JP5400668B2 - A quiz system that facilitates a wide range of movement within the venue - Google Patents

Description

  The present invention relates to a novel technique for promoting a wide range of movement within a visitor's field.

  For example, a technique is known that can increase the number of visitors to a venue that conducts campaigns for products and services (Patent Document 1).

JP 2006-048428 A

  As a type of venue, for example, there is a learning facility. In general, the learning facility includes an exhibit (for example, a photograph or text) in which information about the learning target is written, equipment for an experience for deepening knowledge about the learning target, and the like.

  One of the purposes of the learning facility is to provide visitors with knowledge about the learning object. For this reason, it is desirable to have the learning facility move over a wide range (for example, all over).

  However, Patent Document 1 discloses one method for increasing the number of visitors, but neither discloses nor suggests a method for allowing visitors to move in a wide range within the venue.

  Accordingly, an object of the present invention is to promote a wide range of movement within the visitor's field.

  A plurality of access point devices (AP devices) are provided at a plurality of positions in the venue. A server device is connected to a plurality of AP devices. A user moves in the hall with a portable information processing terminal (hereinafter referred to as a user terminal) capable of wireless communication. The server device has software (quiz rally software) for setting a plurality of quizzes corresponding to a plurality of AP devices, and distributes the quiz rally software to the user terminals. The user terminal receives and stores the quiz rally software. By executing the stored quiz rally software, when the user terminal is not in the communication area of any AP device, at least the user of the plurality of quizzes does not give an unanswered quiz, On the other hand, when entering a communication area of a certain AP device among a plurality of AP devices, a quiz corresponding to a certain access point device among the plurality of quizzes is given.

  The venue can be indoors or outdoors. The present invention can be applied to various venues such as a learning facility, a museum, or an art museum.

1 shows a learning support system according to Embodiment 1 of the present invention. The structure of the user terminal 111 is shown. The structure of the quiz rally server 113 is shown. The structure of the user management information 251 is shown. The whole flow of the process performed in Example 1 is shown. The flow of distribution of the quiz rally software 231 is shown. The flow of questionnaire (attribute) is shown. The display in the user terminal 111 in the flow of a questionnaire (attribute) is shown. The display in the user terminal 111 in a quiz rally is shown. The flow of the quiz rally is shown. The display in the user terminal 111 in a quiz rally is shown. The display in the user terminal 111 in the flow of a questionnaire (impression) is shown.

  In the following, an embodiment of the present invention will be described by taking the case where the venue is a learning facility and supporting learning in the learning facility as an example.

  The outline of the present embodiment is as follows. That is, a visitor (hereinafter referred to as a user) moves in the hall while holding a portable information processing terminal (hereinafter referred to as a user terminal) capable of WiFi communication. An access point (hereinafter referred to as AP) device is provided at an appropriate place in the learning facility, and when the user enters the communication range of the AP device, a quiz regarding the learning target is given on the user terminal. Different quizzes are given for each AP device. When all the quizzes are answered correctly, a privilege is given to the user. In other words, in this embodiment, in order to solve all the quizzes, the user needs to enter the communication range of all AP devices provided in the learning facility, and for that reason, the user moves widely within the learning facility. There is a need. A wide range of movements increases the opportunity for many users to see the various exhibits in the learning facility, and if you answer the quiz correctly, you can increase your knowledge of what you are learning. Significance can be fully achieved.

  Hereinafter, this embodiment will be described in detail.

  FIG. 1 shows a learning support system according to Embodiment 1 of the present invention.

  The learning facility 100 is divided into several zones 105 (only one floor of the plurality of floors of the learning facility 100 is shown in the figure). An AP device 101 and a network connection device 103 are provided for each zone 105. The number of AP devices 101 provided in one zone 105 is not limited to one.

  The AP device 101 is a wireless communication device (for example, a wireless LAN router) that functions as an AP, and is connected to the network connection device 103.

  The network connection device 103 is connected to a communication network (for example, the Internet) 102 and is a device (for example, a modem) for communication via the communication network 102.

  The learning facility 100 has an entrance hall 122. A wireless communication station 107 is provided in the entrance hall 122. The wireless communication station 107 is a kind of AP device, but is a wireless communication device having a wider communication area than the AP device 101. The wireless communication station 107 is connected to the communication network 102.

  The user has a user terminal 111. As described above, the user terminal 111 is a portable information processing terminal (for example, Nintendo DS (registered trademark)) capable of WiFi communication. For example, the user terminal 111 has an upper screen 303 and a lower screen 305, and at least the lower screen 305 is a touch panel type and can input and output information. The user operates the user terminal 111 using the touch pen 151.

  A quiz rally server 113 is connected to the communication network 102. The quiz rally server 113 is a device that provides a service related to the quiz rally. The “quiz rally” in the present embodiment is to solve a plurality of quizzes sequentially.

  FIG. 2 shows the configuration of the user terminal 111.

  The user terminal 111 includes an upper screen 303, a lower screen 306, a display controller 301, an input device 315, a WiFi interface 315, a memory 313, and a processor 311. In addition, although the user terminal 111 in a present Example has two screens, the number of screens may be one or three or more.

  The display controller 301 controls display via the upper screen 303 and the lower screen 306, and notifies the processor 311 where on the lower screen 306 is touched by the touch pen 151.

  The input device 315 is an input system different from the input system for the lower screen 306, and includes, for example, an A button, a B button, and a cross button shown in FIG.

  The WiFi interface 315 is a communication interface device for performing WiFi communication (wireless LAN communication). Software can be downloaded via the WiFi interface 315.

  The memory 313 is a storage resource for storing downloaded software (computer program).

  The processor 311 executes software stored in the memory 313.

  FIG. 3 shows the configuration of the quiz rally server 113.

  The quiz rally server 113 includes a communication interface device (I / F) 205, a storage device 207, a memory 203, and a processor 201.

  The I / F 205 is a device for performing communication via the communication network 102.

  The storage device 207 may be built in the quiz rally server 113 as illustrated, or may be an external device connected to the quiz rally server 113. The storage device 207 stores quiz rally software 231 and user management information 251.

  The quiz rally software 231 is software downloaded to the user terminal 111. The quiz rally software 231 includes a progress control unit 235 and quiz data 237. The progress control unit 235 is a function for controlling the progress of the quiz. The quiz data 237 is data relating to a quiz, and includes, for example, data representing a plurality of quizzes (hereinafter, referred to as five quizzes of quizzes 1 to 5) and data representing a correct answer for each quiz. When the processor 311 in the user terminal 111 executes the quiz rally software 231, the processor 311 has the progress control unit 235.

The user management information 251 is information regarding each user. Specifically, the user management information 251 includes the following information for each user, for example, as shown in FIG.
(*) MAC (Media Access Control) address 401. The MAC address 401 is information representing the MAC address of the user terminal 111.
(*) Attribute 402. The attribute 402 is information representing the attribute of the user. As attributes, various types of attributes such as sex, grade (or age), home (address), owner, and who are coming can be adopted.
(*) Quiz result 403. The quiz result 403 is information representing the result of the quiz rally. Specifically, the quiz result 403 includes information representing the quiz number, the order, and the number of misses for each quiz. According to the quiz result 403, it can be understood which quiz has been solved through what number and how many mistakes. In the present embodiment, the quiz number matches the zone number. That is, the zone can be uniquely specified from the quiz number. For this reason, it is also understood in what order the user has moved the learning facility 100. Furthermore, the degree of difficulty for the quiz user is also known from the number of mistakes.
(*) Questionnaire response 404 after rally. This is information representing an answer to a questionnaire after the end of the quiz rally.

  The memory 203 is a storage resource that stores the quiz control software 211. The quiz control software 211 is a computer program for controlling the progress of the quiz rally for each user. The quiz control software 211 includes a software distribution unit 221, a questionnaire unit 222, and a quiz control unit 22. The software distribution unit 221 is a function that provides quiz rally software 231. The questionnaire unit 222 is a function for conducting a questionnaire. The quiz control unit 223 is a function that grants a right to solve the quiz.

  The processor 201 executes quiz control software 211. As a result, the processor 201 has the functions 221 to 223 described above.

  Hereinafter, the flow of processing performed in the present embodiment will be described. Hereinafter, in order to make the explanation easy to understand, the subject of processing may be the above-described functions 235, 221, 222, or 223, but the processing is actually performed by the processor 311 or 201.

  FIG. 5 shows the overall flow of processing performed in this embodiment.

  In the entrance hall 102, distribution of the quiz rally software 231 (step S1), activation of the quiz rally software 231 (S2), and questionnaire (attribute) (S3) are performed.

  Thereafter, the user performs a quiz rally while moving through the plurality of zones 105 (S4).

  Finally, a quiz rally impression questionnaire is performed in the zone 105 when the last quiz was correctly answered (S5), and then the quiz rally software 231 is terminated (for example, the user terminal 111 is powered off). (S6).

  Hereinafter, each step will be described in detail.

  <S1: Distribution of quiz rally software 231>.

  FIG. 6 shows the flow of distribution of the quiz rally software 231.

  The processor (hereinafter referred to as user processor) 311 of the user terminal 111 transmits the MAC address of the user terminal 111 to the quiz rally server 113 via the WiFi interface 315 and the wireless communication station 107 (S701).

  When the server 113 receives the MAC address from the user terminal 111, the software distribution unit 221 adds a record (row) to the user management information 251 and registers the received MAC address in the record (S702).

  Then, the software distribution unit 221 distributes the quiz rally software 231 to the user terminal 111 that is the transmission source of the MAC address (S703).

  <S2: Activation of quiz rally software 231>.

  The user uses the touch pen 151 to activate the quiz rally software 231 downloaded to the user terminal 111 in S703 of FIG. Thereby, the quiz rally software 231 is executed by the user processor 311.

  <S3: Questionnaire (attribute)>.

  FIG. 7 shows the flow of the questionnaire (attribute).

  In the user terminal 111, the progress control unit 235 (function provided to the user processor 311 by executing the quiz rally software 231) accepts input of attribute information (S801). Specifically, for example, the progress control unit 235 displays information as illustrated in FIG. 8A on the upper screen 303 and the lower screen 305. In response to the scroll operation on the lower screen 305, the progress control unit 235 displays the information shown in FIGS. 8B and 8C on the lower screen 305.

  When the “next” button 901 (see FIG. 8C) is pressed (S802), the progress control unit 235 determines whether there is an attribute item for which information has not been input (S803).

  If there is an attribute item that has not been input (S803: YES), the progress control unit 235 displays the message “There is something that has not been answered yet” (FIG. 8C), and again inputs attribute information. Accept.

  On the other hand, if there is no uninput attribute item (S803: NO), the progress control unit 235 transmits the MAC address of the user terminal 111 and the input attribute information to the quiz rally server 113 (S804). The quiz rally server 113 receives the MAC address and attribute information, and the questionnaire unit 222 registers the attribute information in the record having the MAC address in the user management information 251 (S805).

  <S4: Quiz rally>.

  S803: In the case of NO, a quiz rally can be started. For example, in the user terminal 111, the progress control unit 235 performs screen display shown in FIG. The quiz rally starts when the “Start” button 1101 is pressed.

  The progress control unit 235 displays an internal map (map of each floor) of the learning facility 101 on the upper screen 303 (see FIG. 9B). Data representing the internal map is included in the quiz data 237.

  The communication control unit 235 also displays information indicating in which zone the quiz remains and the quiz in which zone has been answered (which quiz has been cleared). According to FIG. 9B, it can be seen that among quizzes 1 to 5, quiz 4 has already been cleared and quizzes 1 to 3 and 5 have not yet been cleared. For each quiz, the communication control unit 235 sets information indicating whether or not the quiz has been cleared in the memory 313 in the user terminal 111. Thereby, the communication control part 235 can identify which quiz is cleared and which quiz is not cleared, and can display the information showing having been identified.

  Further, as shown in FIG. 9B, the communication control unit 235 displays a “Search for a quiz here!” Button 1103 on the lower screen 305. When this button 1103 is pressed, the communication control unit 235 determines whether or not the AP device 101 is within the communication range. Specifically, for example, the communication control unit 235 determines whether or not a beacon from the AP device 101 can be detected. If a beacon can be detected, the current position of the user terminal 111 is within the communication area of the AP device 101, and if a beacon cannot be detected, it is out of the communication area of the AP device 101. In order to find the communication area of the AP device 101, the user moves widely in each zone 105 with the user terminal 111, and presses the “Look for quiz here!” Button 1103 at an arbitrary position. Is in the communication range of the AP device 101. If the AP device 101 is within the communication range, a quiz corresponding to the currently located zone is given. If you answer the quiz correctly, it will be clear. When all quizzes are cleared, the quiz rally ends.

  FIG. 10 shows the flow of the quiz rally.

  After the quiz rally is started, the above-described “Look for quiz here!” Button 1103 is pressed at an arbitrary position of the user (S1001). In response to this, the progress control unit 235 determines whether or not a beacon from the AP apparatus 101 can be detected (S1002).

  If the beacon cannot be detected (S1002: NO), the progress control unit 235 instructs the user to retry (S1003). Specifically, for example, the display shown in FIG. When the “return” button is pressed, the progress control unit 235 performs the display shown in FIG. 10B (display including the “search for a quiz here!” Button 1103).

  When the beacon is detected (S1002: YES), the progress control unit 235 transmits the MAC address to the quiz rally server 113 (S1004).

  In the quiz rally server 113, the quiz control unit 223 specifies identification information (for example, IP address) of the AP device 101 through which the MAC address has passed, and using the specified identification information, in which zone the AP device 101 is installed. To identify. For example, the storage device 207 stores information indicating which AP device 101 is installed in which zone (hereinafter, AP / zone correspondence information), and the quiz control unit 223 displays the identification information of the AP device 101. The AP / zone correspondence information is used to identify in which zone the AP device 101 is installed. Then, the quiz control unit 223 transmits information representing the answer to the quiz corresponding to the specified zone (hereinafter, answer right information) to the user terminal 111 that is the transmission source of the MAC address (S1005). The answer right information includes, for example, information indicating which of the quizzes 1 to 5 is permitted.

  The user terminal 111 receives the answer right information, and the progress control unit 235 specifies the quiz permitted by the answer right information from the quiz data 237. Then, the progress control unit 235 questions (displays) the identified quiz (S1006) and waits for an answer (S1007). FIG. 11A shows the questions for quiz 1. Quiz 1 questions are displayed on the upper screen 303, and quiz 1 answer options are displayed on the lower screen 305.

  When any option is selected (when pressed), the progress control unit 235 determines whether the option is a correct option (S1008). Whether or not the answer is correct can be specified from the quiz data 237 (may be specified by making an inquiry to the server 113).

  In the case of an incorrect answer (S1008: NO), for example, as shown in FIG. 11B, the progress control unit 235 displays a message prompting the user to answer again because it is an incorrect answer. The display mode of the option is changed (for example, the option is filled with gray), and the input of the answer is awaited again.

  In the case of a correct answer (S1008: YES), for example, as shown in FIG. 11C, the progress control unit 235 displays a message indicating that the answer is correct, a comment on the answer to the quiz, and a “search for another quiz” button 1201. Is displayed. When the “search for another quiz” button 1201 is pressed, S1009 in FIG. 9 is performed. Further, the progress control unit 235 sets information indicating which quiz is correct to the memory 313.

  That is, the progress control unit 235 transmits the answer result information to the quiz rally server 113 (S1009). The answer result information includes, for example, information indicating the number of correct quizzes, the number of correct quizzes, and the number of mistakes (number of incorrect answer options).

  The quiz rally server 113 receives the answer result information, and the quiz control unit 223 registers the answer result information in the user management information 251 (S1010). Thereby, the quiz result 403 corresponding to the MAC address transmitted in S1004 is updated.

  In addition, in the case of S1008: YES, the progress control unit 235 determines whether or not all of the quizzes 1 to 5 are correctly answered based on information indicating which quiz is correctly answered, which is set in the memory 313, for example. (S1011).

  If there is still an inaccurate quiz (S1011: NO), for example, the progress control unit 235 performs a display as shown in FIG. Thereafter, S1001 is performed again.

  If the answers to all of the quizzes 1 to 5 are correct (S1011: YES), the progress control unit 235 displays a message meaning that the answers to all of the quizzes 1 to 5 are correct (that is, the quiz rally has been cleared). . For example, for example, the display as shown in FIG. When the “respond to questionnaire” button 1205 is pressed, S4 in FIG. 5: the questionnaire (impression) starts.

  <S5: Questionnaire (impression)>.

  When the “Respond to Questionnaire” button 1205 shown in FIG. 11D is pressed, the progress control unit 235 displays some questions related to the impression (see FIG. 12A). The data representing the question is included in the quiz data 237 in advance, but may be downloaded from the server 113 when the “respond to questionnaire” button 1205 is pressed. The user answers all questions and presses the “Next” button 1301 (see FIG. 12B). If there is an uninput item, a message indicating that there is no input is displayed as shown in FIG. 12B, and if there is no uninput item, predetermined information is displayed. The predetermined information may be an instruction to turn off the power, or may be information for showing the staff of the learning facility 100 and receiving a privilege.

  For example, when a predetermined button (for example, “next” button 1301) is pressed, the progress control unit 235 transmits information indicating the result of the response regarding the impression (hereinafter referred to as the “impression answer information”) to the quiz rally server 113. . In the server 113, the questionnaire unit 222 registers the comment response information as the questionnaire response 404 in the user management information 251.

  <S6: End of quiz rally software 231>.

  The user turns off the power of the user terminal 111. Thereby, the quiz rally software 231 ends. Specifically, for example, the quiz rally software 231 is deleted from the memory 313.

  As described above, according to the present embodiment, the user needs to enter the communication range of all AP apparatuses 101 provided in the learning facility 100 in order to solve all the quizzes. It is necessary to move in a wide range. A wide range of movements increases the opportunity for many users to see the various exhibits in the learning facility 100, and if you answer the quiz correctly, you can increase the knowledge about the learning object, so 100 meanings can be fully achieved.

Note that the power of the user terminal 111 may be turned off during the quiz rally (that is, before all the quizzes are correctly answered). In this case, since the quiz rally software 231 is erased from the memory 313, the user needs to download the quiz rally software 231 again. One of the following may be adopted as the situation at the start of the quiz rally after re-downloading.
(*) Regardless of which of the quizzes 1 to 5 was correctly answered before the power was turned off, all of the quizzes 1 to 5 are started as unanswered.
(*) When the quiz rally software 231 is activated, the progress control unit 235 transmits the MAC address of the user terminal 111 and an inquiry as to which quiz is correct to the quiz rally server 113. The quiz rally server 113 receives the MAC address and inquiry. In response to the inquiry, the quiz control software 211 specifies the quiz result 403 corresponding to the received MAC address from the user management information 251. The quiz control software 211 notifies the user terminal 111 of the correct quiz number in the identified quiz result 403. The user terminal 111 receives the quiz number, and the progress control unit 235 sets the quiz number in the memory 313. The progress control unit 235 controls display based on the correct quiz number. For example, when there are 1, 3, and 4 as the correct quiz numbers, the progress control unit 235 displays that the quizzes 1, 3, and 4 are cleared.

  Further, instead of downloading data representing all quizzes in advance, even when data representing a quiz corresponding to the zone 105 in which the AP device 101 is located is distributed when entering the communication range of the AP device 101. good. However, since the number of user terminals 111 that can simultaneously communicate via the same AP device 101 is limited, all quizzes are downloaded in advance as in the above embodiment in order to shorten one communication as much as possible. In the communication area of the AP device 101, it is preferable to download data of a smaller size than the quiz data, which is answer right information for permitting the quiz questions.

  Embodiment 2 of the present invention will be described below. At that time, differences from the first embodiment will be mainly described, and the description of the common points with the first embodiment will be omitted or simplified (the same applies to the third embodiment described later).

  There may also be users who visit the learning facility 100 multiple times. However, if the quiz questions are the same each time, the knowledge provided to the user does not change, and the enjoyment of the user does not increase.

  Therefore, in this embodiment, quizzes given to the same user are different from one time to another.

  For example, it can be expected to be realized by the following method.

The storage device 207 stores a large number of quiz data. A large number of quizzes are classified for each zone, and each zone is classified in advance into a plurality of categories. The categories are sex-related categories (male, female), categories with whom you attended (for example, parents, friends), age-related categories (for example, grades, occupations), correct answer rate categories (for example, 10% Less than 10% to less than 30%, etc.). The quiz control software 211 determines a quiz to be given to the user at an arbitrary timing, and transmits data representing the quiz to the user terminal 111 held by the user. As a specific example, for example, at least one of the following (specific example 1) to (specific example 3) can be employed.
(Specific example 1) The progress control unit 235 is downloaded. Thereafter, when the attribute information is registered, a predetermined number of quizzes matching the attribute information are determined based on the category of the quiz, and data representing the determined predetermined number of quizzes is transmitted to the user terminal 111.
(Specific Example 2) The quiz control software 211 determines quiz data to be transmitted based on the “order” in the quiz result 403. For example, the quiz given as quiz 2 is different between the case where quiz 2 is given next after answering quiz 1 and the case where quiz 2 is given next after answering quiz 3 correctly. That is, depending on the order in which the user has solved the quizzes, the quizzes to be given are different. In this case, for example, a larger number of quizzes than the number of quizzes to be solved are downloaded to the user terminal 111 in advance, and the progress control unit 235 or the quiz control software 211 performs the next step based on the correct answer of the quizzes. You may decide the quiz you want to ask. Alternatively, for example, depending on which AP device 101 communicates with the user terminal 111 via which quiz control software 211, the quiz to be given to the user terminal 111 is determined based on the order in which the quizzes are correctly answered so far. Data representing the determined quiz may be transmitted to the user terminal 111.
(Specific Example 3) The quiz control software 211 uses the quiz category and the questionnaire response 404 to provide the quiz next time to the user terminal 111 having the MAC address corresponding to the response 404 (a quiz different from the quiz presented this time). ) May be determined. At the next visit, the determined quiz may be distributed to the user terminal 111.

  The plurality of quizzes to be distributed may be a plurality of quizzes randomly determined by the quiz control software 211 from among a large number of quizzes (a plurality of quizzes randomly selected from a large number of quizzes). .

  In the third embodiment, the position of the AP device 101 is changed at an appropriate timing such as every certain time (for example, 1 hour, 1 week, etc.). As a result, even if the user visits the learning facility 100 a plurality of times, there is a possibility that the position where the quiz is given is different between one time and another time, so that different ways of enjoying can be enjoyed.

In the third embodiment, the area of the communication area of the AP device 101 is changed at an appropriate timing such as every certain time (for example, every hour, every week, etc.). In this embodiment, the AP device is a type of device that can change the size of its communication area. For this, for example, at least one of the following (specific example 1) and (specific example 2) can be employed.
(Specific example 1) For example, information indicating the relationship between zones and priorities (hereinafter, zone priority information) is stored in the storage device 207 (instead of zones, different types of objects (for example, exhibits) and priorities) It may be information indicating the relationship between A zone with a high priority is a zone that you want to watch carefully. Based on the zone priority information, the quiz control software 211 or the administrator uses the AP device in the second zone having a higher priority than the first zone than the communication range of the AP device in the first zone. Widen communication range.
(Specific example 2) For example, the position information of the user terminal 111 in the learning facility 100 is periodically detected, and information including a set of the detected position information and date / time information indicating the date / time at the time of detection (hereinafter referred to as information) , User action history information) is stored in the storage device 207. From the user behavior history information of each user, the transition of the congestion status of each zone can be known. The quiz control software 211 or the administrator adjusts the communication area of the AP device 101 based on the transition of the congestion status of each zone. For example, by widening the communication area of an AP device in a crowded zone than a certain standard, the situation where there are many users in that zone at the same time is alleviated. Further, for example, the communication area of the AP device in a zone that is not congested than a certain reference is narrowed, so that the time required to move within the zone for searching for a quiz is increased.

  The several embodiments of the present invention described above are examples for explaining the present invention, and are not intended to limit the scope of the present invention only to those embodiments. The present invention can be implemented in various other modes without departing from the gist thereof.

  For example, at least two or more of Examples 1 to 3 can be combined.

  For example, user identification information may be input before the start of the quiz rally. The user management information 251 may include user identification information, a MAC address, attribute information, and the like for each user.

  In addition to WiFi, other types of wireless communication (for example, short-range wireless communication) may be employed.

  Further, the progress control unit 235 may give an answered quiz among a plurality of quizzes regardless of whether or not the user terminal 111 is within the communication range of the AP apparatus 101.

  111 ... User terminal 113 ... Quiz rally server

Claims (5)

A plurality of access point devices provided at a plurality of locations in the venue;
A server device connected to the plurality of access point devices;
A portable information processing terminal capable of wireless communication, and a user terminal that is a terminal that the user has in the venue,
The server device has quiz rally software that is software for setting up a plurality of quizzes corresponding to the plurality of access point devices, and distributes the quiz rally software to the user terminal,
The user terminal receives and stores the quiz rally software,
The user terminal executes the stored quiz rally software,
(A) When the user terminal is not in the communication area of any access point device, at least the user among the plurality of quizzes does not give an unanswered quiz,
(B) when entering the communication area of a certain access point device of the plurality of access point devices, and question the quiz corresponding to the certain access point device of the plurality of quizzes,
The server device controls the communication area of each access point device based on the following (1) or (2).
(1) Priorities of a plurality of subjects in the venue, which access point device is in which subject,
(2) Transition of congestion status of each zone in the venue and which access point device is in which zone,
Quiz system. The quiz system according to claim 1,
The distributed quiz rally software has the plurality of quizzes,
In (B) above,
(B1) When the user terminal enters a communication area of the certain access point device, the user terminal accesses the server via the certain access point device,
(B2) The server transmits answer right information, which is information indicating a right to answer a quiz corresponding to the certain access point device, to the user terminal via the certain access point device;
(B3) The user terminal receives the answer right information, questions a quiz represented by the answer right information,
The quiz represented by the answer right information is a quiz corresponding to the certain access point device among the plurality of quizzes.
Quiz system. The quiz system according to claim 1 or 2,
The server device determines a plurality of quizzes for the user terminal from among a large number of quizzes based on at least one of the following (1) to (3):
(1) Information relating to the attribute of the user,
(2) Answer order of a plurality of quizzes by the user,
(3) Information indicating an answer to the questionnaire after answering the plurality of quizzes,
Quiz system. A server device connected to a plurality of access point devices provided at a plurality of locations in the venue is a portable information processing terminal capable of wireless communication, and a user terminal that is a terminal that the user has in the venue, Distributing quiz rally software, which is software for setting up a plurality of quizzes corresponding to the plurality of access point devices,
The user terminal receives and stores the quiz rally software,
The user terminal executes the stored quiz rally software,
(A) When the user terminal is not in the communication area of any access point device, at least the user among the plurality of quizzes does not give an unanswered quiz,
(B) when entering the communication area of a certain access point device of the plurality of access point devices, and question the quiz corresponding to the certain access point device of the plurality of quizzes,
The server device controls the communication area of each access point device based on the following (1) or (2).
(1) Priorities of a plurality of subjects in the venue, which access point device is in which subject,
(2) Transition of congestion status of each zone in the venue and which access point device is in which zone,
A method of promoting a wide range of movement within the venue of visitors. A plurality of quizzes corresponding to a plurality of access point devices provided at a plurality of locations in a venue are presented to a user terminal that is a portable information processing terminal capable of wireless communication and possessed by the user in the venue. Quiz rally software that is software for
Answer right information, which is information indicating a right to answer a quiz corresponding to the certain access point device when accessed from the user terminal via a certain access point device of the plurality of access point devices, Transmitted to the user terminal via the certain access point device,
Based on the following (1) or (2), the communication area of each access point device is controlled.
(1) Priorities of a plurality of subjects in the venue, which access point device is in which subject,
(2) Transition of congestion status of each zone in the venue and which access point device is in which zone,
A computer program that causes a computer to execute the operation.

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