JP2014164351A - Display order setting device, method, computer program for setting display order and recording medium recording computer program - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide device and method for setting a display order of retrieval results in displaying results of facility retrieval in a screen by using log data of a game to guess a facility assumed by a user by an interactive question form.SOLUTION: In a game to guess a facility assumed by a user by an interactive question form, a log database storing log data of the game in association with each facility is provided. Attribute data on each facility is generated on the basis of first log data on questions and answers associated with each facility among the log data, and a confidence level of the generated attribute data is evaluated on the basis of the first log data, questions for facility retrieval is displayed, an input of an answer to each question for the facility retrieval is received, a facility corresponding to the input answers is retrieved on the basis of the input answers and the attribute data, a display order of the retrieval results is set on the basis of the evaluated confidence level, and the retrieval results are displayed on the basis of the set display order.

Description

  The present invention relates to a display order setting apparatus and method for setting the display order of search results when a facility search result is displayed on a screen.

In recent years, navigation devices for in-vehicle use and smartphones have been remarkably spread, and facility searches using the navigation devices are also routinely performed. And the result of such a facility search is normally displayed in the order close to the present location or in the order of the Japanese syllabary, etc., and rearranged and displayed (Non-Patent Document 1).
On the other hand, there is a game for specifying a human character assumed by a user based on a user's answer to the question by an interactive question format (Non-Patent Document 2).

[Online], [Search February 5, 2013], Internet <URL: http://pioneer.jp/carrozzeria/cybernavi/08cybernavi/function/root/> [Online], [Search on December 24, 2012], Internet <URL: http://en.wikipedia.org/wiki/Akinator>

The present inventors have proposed a facility search apparatus listed in the specification of PCT / JP2013 / 50976 in consideration of a facility identification game for guessing a facility assumed by a game user in relation to the above-mentioned character character identification game. ing. That is, in the specification of PCT / JP2013 / 50976 by the present inventors, the sense of the navigation user based on the question created using the log data obtained from the facility specifying game and the answer of the navigation user to the question. A facility search device that reflects a typical image has been proposed.
When displaying the search result by the said facility search apparatus, the present inventors have repeated earnest examination to display in the display order more suitable for a navigation user's image. As a result, the reliability of the answer to the question was evaluated based on the log data about the question and the answer associated with the facility among the log data of the facility specifying game, and the evaluated reliability was reflected. By displaying in the display order, it was conceived that a display suitable for the image of the navigation user can be provided.

The present invention has been made in view of the above-mentioned problems, and the first aspect is defined as follows. That is,
A log database that stores log data obtained from the game in association with the facility in a game in which a user assumes a facility assumed by an interactive question format;
Among the log data, an attribute data generation unit that generates attribute data related to the facility based on first log data about a question and an answer associated with the facility;
A reliability evaluation unit that evaluates the reliability of the generated attribute data based on the first log data;
A question display section for displaying a question for facility search;
An answer input unit that accepts an input of an answer to the question for facility search;
A facility search unit for searching for a facility corresponding to the input answer based on the input answer and the attribute data;
Based on the evaluated reliability, a display order setting unit that sets a display order of search results in the facility search unit;
A search result display unit for displaying the search results based on the set display order;
A display order setting device.

  According to the display order setting device defined in the first aspect defined in this way, first, among the log data of the game that hits the facility, the first log data on the question and answer associated with the facility Based on this, the attribute data regarding the facility is generated and the reliability of the attribute data is evaluated. Next, for a question displayed on the question display unit for facility search, a facility corresponding to the answer is searched based on the answer input via the answer input unit and the attribute data. Then, the display order of the searched facilities (hereinafter also referred to as search results) is set based on the reliability, and the search results are displayed based on the set display order. Thus, in the facility search performed by referring to the attribute data of the facility, a plurality of facilities having substantially the same attribute data are hit as a search result. A plurality of facilities hit in this way are displayed in a display order considering the reliability of the attribute data evaluated for each facility. In other words, the attribute data generated for each facility is given a weight by reflecting the image of the game user, and the display order of search results is set based on the assigned weight. Thus, by reflecting the image of the game user in the image of the navigation user, it is possible to display in the display order along the image of the navigation user.

  The reliability may be defined based on the number of answers to the question in the first log data and / or the degree of variation of answers to the question (third aspect). In the first log data, if there are a large number of answers to the question, an image of a larger number of game users with respect to the facility can be reflected in the attribute data, and the degree of variation in answers to the question can be small. This is because a unified image possessed by many game users for the facility can be reflected in the attribute data.

The second aspect of the present invention is defined as follows. That is,
In the display order setting device defined in the first aspect, an appearance frequency specifying unit that specifies an appearance frequency of the facility in the game based on second log data of the game result among the log data, With
The display order setting unit further sets the display order based on the specified appearance frequency.

  According to the display order setting device specified in the second aspect specified in this way, the display order is further set in consideration of the appearance frequency of facilities in the game. In the above game, the game user often plays the game assuming a new facility or a facility of interest at that time. Similarly, for the navigation user, it is assumed that in the facility search, the facility search is performed in the image of the newly established facility and the facility of interest. Therefore, by reflecting the appearance frequency of facilities in the game in the display order of the facility search, it is possible to display in a display order more suitable for the image of the navigation user.

The fourth aspect of the present invention is defined as follows. That is,
A log data storage step of storing log data obtained from the game in association with the facility in a game in which a user assumes a facility assumed by an interactive question format;
An attribute data generation unit that generates attribute data related to the facility based on first log data about the question and answer associated with the facility among the log data;
A reliability evaluation unit that evaluates the reliability of the generated attribute data based on the first log data; and
A question display step for displaying a question for facility search, and a question display step;
An answer input step for receiving an input of an answer to the question for facility search;
A facility search step for searching for a facility corresponding to the input answer based on the input answer and the attribute data;
A display order setting step for setting a display order of search results in the facility search step based on the evaluated reliability;
A search result display step in which the search result display unit displays the search result based on the set display order;
A display order setting method.
According to the invention of the fourth aspect defined as described above, the same effect as that of the first aspect can be obtained.

The fifth aspect of the present invention is defined as follows. That is,
In the method stipulated in the fourth aspect, the appearance frequency specifying unit specifies the appearance frequency of the facility in the game based on the second log data of the game result among the log data. Specific steps,
In the display order setting step, the display order is further set based on the specified appearance frequency.
According to the fifth aspect of the invention thus defined, the same effects as those of the second aspect can be achieved.

The sixth aspect of the present invention is defined as follows. That is,
In the method defined in the fourth or fifth aspect, the reliability is defined based on the number of answers to the question in the first log data and / or the degree of variation in answers to the question. .
According to the sixth aspect of the invention thus defined, the same effect as the third aspect can be obtained.

Furthermore, the seventh aspect of the present invention is defined as follows. That is,
A computer program for setting a display order, comprising:
A log data storage means for storing log data obtained from the game in association with the facility in a game in which a user assumes a facility assumed by an interactive question format;
Of the log data, attribute data generating means for generating attribute data related to the facility based on the first log data about the question and answer associated with the facility;
A reliability evaluation means for evaluating the reliability of the generated attribute data based on the first log data;
A question display means for displaying a question for facility search;
An answer input means for receiving an input of an answer to the question for the facility search;
Facility search means for searching for a facility corresponding to the input answer based on the input answer and the attribute data;
Display order setting means for setting the display order of the search results in the facility search means based on the evaluated reliability;
Search result display means for displaying the search results based on the set display order;
As a computer program.
According to the seventh aspect of the invention thus defined, the same effect as the first aspect can be obtained.

The eighth aspect of the present invention is defined as follows. That is,
In the computer program defined in the seventh aspect, the computer is further
Of the log data, based on the second log data about the result of the game, function as an appearance frequency specifying means for specifying the appearance frequency of the facility in the game,
The display order setting means further sets the display order based on the specified appearance frequency.
According to the invention of the eighth aspect defined as described above, the same effect as that of the second aspect can be obtained.

The ninth aspect of the present invention is defined as follows. That is,
In the computer program defined in the seventh or eighth aspect, the reliability is defined based on the number of answers to the question in the first log data and / or the degree of variation in the answer to the question. The
According to the ninth aspect of the invention thus defined, the same effect as the third aspect can be obtained.

  A recording medium for recording a computer program defined in any of the seventh to ninth aspects is defined as a tenth aspect.

It is a block diagram which shows the structure of the display order setting apparatus 1 of embodiment of this invention. (A) is an example of the first log data relating to the facility X stored in the log database 3, (B) is an example of data stored in the attribute data storage unit 7, and (C) is a reliability evaluation unit 9. It is a figure which shows an example of evaluation result of. 3 is a block diagram illustrating a detailed configuration of an attribute data generation unit 5. FIG. It is a block diagram which shows the structure of the display order setting apparatus 21 of other embodiment of this invention. It is a flowchart which shows an example of operation | movement of the display order setting apparatus 21 of other embodiment of this invention. 3 is a flowchart showing an example of detailed operation of Step 1; It is a block diagram which shows the structure of the display order setting apparatus 31 of other embodiment of this invention. The computer program which comprises the display order setting apparatus 31 of embodiment of this invention is shown. It is a block diagram which shows the structure of the display order setting system 41 of the Example of this invention.

The display order setting according to the embodiment of the present invention will be described.
FIG. 1 shows a schematic configuration of the display order setting device 1.
As shown in FIG. 1, the display order setting device 1 includes a log database 3, an attribute data generation unit 5, an attribute data storage unit 7, a reliability evaluation unit 9, a question display unit 11, an answer input unit 13, and a facility search unit. 15, a search result storage unit 17, a display order setting unit 19, and a search result display unit 20.
The log database 3 stores log data obtained from the game in association with the facility in a game in which the facility assumed by the user in the interactive question format is applied. The log database 3 may store all log data that can be acquired by the game, or a part of the log data. Examples of the partial log data include first log data regarding questions and answers associated with facilities obtained from the game, and second log data regarding results of the game. An example of the first log data relating to the facility X1 stored in the log database 3 is shown in FIG. As the first log data, all user answers to the above question may be stored, or the latest predetermined number of user answers may be stored. As another example, the first log data may be data in which the number of answers to the question and the degree of variation in answers to the question are associated with the question. Moreover, as 2nd log data, the data which linked | related the facilities allocated in the said game with the number of games, game date, etc. are mentioned, for example. As another example, it may be data in which the appearance frequency of the facility in the game is associated with each facility. The log data stored in the log database 3 can be updated by repeating the game.

  The attribute data generation unit 5 generates attribute data related to the facility based on the first log data stored in the log database 3, and the generated attribute data when the first log data is updated. Update. The attribute data generation unit 5 can generate the attribute data as follows, for example.

An example of a detailed configuration of the attribute data generation unit 5 will be described with reference to FIG. For details of the technical explanation in this regard, please refer to PCT / JP2013 / 50976 specification and drawings by the present applicant.
The attribute data generation unit 5 includes a target facility identification unit 51, a log data extraction unit 53, and a generation unit 55.
The target facility specifying unit 51 specifies a target facility for generating attribute data in the generation unit 55 described later. The said specific method is not specifically limited, It is good also as inputting the name of a facility directly via the input parts 242 and 243 mentioned later, and specifying by tapping the facility on the map displayed on the display. It's also good. Further, when the names of facilities associated with the log data stored in the log database 3 are listed, the facilities can be identified by tapping the listed facilities.

The log data extraction unit 53 extracts log data related to the target facility specified by the target facility specifying unit 51 from the log database 3. The extraction method is not particularly limited, and all log data associated with the target facility may be extracted, or only log data that satisfies a predetermined condition may be extracted. The predetermined condition may be that the log data is acquired within a predetermined period.
The generation unit 55 generates attribute data corresponding to the identified target facility based on the log data extracted by the log data extraction unit 53. The generation method is not particularly limited. For example, when the ratio of the answer “Yes” is equal to or greater than a predetermined threshold to the question “Place where you can enjoy?” In the log data associated with the target facility, the target facility Generates attribute data indicating that “is a facility that can be enjoyed”. Further, the attribute data may be generated for each day of the week and for each time zone based on the date and time and day of week information associated with the answer. The generated attribute data is stored in the attribute data storage unit 7 in association with the target facility. An example of data stored in the attribute data storage unit 7 is shown in FIG.

  Returning to FIG. 1, the reliability evaluation unit 9 evaluates the reliability of the attribute data generated by the attribute data generation unit 5 based on the first log data. For example, if the number of answers to the question in the first log data is large, attribute data can be generated more reflecting the user's sense for the target facility, so the reliability of the generated attribute data is high. Become. In addition, if the degree of variation in answers to questions is small, attribute data can be generated for the target facility reflecting the unified feeling of many users, so the reliability of the generated attribute data Becomes higher. Therefore, the reliability evaluation unit 9 evaluates the reliability of the answer in the first log data used in the attribute data generation unit 5 based on the number of answers to the question, the degree of variation of the answer to the question, and the like. It can be. The evaluation method is not particularly limited, but in the former case, it can be “reliable” when the number of answers is equal to or greater than a predetermined threshold. As another example, the reliability may be evaluated in multiple stages such as 5 stages according to the number of answers. In the latter case, based on the degree of bias of answers obtained by a statistical method, if the degree of bias of the answers is large, the answer can be made “reliable”. Similarly to the above, the reliability may be evaluated in five stages according to the obtained degree of bias. FIG. 2C shows an example in which the reliability of the attribute data is evaluated in five stages according to the degree of bias of the answers. In the table, the results of the five-level evaluation are shown in parentheses. According to this table, for example, the facilities X1 and X2 are both given attribute data indicating that they are “enjoyable facilities”, with a reliability “5” for the facility X1 and a reliability “1” for the facility X2. It is evaluated. In other words, the facility X1 is recognized as “a facility that can be enjoyed” as a more unified image of the game user than the facility X2. The reliability may be evaluated by combining the number of answers and the degree of variation.

The question display unit 11 displays a question for performing facility search. The displayed question can display, for example, a question asking about the presence or absence of the attribute with reference to the attribute data storage unit 7. For example, a question such as “Are you looking for a facility where you can go with your family?” Can be displayed as a question that asks for the attribute “family if you go”. The question display unit 11 may display a question in an interactive manner with an answer input unit 13 described later, or may display a question list collectively. Although the order of the displayed questions is not particularly limited, for example, the questions can be displayed based on a predetermined order given to the attribute data. As another example, based on the reliability of each facility assigned to the attribute data, it is possible to select and display in order from a question asking a highly reliable attribute. In this question display unit 11, for example, a question “Are you looking for a facility that can be enjoyed?” (Q1), a question that asks for an attribute that “is a facility that can be enjoyed”, or a question “Healing that is a facility that can be healed” (Q2) and a question “Are you looking for a facility for families?” (Q3) are displayed.
The answer input unit 13 receives a user's answer to the question. The input method is not particularly limited. For example, in response to the displayed question “Are you looking for a facility where you can go with your family?”, You can display the options “Yes” and “No” for the answer. The user's answer can be input by accepting an operation for selecting an option desired by the user. In the answer input unit 13, for example, “Yes” is input for Q1, “No” for Q2, and “Yes” for Q3. The answer input unit 13 sends the input answer to the facility search unit 15 described later together with the displayed question.

  The facility search unit 15 refers to the attribute data storage unit 7 and searches for a facility corresponding to the input answer. As a search method, the search result can be a facility satisfying all of the answers entered above, and a search result indicating that there is no corresponding facility when there is no facility satisfying all of the answers. . As another example, even if there is no facility that satisfies all of the answers, the search result can be a facility that satisfies the largest number of the answers. In the facility search unit 15, for example, the facilities X1, X2, and X5 that satisfy all of the answers input to the questions Q1 to Q3 among the facilities X1 to X5 are hit as search results. The search result is stored in the search result storage unit 17.

The display order setting unit 19 sets the display order of the search results in the facility search unit 15 based on the reliability evaluated by the reliability evaluation unit 9. Although the method of the said setting is not specifically limited, For example, the reliability of the answer with respect to all the questions displayed on the question display part 11 is totaled, and a high order can be set from the thing with the high total reliability. Specifically, the total reliability of the facility X1 is “12” (= 5 (Q1) +3 (Q2) +4 (Q3)), and the total reliability of the facility X2 is “5” (= 1 (Q1)) +2 (Q2) +2 (Q3)), and the total reliability of the facility X3 is “9” (= 4 (Q1) +2 (Q2) +3 (Q3)). Accordingly, the display order is set as facility X1, first as facility X5, and third as facility X2. As another example, the display order may be set based on the average value of the reliability. As yet another example, it is possible to set a display order based on a value obtained by appropriately assigning weights to the questions used in the facility search and by assigning the assigned weights in the display order. The weighting can be given based on, for example, the order of questions. Specifically, weighting can be given to the reliability of the answer to the first or last question, or weights can be given in stages according to the order of the questions.
The search result display unit 20 displays the search results stored in the search result storage unit 17 based on the set display order. Although the display method is not particularly limited, for example, the facility names can be displayed in a list based on the display order. When displaying the list, the display order may be displayed together. Moreover, you may display the position of a facility with a display order on a map. The search result display unit 20 may display all the facilities stored in the search result storage unit 17 or may display only a predetermined number of facilities such as first to fifth. good.

FIG. 4 shows a display order setting device 21 according to another embodiment. 4, the same elements as those in FIG. 1 are denoted by the same reference numerals, and the description thereof is partially omitted.
FIG. 4 shows a display order setting device 21 that can set the display order efficiently. That is, the device 21 further includes a trigger unit 23 in the device 1 shown in FIG. 1, and includes a display order setting unit 25 instead of the display order setting unit 19.
The trigger unit 23 refers to the search result storage unit 17 and outputs a trigger signal for operating a display order setting unit 25 described later when the hit number is equal to or less than a predetermined threshold based on the number of hit facilities. .
When the trigger signal is sent into the display order setting unit 25, the display order setting unit 25 sets the display order by the same method as the display order setting unit 19.

An example of the operation of the display order setting device 21 shown in FIG. 4 will be described with reference to FIG.
First, in step 1, the attribute data generation unit 5 generates and saves attribute data related to a facility based on the first log data stored in the log database 3.

An example of the detailed operation of step 1 will be described with reference to FIG.
First, in step 101, the target facility specifying unit 51 specifies a target facility for which attribute data is to be generated. For example, it is possible to select from the names of facilities listed on the basis of log data stored in the log database 3 via an answer input unit described later.
In step 103, the log data extracting unit 53 refers to the log database 3 and the target facility specifying unit 51 and extracts log data associated with the target facility specified in step 101.
In step 105, the generation unit 55, among the log data extracted in step 103, reads the answer _{A n} to the question _{Q n.}
In step 107, the generation unit 55, based on the _{Q n} and _{A n} read in step 105, and generates the attribute data of the specified target facility in step 101, and stored. For subsequent questions _{Q n} question _{Q n + 1} to perform the steps 105 and 107 (step 109, 111).

Returning to FIG. 5, in step 3, the reliability evaluation unit 9 evaluates the reliability of the attribute data generated in step 1.
In step 5, the question display unit 11 displays a question for facility search.
In step 7, the answer input unit 13 accepts an input of an answer to the question displayed in step 5.
In step 9, the facility search unit 15 refers to the attribute data generated in step 1, searches for a facility that matches the question displayed in step 5 and the answer received in step 7, and obtains the result. save.
In step 11, when the number of hits is equal to or smaller than a predetermined threshold based on the number of facilities stored in step 9 (step 11: Yes), the trigger unit 23 proceeds to step 13 and outputs a trigger signal (step 13). . In this example, a trigger signal is output when the number of hits is 10 or less.
In step 15, the display order setting unit 25 sets the display order of the search results stored in step 9 based on the reliability evaluated in step 3.
In step 17, the search result display unit 20 displays the search results stored in step 9 based on the display order set in step 15.

FIG. 7 shows a display order setting device 31 according to another embodiment. 7, the same elements as those in FIG. 1 or FIG. 4 are denoted by the same reference numerals, and the description thereof is partially omitted.
FIG. 7 shows a display order setting device 31 that can set the display order more suitable for the image of the navigation user in consideration of the appearance frequency of the facility as a game result. That is, the device 31 further includes an appearance frequency specifying unit 33 in the device 1 shown in FIG. 1, and includes a display order setting unit 35 instead of the display order setting unit 19.
The appearance frequency specifying unit 33 specifies the appearance frequency of the facility in the game based on the second log data relating to the game result stored in the log database 3. The specific method is not particularly limited, but can be specified for each facility based on the number of appearances of the facility in the total number of games. As another example, the appearance frequency may be specified only for the most recent predetermined number of game results. Moreover, it is good also as giving weighting to the appearance frequency of the facility which appeared by the more recent game result.
In this device 31, the display order setting unit 35 sets the display order based on the evaluation result in the reliability evaluation unit 9 and the specification result in the appearance frequency specifying unit. For example, the display order can be set based on a value obtained by multiplying one or both of the reliability and the appearance frequency by a predetermined coefficient.

FIG. 8 is a block diagram showing a hardware configuration of the display order setting device 31.
The hardware configuration of the device 31 is such that various elements are coupled to the central control device 221 via the system bus 222 as in a general computer system.
The central controller 221 includes a general-purpose CPU, a memory controller, a bus controller, an interrupt controller, and a DMA (direct memory access) device. The system bus 222 also includes a data line, an address line, and a control line. A memory circuit including a RAM (Random Access Memory) 223 and a nonvolatile memory (ROM 224, CMOS-RAM 225, etc.) is connected to the system bus 222. Data stored in the RAM 223 is read or rewritten by the central controller 221 or other hardware elements. The data in the non-volatile memory is read-only, and the data is not lost when the device is turned off. The system program for controlling the hardware is stored in the hard disk device 227 and also stored in the RAM 223, and is read and used by the central control device 221 as appropriate via the disk drive control device 226. The hard disk device 227 has an area for storing a computer program for operating a general-purpose computer system as the display order setting device 31.

A predetermined area of the hard disk device 227 is allocated for a storage unit that stores information generated by the attribute data generation unit 5, the reliability evaluation unit 9, the appearance frequency identification unit 33, and the facility search unit 15.
Another area of the hard disk device 227 is allocated for the log database 3.
Connected to the system bus 222 are a flexible drive control device 231 that reads and writes data from and to the flexible disk 232, and a CD / DVD control device 233 that reads data from the compact disk 234. In this example, a printer 238 is connected to the printer interface 237.
A keyboard / mouse control device 241 is connected to the system bus 222 to enable data input from the keyboard 242 and the mouse 243. A monitor 245 is connected to the system bus 222 via the monitor control device 244. The monitor 245 can be a CRT type, a liquid crystal type, a plasma display type, or the like.
An empty slot 251 is prepared in order to allow the addition of various elements (such as a modem).

  Programs (OS program and application program (including those of the present invention)) necessary for operating the display order setting device 31 comprising this computer system are installed in the system via various recording media. For example, it is possible to install in the form of a non-write recording medium (CD-ROM, ROM card, etc.), a writable recording medium (FD, DVD, etc.), or a communication medium using the network N. Of course, these programs can be written in advance in the nonvolatile memories 224 and 225 and the hard disk device 227.

  In the above example, the display order setting device 31 is provided and configured to be incorporated in a personal computer or the like on the assumption that the display order setting device 31 is used. However, in addition, the device 31 is incorporated in a mobile terminal device. It may be configured. The mobile terminal device is a communication terminal device that can be carried by a user. For example, a mobile phone, a PDA (Portable Digital Assistant), a portable game machine, a notebook PC, a PND (Portable Navigation Device), an in-vehicle navigation device, a smartphone Etc.

FIG. 9 is a block diagram of the display order setting system 41 according to the embodiment of the present invention. In FIG. 9, the same elements as those in FIGS. 1, 4, and 7 are denoted by the same reference numerals, and description thereof is partially omitted.
FIG. 9 shows a display order setting system 41 in which a part of the configuration of the display order setting apparatus 21 can be implemented by a server apparatus. That is, the system 41 includes a mobile terminal device 43 and a server device 45, and the mobile terminal device 43 and the server device 45 are wirelessly connected via the network N. In the following example, generation of attribute data, evaluation of reliability, and facility search are performed on the server side. However, the present invention is not limited to this, and generation of attribute data and evaluation of reliability are performed on the server side. This search may be performed on the mobile terminal device side.

The mobile terminal device 43 is a communication terminal device that can be carried by a user. For example, a mobile phone, a PDA (Portable Digital Assistants), a portable game machine, a notebook PC, a PND (Portable Navigation Device), an in-vehicle navigation device, and the like. Can be mentioned. A smartphone is particularly suitable.
The mobile terminal device 43 includes a control unit 431, a memory unit 432, an input unit 433, an output unit 434, an interface unit 435, a communication unit 436, a question display unit 11, an answer input unit 13, and a search result display unit 20.

The terminal-side control unit 431 is a computer device that includes a CPU, a buffer memory, and other devices, and controls other elements constituting the mobile terminal device 43.
A computer program is stored in the terminal-side memory unit 432, and this computer program is read into the control unit 431, which is a computer device, and causes it to function. This computer program includes an internal hard disk or internal memory as a storage device of a mobile terminal device, an SD (registered trademark) memory card, a memory stick, a smart media, a compact flash (registered) as a storage medium replaceable with the mobile terminal device. Trademark), DVD, and other general-purpose media.

  The input unit 433 is used for inputting a user command, for example. As the input unit 433, a mouse, a light pen, or a pointing device such as a touch panel that cooperates with display contents of a display, or a voice input device such as a keyboard or a microphone can be used.

The output unit 434 includes a display and displays other information such as a question display screen, an input screen, and the result of the facility search. The output unit 434 can also include a voice transmission unit.
The terminal-side interface unit 435 connects the mobile terminal device 43 to a wireless network or the like.
The terminal-side communication unit 436 includes a transmission unit that transmits various information to the server device 45 and a reception unit that receives various information from the server device 45. Examples of the information transmitted by the terminal side communication unit 436 include an answer to the question input by the answer input unit 13. The information received by the terminal-side communication unit 436 includes, for example, the search results, the display order of the search results, information about the facility obtained as the search results, and the like.

The server device 45 receives information such as an answer to the question transmitted from the mobile terminal device 43, searches for a facility corresponding to the answer based on the answer and the attribute data, and the searched The display order is set in the facility and transmitted to the mobile terminal device 43.
The server device 45 includes a control unit 451, a memory unit 452, an input unit 453, an interface unit 454, a communication unit 455, a log database 3, an attribute data generation unit 5, an attribute data storage unit 7, a reliability evaluation unit 9, and a facility search unit. 15, a search result storage unit 17 and a display order setting unit 35 are provided.
The server-side control unit 451 is a computer device that includes a CPU, a buffer memory, and other devices, and controls other elements that constitute the server device 45.

A computer program is stored in the server-side memory unit 452, and this computer program is read into the server-side control unit 451, which is a computer device, to make it function. This computer program can be stored in a general-purpose medium such as a DVD.
The server side input unit 453 is used, for example, as an input unit for the name of a facility when the target facility is specified.
The server side interface unit 453 connects the server device 45 to a wireless network or the like.
The server-side communication unit 454 includes a transmission unit that transmits various types of information to the mobile terminal device 43 and a reception unit that receives various types of information from the mobile terminal device 43. Examples of the information transmitted by the server side communication unit 454 include the search results, the display order of the search results, and information on the facility obtained as the search results. Moreover, as the information which the said server side communication part 454 receives, the reply etc. with respect to the question input in the said answer input part 13 are mentioned, for example.

  Although the embodiments and examples of the present invention have been described above, two or more of the embodiments (examples) may be combined and implemented. Alternatively, one of these embodiments (examples) may be partially implemented. Furthermore, among these, two or more embodiments (examples) may be partially combined.

  The present invention is not limited to the description of the embodiments and examples of the invention described above. Various modifications may be included in the present invention as long as those skilled in the art can easily conceive without departing from the description of the scope of claims.

1 21 31 Display order setting device 3 Log database 5 Attribute data generation unit 7 Attribute data storage unit 9 Reliability evaluation unit 11 Question display unit 13 Answer input unit 15 Facility search unit 17 Search result storage unit 19 25 35 Display order setting unit 20 Search result display section 23 Trigger section

Claims (10)

A log database that stores log data obtained from the game in association with the facility in a game in which a user assumes a facility assumed by an interactive question format;
Among the log data, an attribute data generation unit that generates attribute data related to the facility based on first log data about a question and an answer associated with the facility;
A reliability evaluation unit that evaluates the reliability of the generated attribute data based on the first log data;
A question display section for displaying a question for facility search;
An answer input unit that accepts an input of an answer to the question for facility search;
A facility search unit for searching for a facility corresponding to the input answer based on the input answer and the attribute data;
Based on the evaluated reliability, a display order setting unit that sets a display order of search results in the facility search unit;
A search result display unit for displaying the search results based on the set display order;
A display order setting device. An appearance frequency specifying unit that specifies the appearance frequency of the facility in the game based on second log data of the game result among the log data,
The display order setting unit further sets the display order based on the identified appearance frequency.
The display order setting device according to claim 1.   The display order setting device according to claim 1 or 2, wherein the reliability is defined based on a number of answers to the question in the first log data and / or a degree of variation of answers to the question. . A log data storage step of storing log data obtained from the game in association with the facility in a game in which a user assumes a facility assumed by an interactive question format;
An attribute data generation unit that generates attribute data related to the facility based on first log data about the question and answer associated with the facility among the log data;
A reliability evaluation unit that evaluates the reliability of the generated attribute data based on the first log data; and
A question display step for displaying a question for facility search, and a question display step;
An answer input step for receiving an input of an answer to the question for facility search;
A facility search step for searching for a facility corresponding to the input answer based on the input answer and the attribute data;
A display order setting step for setting a display order of search results in the facility search step based on the evaluated reliability;
A search result display step in which the search result display unit displays the search result based on the set display order;
A display order setting method. An appearance frequency identifying unit comprising an appearance frequency identifying step of identifying an appearance frequency of the facility in the game based on second log data of the game result among the log data,
In the display order setting step, the display order is further set based on the identified appearance frequency.
The display order setting method according to claim 4.   The display order setting method according to claim 4 or 5, wherein the reliability is defined based on a number of answers to the question in the first log data and / or a degree of variation of answers to the question. . A computer program for setting a display order, comprising:
A log data storage means for storing log data obtained from the game in association with the facility in a game in which a user assumes a facility assumed by an interactive question format;
Of the log data, attribute data generating means for generating attribute data related to the facility based on the first log data about the question and answer associated with the facility;
A reliability evaluation means for evaluating the reliability of the generated attribute data based on the first log data;
A question display means for displaying a question for facility search;
An answer input means for receiving an input of an answer to the question for the facility search;
Facility search means for searching for a facility corresponding to the input answer based on the input answer and the attribute data;
Display order setting means for setting the display order of the search results in the facility search means based on the evaluated reliability;
Search result display means for displaying the search results based on the set display order;
As a computer program. Said computer further
Of the log data, based on the second log data about the result of the game, function as an appearance frequency specifying means for specifying the appearance frequency of the facility in the game,
The display order setting means further sets the display order based on the identified appearance frequency.
The computer program according to claim 7.   The computer program according to claim 7 or 8, wherein the reliability is defined based on a number of answers to the question in the first log data and / or a degree of variation of answers to the question.   The recording medium which records the computer program in any one of Claims 7-9.

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