JP5778104B2 - Group creation query creation method, group creation query creation program, and group creation query creation device - Google Patents

Description

  The present invention relates to a group generation query creation method, creation program, and creation apparatus in which a user of a real world system creates a group for the purpose of sharing data.

  Groups are formed among people who share the same interests, challenges or generations on the network. When exchanging information between groups, a social network service community, an anonymous bulletin board, a fan page, and the like are created.

  Queries for searching real world data in the real world system include passive group participation based on the user's real world data, data sharing within the group, group generation queries that realize separation of data and applications, and the like. Since the query used to search the real world data is a script, it has a high degree of freedom, and in some cases it may be possible to search for a query that is not intended by the user. A template is used to create a query so as to limit the degree of freedom of the query and allow only safe queries. For example, as an existing technology of “template for creating a query”, there is URI Templates (Non-Patent Document 1).

J. et al. Gregorio, et. al, “URI Template”, Internet Engineering Task Force (IETF), Request for Comments: 6570 (RFC 6570), March 2012.

  In the conventional real-world system, since queries can be freely created, there is a problem that a query unintended by the system can be set. In response to this problem, a method of creating a query as in Non-Patent Document 1 with a template prepares a format such as a program for retrieving personal information as a template in advance, and when creating a query, a blank ( The method of filling the slot) is taken. For this reason, the method of Non-Patent Document 1 can “limit the range of the character string for inquiry in the form of a template when inquiring information to the server”, and “the shape of the template is verified in advance. Thus, unexpected unsafe queries can be prevented (Chapter 4 of Non-Patent Document 1).

However, Non-Patent Document 1 has the following problems.
(A) Problem that Template Management is Difficult The template method of Non-Patent Document 1 is an enormous number of templates, for example, in order to deal with groups of various needs such as purposes, user groups, group subjects, etc. Must be prepared. This has the problem of a heavy burden on template creators and users.
(B) Problem that cannot be collated with existing group URI Templates of Non-Patent Document 1 has a problem that it cannot be confirmed whether there is a query (group) similar to the created query (group).
(C) Problem that group creation and participation is active Conventionally, when a general person joins a group or creates a new group, the group that he wants to join is searched by a keyword, or social It was necessary to confirm the group that the acquaintance on the network participated in or to receive an invitation from others. Participation in a group based on these methods has a problem that the user is given an opportunity to participate in the group only from direct acquaintances, or the user is required to search for keywords or the like. On the other hand, when the template method of Non-Patent Document 1 is applied to a real-world system, a query based on a template for real-world data is used to search for group participation members and confirm participation. However, in that case, conventionally, in order to fill the blank of the template, the user has to fill it manually, and there is a problem that it takes time and effort.

  Therefore, in order to solve the above-described problem, an object of the present invention is to provide a group generation query creation method, a group generation query creation program, and a group generation query creation device that use an easily manageable template.

  In order to achieve the above object, according to the present invention, a template used when creating a group generation query is made “parts”, and a group generation query is created by combining these “parts”.

  The present invention and Non-Patent Document 1 are the same in that “when querying information to the server, the range in which free description can be made in the query format is limited in the form of a template”, and Although it is the same in that “an unexpected insecure query can be prevented by verifying the template shape in advance (Chapter 4 of Non-Patent Document 1)”, the present invention further includes the following features. have.

Specifically, the present invention is a by creating a group generating query group generation query generation apparatus for generating a group from Yu chromatography THE on the network to detect the user to meet the group participation requirements to run And
The group generation query creation apparatus includes a template library unit that manages templates of a plurality of categories, an agent unit that creates the group generation query, and a group management unit that stores the group generation query.
Wherein the agent unit includes a first step of generating a subquery multiple using the plurality of categories of templates,
The agent unit generates the group generation query by combining the sub-queries , and stores the generated group generation query in the group management unit ;
Have
In the first step,
The agent unit, for each of the plurality of categories,
Obtain each template belonging to the category from the template library section,
Access to the suitability calculation unit for calculating how much the template matches the user's needs built in each acquired template, and adapting the template by calculating using the real world information of the user Check the sex
By obtaining a subquery candidate by accessing the subquery candidate automatic generation unit of each template whose conformity has been confirmed,
Presenting the subquery candidates to a user and selecting a desired subquery;
A plurality of subqueries are generated by executing the process .

  Non-Patent Document 1 creates only a specific query, but the template in the present invention creates a group generation query by synthesizing subqueries created from templates having different categories. The user can create various group generation queries by first selecting a “part” template that can create a subquery he / she wants to create and combining the subqueries created using the selected “part” template. Since this method can decompose a complex query in parts, the number of templates to be managed can be reduced. For this reason, this group production | generation query preparation method can solve said subject (a). Therefore, the present invention can provide a method for creating a group generation query using an easily manageable template.

In the first step , the method for creating a group generation query according to the present invention includes:
The agent unit distributes the input group participation requirement into at least two classifications based on the meaning of the requirement, creates a name of the subquery by concatenating the requirements allocated to the classification among the classifications,
In the second step ,
The agent unit is the names of all of the subquery calculates a logical sum or logical product of each of the classification to create the name of the group generating queries by connecting at least one of said logic Kazu及 beauty the logical product It is characterized by that.

  Templates can create not only sub-queries but also names and can be synthesized. Non-Patent Document 1 simply creates a query string, but the template for this group generation query creation method also creates a natural language name at the same time, and humans understand the meaning of the query created by the template Shape it as you can. For this reason, management of a query becomes easy and said subject (a) can be solved.

  The problem (c) will be further described. The template of Non-Patent Document 1 presents only the location of the “blank” in the template and the type of information contained in the “blank”, and information on how to support input there is a function of the application that uses it. It was. However, in this method, it is difficult to obtain a candidate for a value that the user wants to input from real-world data such as the user's profile or life log, and it takes time and effort for the user to input the value himself. I will let you.

  For example, the slot type of the conventional template is designated as “character string” or “integer”, and the application receives an input from the user or the like based on the designated type and checks the type. For example, the type includes a “time” type, a “book name” type, a “prefecture name” type, and the like. In general, types can be assumed in advance, and types can be covered if the complexity of the application is allowed. However, it is difficult to envisage / cover everything in advance even for extremely complicated types, for example, type information such as “title names of books purchased by the user in the past three days”.

Therefore, in the first step , the method for creating a group generation query according to the present invention is as follows.
The agent unit creates a candidate for group participation requirement to be input using data related to the user.

  In the present invention, each template belonging to the same category acquires information that is a candidate used for blank filling from the user's profile information, etc., automatically creates a filling candidate, and allows the user to confirm it, Or, when there are a plurality of candidates, the user is allowed to select. When one or more templates have candidates, the user can select candidates across a plurality of templates. Also, the user can select a plurality of candidates instead of only one from the candidates. In addition, the template can be evaluated for appropriateness for each candidate, and what appears to be more appropriate can be displayed as a high-order candidate upon user selection. By adopting this method, it is possible to improve the efficiency of query generation from a template. Furthermore, it is possible to deal with complicated types as described above. For this reason, this group production | generation query preparation method can solve said subject (c).

In the first step , the group generation query creation method according to the present invention includes:
About the subquery candidate acquired by the agent unit,
Obtain the existing group generation query using the template of the subquery candidate from the group management unit,
Accessing query comparison of the template of the subquery candidate, and the subqueries candidate by comparing the existing of the subquery that is utilized in combination for creating an existing said group generating queries obtained, suitable for the user subqueries candidate extracted was,
The extracted subquery candidates are presented to a user to select a desired subquery .

  In the present invention, subqueries created with templates can be compared. In Non-Patent Document 1, it is possible to determine whether or not a certain query is created using the template under certain conditions (section 1.4), but nothing more can be done. The template used in this group generation query creation method saves the intermediate form at the same time as the subquery, so that the character string embedded in the blank of the template can be saved separately. Also, the template compares two subqueries created by itself. It has a function. As a result, the template can acquire an existing subquery that approximates a subquery created from the template from another database, and can request confirmation from the user using this as a candidate. For this reason, this group production | generation query preparation method can solve said subject (b).

  The present invention is also a program for causing a computer to execute a method for creating a group generation query. The method of creating the group generation query can be realized by a computer and the program, and the program can be recorded on a recording medium or provided through a network.

Further, the group generation query creation device according to the present invention is a group creation query creation device that detects a user that satisfies the requirements for group participation from users on a network and creates a group.
A template library for managing templates in multiple categories;
An agent unit that acquires the template from the template library unit and creates the group generation query by the group generation query creation method;
And storing the group management unit the groups generated query created in the agent unit,
Is provided.

  The present invention can provide a group generation query generation method, a group generation query generation program, and a group generation query generation apparatus using a template that can be easily managed.

It is a figure explaining the difference between the template used with the group production | generation query creation method which concerns on this invention, and the conventional template. It is a figure explaining the group production | generation query creation apparatus which concerns on this invention. It is a figure explaining the group production | generation query creation method which concerns on this invention. It is a figure explaining the group production | generation query creation method which concerns on this invention. It is a figure explaining the group production | generation query creation method which concerns on this invention. It is a figure explaining the group production | generation query creation method which concerns on this invention. It is a figure explaining the group production | generation query creation method which concerns on this invention. It is a figure explaining the group production | generation query creation method which concerns on this invention. It is a figure explaining the template used with the group production | generation query creation method which concerns on this invention. It is a figure explaining the group production | generation query creation method which concerns on this invention. It is a figure explaining the group production | generation query creation method which concerns on this invention. It is a figure which shows the example of the screen which selects a template in the group production | generation query creation method which concerns on this invention. It is a figure explaining the group production | generation query creation method concerning this invention concretely. It is a figure explaining the difference between the template used with the group production | generation query creation method which concerns on this invention, and the conventional template.

  Embodiments of the present invention will be described with reference to the accompanying drawings. The embodiments described below are examples of the present invention, and the present invention is not limited to the following embodiments. In the present specification and drawings, the same reference numerals denote the same components.

(Definition of terms)
Definitions of terms used in this specification are shown below.
Real-world system: A system in which users centrally manage various data related to their lives and exchange information with others according to their policies. For example, profile and life log. The part that collectively collects, manages, and exchanges information according to the policy determined by the user is called an agent.
Group application part: A part of the agent part that manages groups in the agent.
Group management unit: A server on the network that provides group management functions.
Group generation query: A query for creating a group. Includes participation conditions and group policy.
Data sharing query: A query that acquires data for sharing within a group created by a group generation query.
-Participation conditions: A program that searches the user's real world data in the group management department to determine whether or not to join a group.
Group policy: A criterion for determining whether or not to execute a data sharing query or a type of data shared between groups.
User real-world data: Data representing the user's identity, such as the user's profile and life log.
Template category: Classification based on human subjectivity of templates. Provides guidelines for users to create group generation queries from templates. For example, it corresponds to “theme”, “user”, “purpose” and the like in FIG.
Template: A template is a template whose safety is guaranteed by a third party to generate a subquery. It belongs to one or more template categories. Outputs subquery search expression, intermediate expression, and subquery name. The template describes a program for comparing the similarity and coincidence of intermediate expressions of two subqueries created by itself. It is also possible to have a program that automatically creates a subquery candidate using a template by accessing the user's real world data. It is also possible to write a program that calculates the validity of candidate subqueries as a score. See “Template structure” below for details on templates.
Template category group: A representation of the types and order of template categories used when the group application section creates a group generation query.
Order: Meaning of the order in which the user sets templates. For example, when setting up (1) “what theme”, (2) “what user group”, (3) “what to do” to create a group, the group category is the above three categories, The user is inquired in the order of (1), (2), and (3).

(Template structure)
FIG. 9 is a diagram for explaining the structure of the template. In this specification, a template has the following information.
Template name / ID (template identifier): A template name and a unique identification number of the template.
The template ID is used as a key when the group application unit acquires a subquery using this template from the group management unit. The template name is used to indicate to the user what the template is when the group application unit prompts the user to fill in blanks in the template or when the user displays a list of subqueries created from the template.
Template category name / ID (template category identifier): Examples of template category names include “template related to subject”, “template related to purpose”, and “template related to user group”. The template category ID is used when the group application acquires a template list belonging to a certain category from the template library. The template category name is used to indicate what kind of template the user is using when filling the template with the user.
Query template: A query template is a part of a template, and a blank to be filled is specified by a template of a search expression, intermediate expression, and subquery name generated by the template. The search expression is a search expression for a database including a map-reduce expression, the intermediate expression is blank filling data in the template, and the subquery name is a group name in natural language expression. As shown in FIG. 2, the search expression and name generated from the query template are bundled and synthesized by the group management application unit 20, and then passed from the group management application unit 20 via the query distribution / answer collection unit 50. To the external data utilization unit (group management unit) 60. The search formula and the query name are passed from the external data utilization unit (group management unit) 60 to the group management application unit 20 of each agent 40 considering participation in the group. The search expression is evaluated by the group management application unit 20 on the handed-over side to determine whether the agent 40 is eligible to participate in the group. The query name is used when a pop-up menu prompting the user to participate in opt-in is displayed as “Do you want to participate in... The intermediate representation is stored in the external data utilization unit (group management unit) 60, and is used when the group management application unit 20 creates a query from the template and compares it with a similar existing query.
Query candidate automatic generation unit 11: a program that creates group generation query candidates using the user's real world data. Conventional templates define only blanks and the types of information that can be put into blanks. By using this method, blank filling candidates are automatically created and the user can confirm them, or multiple If there is a candidate, the user can select it to improve the efficiency of template input.
Query comparison unit 12: a program that compares a group generation query created with this template with an existing group generation query. The reason why the comparison program is built in the template is that the data embedded in the template cannot be evaluated universally for the similarity of date and place, or the similarity of natural language such as words, etc. It is to do.

Further, the template may have the following information in order to improve the convenience for the user.
Suitability calculation unit 13: A program for calculating how much the template matches the user's needs using the user's real world data.
User interface 14: A program that prompts the user to input when a template fills a template.

FIG. 2 is a diagram illustrating the group generation query creation device 301 of this embodiment. The group generation query creation device 301 is a group creation query creation device that creates a group by detecting a user who satisfies the group participation requirement from users on the network,
A template library unit 10 for managing templates of a plurality of categories;
An agent unit 40 that acquires the template from the template library unit 10 and creates the group generation query by a group generation query creation method described later;
A group management unit 60 for storing the group generation query created by the agent unit 40;
Is provided.

  The agent unit 40 includes a group management application unit 20 that performs a group generation query creation method. Note that the agent unit 40 is a computer, and can also be realized by executing a group generation query creation program recorded on a recording medium or downloaded from a network.

The group generation query creation method performed by the group management application unit 20 is a method for creating a group generation query for generating a group by detecting a user who satisfies the group participation requirement from among a large number of users on the network,
Using a plurality of categories of templates to generate a plurality of subqueries based on some or all of the group participation requirements entered into each,
A second step of generating the group generation query by combining the sub-queries;
I do.

  This group generation query creation method is characterized in that a template is made into parts. FIG. 1 is a diagram for explaining the difference between (a) a conventional template and (b) a template used in this group generation query creation method. Conventionally, a user has to select an appropriate one from various existing templates and input an appropriate keyword. For this reason, a huge amount of templates are required, and it is difficult to manage and select them.

  On the other hand, the template in the present embodiment assists the user in inputting the template by using the user profile information and the existing group generation query information. In addition, the template according to the present embodiment has a function of evaluating whether the group management unit already has a group that matches or is similar to the created group. Furthermore, in this embodiment, the templates are classified into parts / categorized to be classified, thereby improving the visibility of the user and the ease of maintenance. And the group management application part 20 calls the template for every category, displays it to a user, and makes a user fill in a blank.

3 to 5 are diagrams for explaining a group generation query creation method according to the present embodiment.
In creating a group generation query, the group management application unit 20 selects a combination of template categories (step S11), and acquires one or more templates belonging to each template category from the template library 10 (step S12). The user selects a necessary template from the template group for each category, and fills in blanks to create a subquery (step S13, corresponding to the first step above). FIG. 12 is an example of a screen for displaying a template acquired from the template library 10 by the group management application unit 20 for each category. Then, a group generation query is created by synthesizing the sub-queries (step S14, corresponding to the second step), and the group management application unit 20 delivers the created group generation query to the group management unit 60.

  This will be described in more detail with reference to FIG. First, in step S11, the group management application unit 20 determines the order of categories based on the category group of the template. The order is determined by arranging them in the order of predetermined numbers in the category group.

  Subsequently, in step S13, the user inputs necessary requirements in the blank (hole) of each template, thereby completing the subquery. At this time, the input group participation requirement is assigned to at least two categories based on the meaning of the requirement, and the requirements assigned to the categories are connected between the categories to create a subquery name. In the present embodiment, a case where there are two classifications of “participation condition” and “group policy” will be described. Depending on the created subquery, the requirement may be assigned to both categories, or the requirement may be assigned to only one of the categories.

When further creating groups generated query in step S14, performs a logical sum or logical product of each classification for the names of all the subquery, at least one of the ligated by group generation query logic Kazu及 beauty the logical product Create a name. In this embodiment, the name of the group generation query is created by concatenating the logical product of the requirements of the “participation condition” classification and the logical sum of the requirements of the “group policy” classification.

FIG. 5 is a diagram for specifically explaining a method of creating a name of a group generation query. FIG. 5 shows that three subqueries are created with three templates. Then, the requirements input in the template are separated into “participation conditions” as “subject” and “group policy” as “object”. Then, “subject” is combined with “Katsu” and “object” is combined with “and” to compose a Japanese name of the group creation query. For example,
Subquery (1) is a group requirement that “a male in his 20s is a“ chat ”group”
Subquery (2) is a group requirement of “a group of people who own a pedometer”
When the subquery (3) has a group requirement of “a group that shares pedometer data”, the name of the group generation query that bundles the three subqueries is “male in the twenties” and “step count The “person who owns the total” becomes the “group that shares the data of the pedometer” and “chat”.

  In step S <b> 13, the group management application unit 20 may assist the user input by listing candidate candidates that the user inputs in the blank of the template. FIG. 6 is a diagram for explaining the support of the user input. That is, in step S13, the group management application unit 20 creates a candidate for group participation requirement that is input using data related to the user.

  The template includes a query candidate automatic generation unit 11. The query candidate automatic generation unit 11 provides support when the user creates a query. The query candidate automatic generation unit 11 fills blanks in the template based on the user's real world data (user information of the data collection unit 21) and the existing subquery data stored in the group management unit 60. Create The user information of the data collection unit 21 is, for example, a user profile or life log information. The existing subquery data is, for example, information on a template subquery already created and selected by another user.

  In step S <b> 13, the group management application unit 20 may compare the subquery created using the template with the existing subquery, and present a matching or similar existing query to the user. FIG. 7 is a diagram for explaining the subquery comparison. That is, the group management application unit 20 compares the subquery generated in step S13 with the existing subquery used for the combination when creating the existing group generation query, and matches or resembles the subquery generated in step S13. Existing subqueries to be extracted and set as subquery candidates to be combined in step S14.

  The template has a query comparison unit 12. The query comparison unit 12 inputs a requirement into the template, compares the newly created subquery with the existing subquery stored in the group management unit 60, and extracts an existing subquery that matches or is similar to the new subquery. The group management application unit 20 presents the extracted existing subquery to the user, and causes the user to determine whether the existing subquery can be substituted for the subquery requested by the user. The user can suppress the generation of a new subquery by selecting an existing subquery.

  Here, a method such as “Japanese word net” or “Wikipedia category information” can be used to determine the similarity between a newly created subquery and an existing query. Each of these prepares data in which vocabularies are connected via a network, and comparison can be made by measuring the distance between proper nouns on this network.

  Note that the group management application unit 20 may detect an existing group generation query that is similar to or matches the created group generation query, as shown in FIG. The group generation query created in step S14 may be compared with the existing group generation query, an existing or similar group generation query may be extracted, and the existing group generation query itself may be presented to the user. FIG. 13 is a diagram for explaining FIG. 8 more specifically. The external group management unit 60 accumulates the existing group generation queries, but by making an inquiry with the template ID, the sub-queries created by the templates included in each group generation query can be individually decomposed and returned. (See FIG. 2).

  “Template name”, “template ID”, “category name”, and “category ID” are attached to the templates, and it is possible to track which template is used to create a subquery included in the group generation query. First, an existing group generation query created using the same template as the newly created group generation query is extracted. Then, the query comparison unit 12 is used to compare the sub-queries for each template, and the sum of the similarities is set as the similarity of the group creation query. At this time, each template may be weighted.

(Operation of group generation query creation device)
The procedure for creating a group creation query in the group creation query creation device 301 is shown in FIGS. FIG. 11 shows a specific embodiment.

[Start Group Management Application]
Step S31: The user activates the group management application unit 20 for the purpose of searching / joining an existing group or creating a new group.

[Processing by template category]
Step S32: The group management application unit 20 performs a query creation process for each template category. Hereinafter, template categories set in the group management application unit 20 are A, B, and C. The type and order of template categories can be changed by the user.
Step S33: First, a category A template is processed.
Step S34: A list of templates belonging to category A is acquired from the template library. When there are a plurality of belonging templates, the compatibility of the template is confirmed by accessing the compatibility calculation unit 13 built in the template. The suitability calculation unit 13 uses the user's real world information for calculation of suitability. For calculation other than this numerical value, methods such as “Japanese word net” and “Wikipedia category information” can be exemplified.

[Create a query for each category]
Step S35: The group management application unit 20 accesses the subquery candidate automatic generation unit 11 of each template belonging to the category A, and acquires a list of subquery candidates.
Step S36: The group management application unit 20 acquires an existing query for each template belonging to the category A.
Step S37: In each template belonging to category A, the group management application unit 20 compares the subquery created in step S35 with the existing subquery acquired in step S36 using the query comparison unit 12, and is suitable for the user. Subquery candidates are extracted and presented to the user.
Step S38: Based on the presented information, the user selects a subquery that he / she wishes to create, if any. If the user does not have a desired subquery as a candidate, the user can create the subquery by himself using the user interface of the template.
Step S39: After the user sets a subquery, the group management application unit 20 further confirms whether the user wants to add a subquery using a template. If the user wishes to add, the process repeats from step S34.
Step S40: When all of the above is completed for the template belonging to category A, the group management application section 20 continues from step S33 to S39 for categories B, C.

[Synthesis of group generation query]
Step S41: The group management application unit 20 synthesizes the sub-queries of the templates created in steps S33 to S40 in all template categories by the method described in step S14 of FIG.
Step S42: Queries having the same template as the synthesized group generation query are acquired from the group management unit 60 and compared to create a list of similar group generation queries.
Step S43: The group generation query list acquired in the previous step is presented to the user, and it is confirmed whether the user participates in an existing group (uses an existing group generation query).
Step S44: When a user creates a new group, a group generation query is transmitted to the query distribution / answer collection unit 50.

The following describes the group generation query creation device of this embodiment.
(Task)
The group sharing system is to construct a query in a specific language (for example, JavaScript (registered trademark)) and use it to access a service. This method has the following problems.
(A) The user needs to manually describe the group creation query in a specific language, which is troublesome or difficult.
(B) Since there is no function for checking the same or similar groups, a plurality of groups of the same purpose or user layer can exist simultaneously.
(C) When creating a group, his / her action history cannot be used.
(D) It is impossible to prevent a query in which the purpose of the group and the shared data do not match.
(Technology of Non-Patent Document 1)
In Non-Patent Document 1, a template is prepared to solve the above problem. However, the problem with this method is that a huge number of templates are required to meet various needs. When complex conditions are required, the combination is multiplied and the number of templates increases indefinitely. For this reason, in Non-Patent Document 1, it is difficult to partially maintain and improve the template.

(Features of the present invention)
In order to solve the above problems and the problems of Non-Patent Document 1, the present invention has the following features.
(1) “Group” a group creation template and form a flexible group generation query by “part combination”. This method has an effect of preventing an increase in the number of templates and preventing sharing of unintended information within the group.
(2) The template creates a subquery candidate using the user's real world data. This technique has the effect of reducing the user's trouble of template input and suggesting the existence of a new group that the user did not notice.
(3) For evaluating similarity between sub-queries and searching for existing sub-queries, assign an identifier to the template, search for existing group creation queries using the identifier (ID) of the template, and search for the same or similar sub-queries. It can be so. With this method, it is possible to check whether there is already a query similar to the query created by the user, and there is an effect of suppressing the generation of many similar / duplicate groups.
(4) Give the template a “category”. By this method, the user can find a template or a subquery candidate that is most suitable for the user by simultaneously checking templates of the same category.

  FIG. 14 is a table comparing the template functions used in the present invention with the template functions of Non-Patent Document 1.

  In the present invention, the query created by the template relates to group generation, and it is more convenient for the group to have as many members as possible. This comparison function was introduced for the purpose of “inducing an existing query”, but the present invention can also be applied to an automatically correcting (autocorrecting) function of a created query, regardless of group creation.

10: Template library unit 11: Query candidate automatic generation unit 12: Query comparison unit 13: Conformity calculation unit 14: User interface 20: Group management application unit 21: User information 30: Query processing / data collection unit 40: Agent unit 50 : Query distribution / answer collection unit 60: Group management unit 301: Group generation query creation device

Claims (6)

A method of making a group generating query group generation query generation apparatus for generating a group by detecting the user that satisfies the group participation requirements from Yu chromatography The on network runs,
The group generation query creation apparatus includes a template library unit that manages templates of a plurality of categories, an agent unit that creates the group generation query, and a group management unit that stores the group generation query.
Wherein the agent unit includes a first step of generating a subquery multiple using the plurality of categories of templates,
The agent unit generates the group generation query by combining the sub-queries , and stores the generated group generation query in the group management unit ;
Have
In the first step,
The agent unit, for each of the plurality of categories,
Obtain each template belonging to the category from the template library section,
Access to the suitability calculation unit for calculating how much the template matches the user's needs built in each acquired template, and adapting the template by calculating using the real world information of the user Check the sex
By obtaining a subquery candidate by accessing the subquery candidate automatic generation unit of each template whose conformity has been confirmed,
Presenting the subquery candidates to a user and selecting a desired subquery;
A method for creating a group generation query that generates a plurality of subqueries by executing a process. In the first step ,
The agent unit distributes the input group participation requirement into at least two classifications based on the meaning of the requirement, creates a name of the subquery by concatenating the requirements allocated to the classification among the classifications,
In the second step ,
The agent unit is the names of all of the subquery calculates a logical sum or logical product of each of the classification to create the name of the group generating queries by connecting at least one of said logic Kazu及 beauty the logical product The method for creating a group generation query according to claim 1. In the first step ,
The method for creating a group generation query according to claim 1, wherein the agent unit creates a candidate for group participation requirement input using data related to the user. In the first step ,
About the subquery candidate acquired by the agent unit,
Obtain the existing group generation query using the template of the subquery candidate from the group management unit,
Accessing query comparison of the template of the subquery candidate, and the subqueries candidate by comparing the existing of the subquery that is utilized in combination for creating an existing said group generating queries obtained, suitable for the user subqueries candidate extracted was,
4. The method of creating a group generation query according to claim 1 , wherein the extracted subquery candidates are presented to a user and a desired subquery is selected .   A group generation query creation program for causing a computer to execute the group generation query creation method according to claim 1. A device for creating a group generation query that generates a group by detecting a user who satisfies a group participation requirement from users on a network,
A template library for managing templates in multiple categories;
An agent unit that acquires the template from the template library unit and creates the group generation query by the group generation query creation method according to any one of claims 1 to 4.
And storing the group management unit the groups generated query created in the agent unit,
An apparatus for creating a group generation query comprising:

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