be applied to the development of the cultural tourism event service design and simulation system that evaluates the event placement by using a simulation or by creating a plurality of cases for the event arrangement and the visitor type.

1 is a view showing the configuration of the entire system for implementing the cultural tourism event service design and simulation system and method according to the present invention.

FIG. 2 is a diagram illustrating information inputted to implement a system and method for designing a cultural tourism event service and a simulation method according to the present invention.

3 is a block diagram of the configuration of the cultural tourism event service design and simulation system according to an embodiment of the present invention.

4 is a diagram illustrating a simulation in which a virtual visitor selects and stays an event object according to an embodiment of the present invention.

5 is a flowchart illustrating a culture tourism event service design and simulation method according to an embodiment of the present invention.

6 is a diagram illustrating a screen of a cultural tourism event service design and simulation system according to an embodiment of the present invention.

Figure 7 illustrates a screen for outputting the results of the simulation in a blue print according to an embodiment of the present invention.

Explanation of symbols on the main parts of the drawings

10: computer terminal 11: the user

20: Internet

30: simulation system 31: basic information management unit

32: event arrangement case part 33: spectator case part

34: simulation unit 35: case evaluation unit

40: data storage 41: statistical information DB

42: Case DB 43: Result Evaluation DB

Claims (18)

In the cultural tourism event service design and simulation system that designs and simulates an event layout and presents an optimal event layout, Receiving and storing viewing statistics information, wherein the viewing statistics information includes a basic information manager including a preference or a visit frequency of an event according to a visitor type; Receiving at least one event arrangement case, wherein the event arrangement case comprises an event object, and the event object includes an event arrangement case having an attribute including an accommodation capacity, a residence time, and a location; Receiving at least one visitor case, wherein the visitor case includes a visitor case unit including a visitor type and a number of people; For the event arrangement case, a virtual viewer is generated as many as the number of the visitor case, and the virtual viewer performs a simulation of staying at least one event object, wherein the virtual visitor selects and stays an event object according to a preference or a visit frequency. A spectator simulation unit; And Comprising a case evaluation unit for calculating the satisfaction or the sum of the preference or waiting time for the event object stayed by the virtual viewer, the total satisfaction of the virtual viewer of the visitor case, The simulation unit finds an event object located within the movement interval of the virtual visitor from the current location, and repeats the process of selecting and staying one event object according to a preference or a visit frequency among the found event objects. Service design and simulation system. delete The method of claim 1, The event arrangement case unit divides the event object into a viewing object and a use object, If there is a use object among the found event objects, the simulation unit determines whether or not to stay in the visit frequency probability of the use object. If there is no use object or does not stay in the use object, the simulation unit selects and stays a viewing object according to a preference from the found event object. And if the virtual audience stays at the event object, increases the number of people staying at the event object by the number of people. The method of claim 3, If the simulation unit stays virtual visitors to the event object, if the number of people staying more than the number of people, if the event object is a use object, if the event object is a viewing object cultural tourism event service design and characterized in that Simulation system. The method of claim 4, wherein The case evaluator sums the preferences of the viewing object stayed by the virtual visitor, sums the waiting time of the use object stayed by the virtual visitor, and uses the sum of the preference and the sum of the waiting time to satisfy the virtual visitor. Cultural tourism event service design and simulation system, characterized in that the calculation. The method of claim 4, wherein The simulation unit terminates the simulation of the virtual viewer after the time limit for the virtual viewer, And the case evaluating unit calculates the satisfaction of the virtual visitor by adding the preferences of the viewing objects stayed by the virtual visitor. The method according to claim 5 or 6, The simulation unit simulates a combination of N event arrangement case and M visitor case, The case evaluation unit cultural tourism event service design and simulation system, characterized in that for outputting the satisfaction in order of N * M combination. The method of claim 3, The event arrangement case unit divides the viewing object into a facility object and a program object, wherein the program object is inherited from the facility object, and the accommodation capacity and viewing time of the program object are respectively the accommodation capacity and viewing time of the inherited facility object. Cultural tourism event service design and simulation system, characterized in that limited. The method of claim 1, The event arrangement case unit receives an additional installation cost, operation cost, additional income as an attribute of the event object, the operation cost and additional income is proportional to the number of people staying, The simulation unit is a cultural tourism event service design and simulation system, characterized in that to obtain a budget using the installation costs, operating costs, incidental income of each event object. The method according to any one of claims 1 and 3 to 6, The event object is a cultural tourism event service design and simulation system, characterized in that the residence time, the number of people, viewing time according to the environmental variables. In a computer-readable recording medium recording a program for designing and simulating an event arrangement and performing a cultural tourism event service design and simulation method that presents an optimal event arrangement, (a) receiving and storing viewing statistics information, wherein the viewing statistics information includes a preference or a visit frequency of an event according to a visitor type; (b) receiving at least one event placement case, wherein the event placement case comprises an event object, the event object having attributes including capacity, length of stay, and location; (c) receiving at least one visitor case, wherein the visitor case includes a visitor type and number of persons; (d) Simulating a virtual audience for the event arrangement case as many as the number of the visitor case and performing the simulation of the virtual visitor staying at least one event object, wherein the virtual viewer selects an event object according to a preference or a visit frequency. Selecting and staying; And (e) calculating the satisfaction or sum of preferences or waiting times for the event object stayed by the virtual viewer, and evaluating the total satisfaction of the virtual viewer of the visitor case; In step (d), (d1) finding an event object located within a movement interval at the current location of the virtual viewer; (d2) selecting one event object according to a preference or a visit frequency among found event objects; (d3) staying the virtual viewer at the selected event object; And (d4) A computer-readable recording medium having recorded thereon a program for performing a cultural tourism event service design and simulation method comprising the steps of repeating steps (d1) to (d3). delete The method of claim 11, wherein step (d2), (d21) finding a use object among the found event objects; (d22) if the usage object is found, determining whether to stay using the visiting frequency probability of the usage object, and determining whether to stay for all the usage objects until there is a usage object to be determined to stay; (d23) selecting a viewing object according to a preference from among found event objects if there is no use object or does not stay in the use object; (d24) staying the use object or the selected viewing object whose stay is determined; And (d25) A computer-readable recording medium having recorded thereon a program for performing a cultural tourism event service design and simulation method comprising increasing the number of people staying at an event object staying by the number of virtual visitors. The method of claim 13, Step (d24), (d26) if the virtual audience stays at the event object, checking whether the number of stays exceeds the number of people; (d27) if the event object is a use object, waiting; And and (d28), if the event object is a viewing object, and not staying, and performing step (d23), the program for performing the cultural tourism event service design and simulation method may be read by a computer. Recording media. The method of claim 14, In the step (e), the preferences of the viewing objects stayed by the virtual viewers are summed, the waiting times of the use objects stayed by the virtual viewers are summed, and the satisfaction of the virtual viewers is obtained by using the sum of the preferences and the sum of the waiting times. A computer-readable recording medium recording a program for performing a cultural tourism event service design and simulation method, characterized in that for calculating. The method of claim 14, In the step (d), after the time limit for the virtual viewer, the simulation of the virtual viewer ends, In the step (e), by adding the preferences of the viewing object stayed by the virtual viewer, to calculate the satisfaction of the virtual visitor, a computer-readable program that records a program for performing a cultural tourism event service design and simulation method Record carrier. The method of claim 13, The viewing object is divided into a facility object and a program object, and the program object is inherited from the facility object, and the accommodation capacity and viewing time of the program object are respectively limited to the accommodation capacity and viewing time of the inherited facility object. A computer-readable recording medium that records programs that perform design and simulation services for cultural tourism events. delete

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