JP6872821B1 - Information management system, information management method and program - Google Patents

Abstract

PROBLEM TO BE SOLVED: To improve the quality of a meeting.
SOLUTION: This is an information management system that manages information about a conference, and has a questionnaire distribution unit that distributes a questionnaire about the conference to users who participated in the conference, and an aggregate that aggregates the user's responses to the questionnaire and generates aggregated data. It is characterized by including a data generation unit, a hint database for storing hints for improving the conference, and a conference report generation unit for generating a conference report including aggregated data and hints.
[Selection diagram] Fig. 3

Description

The present invention relates to an information management system, an information management method and a program.

In general, from the viewpoint of reducing unnecessary meetings and improving the efficiency of meetings, the meeting participants are given a questionnaire about the meeting to evaluate the meeting in order to identify problems and issues of the meeting. And opinions may be submitted.

Patent Document 1 is associated with the timing of distributing the questionnaire to any part of the material of the conference or presentation, and when the material progresses and the timing of distributing the questionnaire comes, the participants of the conference and the presentation A technique for distributing questionnaires to the audience has been proposed.

Japanese Unexamined Patent Publication No. 2011-238178

On the other hand, from the perspective of enhancing the meetings to be held, prior to the meeting, the purpose of the meeting, points of discussion, the agenda of the meeting, etc. are set in advance for the purpose of clarifying the purpose and agenda of the meeting. It is possible to set it.

The present invention has been made in view of the above circumstances, and an object of the present invention is to provide a technique capable of improving the quality of a conference.

The main invention of the present invention for solving the above problems is an information management system that manages information about a conference, a questionnaire distribution unit that distributes a questionnaire about the conference to users who participated in the conference, and a questionnaire for the questionnaire. An aggregated data generation unit that aggregates the user's answers and generates aggregated data, a hint database that stores hints for improving the conference, and a conference report generation unit that generates the aggregated data and a conference report containing the hints. It is characterized by having.

Other problems disclosed in the present application and solutions thereof will be clarified in the columns and drawings of the embodiments of the invention.

According to the present invention, the quality of the conference can be improved.

It is a figure explaining the outline of the information management system which concerns on this embodiment. It is a block diagram explaining the outline of the structure of the information management server 20. It is a block diagram explaining the outline of the structure of the storage 23. It is a figure which shows an example of the message prompting the preparation of a meeting. It is a figure which shows an example of the screen which inputs various conditions about a meeting. It is a figure which shows an example of the screen which inputs various conditions about a meeting. It is a figure which shows an example of the input interface of a questionnaire. It is a figure which shows an example of the input interface of a questionnaire. It is a figure which shows an example of the message sent after the end of a meeting. It is a figure which shows an example of the display message M3 of a conference report D6.

<Outline of the invention>
The contents of the embodiments of the present invention will be described in a list. The present invention includes, for example, the following configuration.
[Item 1]
An information management system that manages information about meetings
A questionnaire distribution unit that distributes a questionnaire about the conference to users who participated in the conference,
An aggregated data generation unit that aggregates the answers of the user to the questionnaire and generates aggregated data,
A hint database that stores tips for improving meetings,
A conference report generator that generates a conference report containing the aggregated data and the hints, and a conference report generator.
An information management system characterized by being equipped with.
[Item 2]
The information management system described in item 1.
The hint database stores the hint in association with the condition and stores the hint.
The conference report generation unit reads the hint corresponding to the condition satisfied by the aggregated data from the hint database.
An information management system featuring.
[Item 3]
The information management system according to item 1 or 2.
Further equipped with a conference cost calculation unit for calculating the cost of the conference,
The hint database stores the hint in association with the cost range and stores the hint.
The conference report generation unit reads the hint corresponding to the calculated cost from the hint database.
An information management system featuring.
[Item 4]
The information management system described in item 3
The hint database stores the hints in association with the cost range and the conditions for the attributes of the participants in the conference.
The conference report generation unit reads the hint corresponding to the calculated cost and the condition satisfied by the attribute of the participant of the conference from the hint database.
An information management system featuring.
[Item 5]
The information management system according to any one of items 1 to 4.
Further equipped with a conference data generation unit that accepts input of conference data related to the conference from the organizer of the conference.
The answer to the questionnaire includes the user's evaluation value for the meeting.
Among the items included in the conference data received, the conference data generation unit uses a learning model learned by machine learning using the items extracted from the conference data as input data and the evaluation values as teacher data. Proposing to the organizer what raises the evaluation value,
An information management system featuring.
[Item 6]
A way to manage information about a meeting
A step of delivering a questionnaire about the conference to users who participated in the conference,
A step of aggregating the answers of the user to the questionnaire to generate aggregated data, and
A step of generating a conference report containing the hints read from the hint database and the aggregated data for storing the hints for improving the conference, and
An information management method characterized by being provided with.
[Item 7]
A program for managing information about meetings
On the computer
A step of delivering a questionnaire about the conference to users who participated in the conference,
A step of aggregating the answers of the user to the questionnaire to generate aggregated data, and
A step of generating a conference report containing the hints read from the hint database and the aggregated data for storing the hints for improving the conference, and
A program to execute.

<System overview>
Next, the information management system according to the embodiment of the present invention will be described with reference to FIGS. 1 to 10.

FIG. 1 is a diagram illustrating an outline of an information management system according to the present embodiment. As shown in the figure, the information management system 10 includes an information management server 20 managed by the administrator 1, an organizer terminal 30 of the organizer 2 who can access the information management server 20 via the Internet network 100, and the organizer terminal. The 30 and the information management server 20 are provided with the participant terminals 40 (40a to 40n) of the participants 3 (3a to 3n) who can access the information management server 20 via the Internet network 100.

In this embodiment, the organizer 2 is a user who plans and hosts the conference, and the participant 3 is a user other than the organizer 2 who is requested to participate in the conference by the organizer 2 and participates in the conference. However, while the participant 3 of the present embodiment may host the conference as the organizer 2, the organizer 2 of the present embodiment may participate in the conference as the participant 3.

When the participant 3 of the present embodiment hosts the conference as the organizer 2, the participant terminal 40 functions as the organizer terminal 30, and the organizer 2 of the present embodiment participates in the conference as the participant 3. In this case, the organizer terminal 30 functions as the participant terminal 40.

The information management system 10 is used to manage information about the conference between the organizer 2 and the participants 3.

<Organizer terminal 30 / Participant terminal 40>
As shown in FIG. 1, the organizer terminal 30 is composed of devices such as a computer, a tablet terminal, or a smartphone that can be connected to the Internet network 100. Similarly, the participant terminals 40 (40a to 40n) are also computers and tablets. It is composed of devices such as tablet terminals or smartphones that can be connected to the Internet network 100.

<Information management server 20>
FIG. 2 is a block diagram illustrating an outline of the configuration of the information management server 20. As shown in the figure, the information management server 20 includes a processor 21, a memory 22, a storage 23, a transmission / reception unit 24, and an input / output unit 25 as main configurations, and these are electrically connected to each other via a bus 26.

The processor 21 is an arithmetic unit that controls the operation of the information management server 20, controls the transmission and reception of data between each element, and performs processing necessary for executing an application program.

In the present embodiment, the processor 21 is, for example, a CPU (Central Processing Unit), and executes each process by executing an application program stored in the storage 23 and expanded in the memory 22 which will be described later.

The memory 22 includes a main storage device composed of a volatile storage device such as a DRAM (Dynamic Random Access Memory), and an auxiliary storage device composed of a non-volatile storage device such as a flash memory or an HDD (Hard Disk Drive). ..

While the memory 22 is used as a work area of the processor 21, the BIOS (Basic Input / Output System) executed when the management server 20 is started, various setting information, and the like are stored.

The storage 23 stores information and the like used for programs and various processes. The configuration of the storage 23 will be described later.

The transmission / reception unit 24 connects the information management server 20 to the Internet network 100. The transmission / reception unit 24 may be provided with a short-range communication interface such as Bluetooth (registered trademark) or BLE (Bluetooth Low Energy).

Information input devices such as keyboards and mice and output devices such as displays are connected to the input / output unit 25, if necessary.

The bus 26 transmits, for example, an address signal, a data signal, and various control signals between the connected processor 21, the memory 22, the storage 23, the transmission / reception unit 24, and the input / output unit 25.

<Storage 23>
FIG. 3 is a block diagram illustrating an outline of the configuration of the storage 23. As shown in the figure, the storage 23 includes an information management program 50, a calendar program 60, a user database 71, a questionnaire database 72, a conference database 73, an implementation database 74, and a hint database 75.

The user database 71 manages information (hereinafter, referred to as user data) regarding users (organizer 2 and participants 3). User data corresponds to the user ID that identifies the user, and corresponds to the user's name, email address, department, title, occupation, list of skills possessed by the user, list of projects in which the user participates, and user. Hourly unit price etc. are included. The hourly unit price can be, for example, information for calculating the cost per unit time of the user. The hourly unit price can be calculated, for example, by dividing the monthly labor cost by the monthly working hours. The hourly unit price may be, for example, a standard amount per unit time set according to the user's department, title, occupation, skill, personnel grade, and the like. That is, the hourly unit price may be any information that can calculate the cost per unit time of the user.

The questionnaire database 72 records the response data answered to the questionnaire. In the response data, the evaluation, good points, bad points, and comments for the meeting are associated with the meeting ID indicating the meeting that was the subject of the questionnaire and the respondent ID for identifying the participant 3 who answered the questionnaire. Etc. are included. In the present embodiment, the evaluation for the meeting can be a score on a five-point scale. The evaluation may be an arbitrary numerical value such as a score out of 100 points. The good points, bad points, and comments may be free-form text data or categorical data to be selected from a given option.

The conference database 73 records information about the conference (hereinafter referred to as conference data). The conference data includes the conference ID that identifies the conference, the organizer ID that identifies the organizer 2 of the conference, the date and time of the conference (which can include the start date and time and the end date and time), the timing of sending the questionnaire, and participation in the conference. It includes information indicating person 3, the place where the meeting is held, the title of the meeting, the purpose of the meeting, the agenda of the meeting, shared information, material information, and the like. Participants can be a list of user IDs that identify a plurality of participants 3. The location, purpose and agenda may be free-form text data or categorical data to be selected from a given choice. The shared information and material information can be, for example, text data.

The implementation database 74 records information regarding the implementation of the meeting (hereinafter referred to as implementation data). The implementation data includes the meeting ID, minutes, decisions, supplements, etc. that identify the meeting. Minutes, decisions and supplementary matters may be, for example, text data.

The hint database 75 records information including hints for improving the quality of the meeting (hereinafter, referred to as hint data). The hint data includes conditions and hints. The condition can be a condition for the aggregated data D3. The conditions may be conditions for data other than the aggregated data D3 (for example, user data, conference data D1, implementation data, questionnaire D2, proposal data D4, conference cost D5, etc.). The hint can be, for example, text data, which indicates a hint for improving the meeting. The hint may be used as moving image data or screen data described by HTML or the like.

<Information management program 50>
The information management program 50 is implemented by an interface capable of input / output on the information management server 20, the organizer terminal 30, and the participant terminal 40, and includes a conference data generation module 51, a questionnaire distribution module 52, an aggregated data generation module 53, and proposal data. It includes a generation module 54, a conference cost calculation module 55, and a conference report generation module 56.

The conference data generation module 51 is a module that creates conference data D1 by inputting conditions related to the conference based on the conference plan by the organizer 2. In the present embodiment, the input is input by the organizer terminal 30. Implemented by possible interfaces. Meeting data

In the present embodiment, the meeting data generation module 51 is subject to the meeting schedules such as "meeting time", "meeting participants", "meeting place", "meeting purpose", and "agenda". By inputting, the conference data D1 is created. The conference data generation module 51 can register the created conference data D1 in the conference database 73.

Further, in the present embodiment, the conference data generation module 51 is configured to be linked with the calendar program 60 described later, and the "meeting time" which is the schedule of the conference is input to the calendar program 60. The "conference time" is input to the conference data generation module 51 as a condition.

In addition, the conference data generation module 51 may receive implementation data including the minutes of the conference from the organizer terminal 30 when the conference is completed, and register the received implementation data in the implementation database 74.

In the present embodiment, the questionnaire distribution module 52 determines that an arbitrary timing has arrived in the conference held based on the conference data D1 created by the conference data generation module 51, and the participant 3 ( This is a module that delivers the questionnaire D2 to the participant terminals 40 (40a to 40n) of 3a to 3n).

Questionnaire D2 is composed of various questionnaire items such as evaluation based on a qualitative rating for the meeting, "good points" of the meeting, and "comments" for the meeting.

The arbitrary timing for delivering the questionnaire D2 is, for example, "5 minutes before the end of the meeting", "at the same time as the end of the meeting", "after the participants leave the meeting room", and "15 minutes after the end of the meeting". Etc., it is possible to set to deliver at various timings.

In the present embodiment, the aggregated data generation module 53 is a module that aggregates the answers of the participants 3 (3a to 3n) to the questionnaire D2 distributed by the questionnaire distribution module 52 and generates the aggregated data D3. The aggregated data generation module 53 can receive the response data from the participant terminal 40 and register the received response data in the questionnaire database 72 prior to the aggregation.

The aggregated data D3 is, for example, information on "meeting time" calculated by calculating the meeting time per unit period (for example, one week), information on "meeting cost" calculated by economically evaluating the meeting, and comments on the meeting. It is composed of various aggregated items such as "feedback".

The aggregated data generation module 53 can attach a hint for improving the conference to the aggregated data D3. The aggregated data generation module 53 can search the hint database 75 for hint data that satisfies the condition of the aggregated data D3, and attach the hint included in the searched hint data to the aggregated data D3.

The conference cost calculation module 55 can economically evaluate and calculate the conference to calculate the conference cost D5. The conference cost calculation module 55 calculates, for example, by multiplying the labor cost of the participant 3 (3a to 3n) by the time of the conference, or the labor cost of the participant 3 (3a to 3n) and the participant 3 (3a to 3n). ) Is calculated by multiplying the time spoken, or the time when participant 3 did not speak or work during the meeting (time that does not contribute to the effectiveness of the meeting) is calculated by multiplying the labor cost of participant 3. The conference cost D5 can be calculated by various methods such as. The labor cost of the participant 3 can be, for example, the hourly unit price of the user data. Further, the conference cost calculation module 55 may be connected to an external personnel database to acquire the personnel expenses of the participants 3 from the personnel database, or input the personnel expenses (hourly unit price) for each participant 3. It may be accepted together with the conference data.

The proposal data generation module 54 is a module that generates proposal data D4 representing a proposal to the organizer 2 of the conference. The proposal data generation module 54 can generate proposal data based on information for generating proposal data D4 (hereinafter, referred to as proposal creation information).

The proposal data generation module 54, for example, first information that proposes participants 3 (3a to 3n) recommended to participate in the conference as "recommended participants", and participation recommended not to participate in the conference. Second information that proposes the person 3 (3a to 3n) as, for example, "a person who does not need to participate" can be included in the proposal data D4 and generated. The proposal data generation module 54 may propose only one of the "recommended participants" and the "persons who do not need to participate".

The first information and the second information can be created based on various proposal creation information. The proposal data generation module 54 can calculate, for example, the degree of recommendation for participation in the conference for each user based on the proposal creation information, and can create the first information and the second information according to the calculated degree of recommendation. ..

The proposal data generation module 54 can, for example, create the first information and the second information based on the aggregated data D3, using the aggregated data D3 aggregated by the aggregated data generation module 53 as the proposal creation information. The proposal data generation module 54 can generate the first information and the second information based on various indexes such as the number of responses to the questionnaire D2, the content of the responses, and the participation rate of the meetings so far. Further, the proposal data generation module 54 can determine the first information according to the evaluation of the conference held as the organizer 2 in the past, for example. For example, the evaluation of the response data corresponding to the conference ID of the conference having the same or similar purpose as the purpose of the conference data is aggregated for each conference organizer 2 (conference data organizer ID corresponding to the conference ID) (for example). Users with high aggregated values (such as averages and totals), that is, users who have hosted meetings for similar purposes in the past and have been highly evaluated, are recommended as having knowledge of the meeting that is about to be held. It can be proposed as Participant 3 (first information) of.

Further, the proposal data generation module 54 uses, for example, the hourly unit price of user data as the proposal creation information, and sets the total labor cost of the participants 3 to the conference (the total hourly unit price of each participant 3 or the total hourly unit price of the conference). The proposal data D4 can include a message advising to consider reducing the number of participants 3 when the time-multiplied cost exceeds a predetermined threshold. The proposed data generation module 54 also sets the negative value of the hourly unit price as the degree of recommendation (so that the higher the hourly unit price, the lower the degree of recommendation) when the total labor cost exceeds a predetermined threshold value. Information can be created. For example, among the participants 3, in order from the one with the highest hourly unit price, a predetermined number of participants 3 (for example, until the total labor cost falls below the above threshold value) are used as proposals (second information) of those who do not need to participate. It can be included in the proposal data D4. Further, the proposal data generation module 54 can also propose a user having an hourly unit price higher than the average hourly unit price as a candidate for the participant 3 when the total labor cost of the meeting is equal to or less than a predetermined threshold value. ..

Further, the proposal data generation module 54 can include, for example, countermeasure data as proposal creation information and advice for the success of the meeting in the proposal data D4. For example, the proposal data generation module 54 searches the countermeasure database 75 for countermeasure data including the conditions satisfied by the conference data D1 related to the conference and the aggregated value calculated based on the conference data, and proposes the countermeasure included in the searched countermeasure data. It can be included in the data D4. By including the conditions for the purpose of the meeting in the conditions of the countermeasure data, improvement measures can be taken according to the purpose.

Further, the proposal data generation module 54 can also create first information and second information according to the degree of relevance to the conference, for example, using user data as proposal creation information. For the degree of relevance between the meeting and the user, for example, the degree of relevance between the purpose of the meeting and the user's attributes (department, title, job title, skill, project, etc. included in the user data) is defined in advance. be able to. The degree of relevance may be stored in the storage 23 in association with the purpose of the meeting and the attribute of the user, or the degree of relevance between the purpose of the meeting and the attribute of the user is learned by machine learning to obtain a learning model. Stored in the storage 23, the proposed data generation module 54 uses the learning model to infer user attributes corresponding to the purpose set in the conference data, and the participant 3 corresponding to the inferred user attributes. Can be searched from the user database 71.

Further, the proposal data generation module 54 can also create the first information and the second information according to the participation time of each user in the meeting, for example. The proposal data generation module 54 calculates, for example, the total holding time (time from the start date / time to the end date / time included in the holding date / time) of the conference data in which the user ID is included in the participants for each user. , A predetermined number of users can be included in the first information or the second information in order from the person having the longest total time or the person having the shortest total time. In calculating the total, the purpose of the meeting data may be narrowed down to the same or similar to the purpose of the meeting to be held. As a result, it is possible to propose a user who appears in many meetings for the same purpose and is considered to have knowledge as a candidate for Participant 3, and if he / she still attends the meeting for the same purpose too much. Instead, it is possible to propose a person who can expect a fresh opinion as a candidate for Participant 3.

The conference report generation module 56 generates the conference report D6 including the aggregated data D3. The conference report generation module 56 can include hints for improving the conference in the conference report D6. The conference report generation module 56 can randomly read hints from the hint database 75 and include them in the conference report D6, for example. Further, the conference report generation module 56 may read, for example, a hint corresponding to the condition satisfied by the aggregated data D3 from the hint database 75 and include it in the aggregated data D3. In the hint data, for example, a range of the conference cost is set as a condition, and a hint for reducing the conference cost according to the conference cost is set. A hint that the calculated meeting cost falls within the range can be included in the meeting report D6. Further, in the hint data, for example, as a condition, a condition for both the above-mentioned cost range and the attribute of the participant 3 (for example, the department to which the user data belongs, the title, the job title, the skill, the project, etc.) is set, and the condition is set. By setting hints such as how to facilitate the meeting when users with attributes participate, hints for reducing costs according to the attributes of participant 3 can be included in the meeting report D6. it can. The conference report generation module 56 may create the conference report D6 without including the aggregated data D3. In this case, only the hint may be included in the conference report D6, or the conference data and / or the implementation data and the hint may be included in the conference report D6. Further, the conference report D6 may include the conference cost D5 in addition to the aggregated data D3 or in place of the aggregated data D3. In this case, a hint corresponding to the conference cost D5 can be included in the conference report D6.

Further, for example, the items included in the conference data (including the item of user data corresponding to the organizer ID and the item of user data corresponding to the participants) are used as input data, and the evaluation of the response data is used as teacher data for machine learning. Can be done to create a learning model. The conference report generation module 56 may use this learning model to include in the conference report D6 as a hint to raise the evaluation among the items included in the conference data D1 (and / or the corresponding user data).

The calendar program 60 is a program having a calendar function linked to the conference data generation module 51, and in the present embodiment, the "meeting name", "meeting time" (date and time), "meeting place", etc. Is entered.

This calendar program 60 is implemented by an interface capable of input / output on the information management server 20, the organizer terminal 30, and the participant terminal 40, and is stored in the storage 23 in the present embodiment, but is started on the web. It may be realized by a so-called web application.

<Usage procedure>
Next, a procedure for using the information management system 10 according to the present embodiment will be described with reference to FIGS. 4 to 10.

<Meeting planning>
First, the organizer 2 plans a meeting by inputting the "meeting name", "meeting time" (date and time), "meeting place", etc. into the calendar program 60. In the present embodiment, for example, the "meeting name" is "KPI regular", the "meeting time" is "March 1, 2019 14: 00-15: 00", and the "meeting place" is "second". Enter "Meeting room" etc.

FIG. 4 is a diagram showing an example of a message prompting the preparation of the meeting. After the organizer 2 inputs into the calendar program 60 to plan the meeting and the planned meeting is held, for example, one week before the meeting is held, as shown in FIG. 4, the message M1 with the content urging the preparation of the meeting is sponsored. It is delivered to the organizer terminal 30 of the person 2.

FIG. 5 is a diagram showing an example of a screen for inputting various conditions related to the conference. FIG. 6 is also a diagram showing an example of a screen for inputting various conditions related to the conference. When "(1) March 1 KPI regular (organizer: Goro Sato)" C1 which is a meeting planned by the organizer 2 displayed in the message M1 as shown in FIG. 4 is selected, it is shown in FIG. The "meeting format 1" F1 and the "meeting format 2" F2 shown in FIG. 6 are displayed on the organizer terminal 30.

The organizer 2 inputs various conditions related to the conference into the conference data generation module 51 via the "conference format 1" F1 and the "conference format 2" F2 to set the conference. It should be noted that the items of the conference format 1 or the conference format 2 may be automatically (all or partially) input by appropriately acquiring the necessary information from another application or the like.

In the present embodiment, the organizer 2 sets the “timing to send the questionnaire” t to, for example, “5 minutes before the end of the meeting” in the “meeting format 1” F1 shown in FIG. Select or fill in P to set.

In association with this "(2) meeting participant" P, in the present embodiment, the first information d1 of the proposal data D4 is displayed as the "recommended participant", and "this participant may not be necessary". The second information d2 of the proposed data D4 is displayed as.

Therefore, the organizer 2 can set the “(2) conference participants” P with reference to the first information d1 and the second information d2.

In the present embodiment, depending on the "meeting time" and "meeting place" input to the calendar program 60, in "meeting format 1" F1, "(1) meeting time" T and "(3) ) Meeting place ”H is in a preset state.

On the other hand, in the "meeting format 2" F2 shown in FIG. 6, the organizer 2 has "(1) purpose of the meeting" O, "(2) agenda" A, and "(3) information to be shared before the meeting (holding background). , Prior knowledge, etc.) ”I and“ (4) Preparation and prior sharing of materials ”B are selected or filled in to set up a meeting. All of these items are not essential and can be changed according to various circumstances such as the content of the meeting and the size of the company.

In particular, from the viewpoint of enhancing the conference, it is preferable to clearly set "(1) Purpose of the conference" O and "(2) Agenda" A in the present embodiment. For example, "(1)) In "Purpose of the meeting" O, the end condition of the meeting such as "what is decided (if you can talk) to end the meeting" is set as the purpose of the meeting.

Similarly, in "(2) Agenda" A, the main agenda items in the meeting such as "material confirmation", "progress" and "confirmation of various KPIs" are set.

Meeting data D1 is created by inputting various conditions related to these meetings into the meeting data generation module 51 via "meeting format 1" F1 and "meeting format 2" F2 (meeting data creation step).

When the "send" command S1 of "conference format 2" F2 is input to the created conference data D1, the participation of the participants 3 (3a to 3n) selected in "(2) conference participants" P is entered. It is transmitted to the personal terminal 40 (40a to 40n).

When the conference data D1 is transmitted, in the present embodiment, the participants 3 (3a to 3n) recognize that they are requested to participate in the "KPI regular" which is the conference planned by the organizer 2. Whether or not to participate is transmitted as a message to the organizer terminal 30 via the participant terminal 40 (40a to 40n).

After that, on March 1, 2019 (14:00 to 15:00), which was set as the "meeting time" T, the "KPI regular", a meeting planned by the organizer 2, was held as scheduled. Then, the questionnaire D2 is delivered to the participant terminals 40 (40a to 40n) at "5 minutes before the end of the meeting" (14:55) set in the "timing to send the questionnaire" t (questionnaire distribution step). ..

<Questionnaire>
FIG. 7 is a diagram showing an example of a questionnaire input interface. FIG. 8 is also a diagram showing an example of a questionnaire input interface. When the questionnaire D2 is delivered to the participant terminals 40 (40a to 40n), the participants are referred to as the questionnaire input interface IF1 shown in FIG. 7 and the questionnaire input interface IF2 shown in FIG. 8, which is an interface transitioned from the questionnaire input interface IF1. It is displayed on the terminal 40 (40a to 40n).

Participants 3 (3a to 3n) set the "meeting evaluation" E for the "KPI regular" meeting in the questionnaire input interface IF1 shown in FIG. 7, for example, "improvement required", "insufficient preparation", and "normal". , "Good", "Smart!", Etc., and select from qualitative evaluation items to enter.

When the participant 3 (3a to 3n) selects and inputs "evaluation of the meeting" E (for example, "Smart!"), The transition to the questionnaire input interface IF2 shown in FIG. 8 is performed.

In this questionnaire input interface IF2, participants 3 (3a to 3n) select or enter "good points" G and "comment" K for the "KPI regular" meeting, and input the "send" command S2. ..

When the "send" command S2 is input, the response to the questionnaire D2 is transmitted to the information management server 20, the responses of each participant 3 (3a to 3n) are aggregated, and the aggregated data D3 is generated (aggregated data generation step). ).

<Message after the end>
FIG. 9 is a diagram showing an example of a message transmitted after the end of the conference. In this embodiment, the organizer 2 fills in the matters decided and the matters to be done in the “KPI regular” meeting, attaches the minutes, and changes the message M2 shown in FIG. 9 to the “KPI regular”. It is distributed to the participating participants 3 (3a to 3n), and the matters decided and the matters to be done are shared between the organizer 2 and each participant 3 (3a to 3n).

<Meeting report>
FIG. 10 is a diagram showing an example of the display message M3 of the conference report D6. The conference report generation module 56 transmits the conference report D6 including the generated aggregated data D3 to the organizer terminal 30, and the conference report D6 is displayed on the organizer terminal 30 as the conference report message M3 shown in FIG. Can be.

In this conference report message M3, in the present embodiment, aggregate items such as "this week's conference questionnaire summary" AS and "feedback to the conference" FB are displayed.

In particular, in the present embodiment, since the information d3 regarding "meeting time" and the information d4 regarding "meeting cost" are displayed in the "meeting questionnaire summary of this week" AS, wasteful meeting reduction and meeting time can be reduced. Shortening etc. can be considered. In addition, since the hint d5 for improving the meeting is displayed, the organizer 2 can improve the quality of the meeting by devising the purpose, agenda, setting of participants, etc. in the next meeting to be held.

In this way, the conference data D1 is created by inputting the conditions related to the conference and the conference is held. In the present embodiment, the conditions related to the conference are "(1)" in "Conference format 2" F2. "Purpose of the meeting" O and "(2) Agenda" A are entered.

Therefore, prior to the holding of the meeting, the purpose and agenda of the meeting are shared between the organizer 2 and the participants 3 (3a to 3n), so that the meeting can be enhanced.

On the other hand, since the questionnaire D2 is delivered to the participants 3 (3a to 3n) at an arbitrary timing in the meeting, and the aggregated data D3 in which the answers of the participants 3 (3a to 3n) to the questionnaire D2 are aggregated is generated. From the viewpoint of improving the efficiency of meetings to be held in the future, it will be possible to take measures based on the aggregated data D3.

As described above, according to the information management system 10 of the present embodiment, the conference data is created by inputting the conditions related to the conference and the conference is held, and the purpose and agenda of the conference are input as the conditions related to the conference. Therefore, prior to the holding of the meeting, the purpose and agenda of the meeting are shared among the users who participate in the meeting, so that the meeting can be enhanced. By enhancing and improving the efficiency of meetings, the quality of meetings can be improved.

Further, according to the information management system 10 of the present embodiment, the questionnaire is delivered to the user at an arbitrary timing in the meeting, and the aggregated data in which the user's answers to the questionnaire are aggregated is generated. Therefore, the meeting to be held in the future. From the viewpoint of improving efficiency, it is possible to take measures based on the aggregated data.

The present invention is not limited to the above embodiment, and various modifications can be made without departing from the spirit of the invention. In the above embodiment, the case where the questionnaire D2 is composed of preset evaluations based on a qualitative rating for the meeting, "good points" of the meeting, or "comments" for the meeting is described. However, for example, the questionnaire items may be configured to change depending on the contents of "(1) purpose of the meeting" O and "(2) agenda" A input in "meeting format 2" F2.

Furthermore, it is also possible to configure the organizer 2 so that any questionnaire item can be set.

2 Organizer (user)
3 (3a-3n) Participants (users)
10 Information management system 20 Information management server 30 Organizer terminal 40 (40a-40n) Participant terminal 50 Information management program 51 Meeting data creation module 52 Questionnaire distribution module 53 Aggregate data generation module 54 Proposal data generation module 55 Meeting cost calculation module 56 Meeting report generation module 60 Calendar program 71 User database 72 Questionnaire database 73 Meeting database 74 Implementation database 75 Hint database D1 Meeting data D2 Questionnaire D3 Aggregated data D4 Proposal data D5 Meeting cost D6 Meeting report

Claims (6)

An information management system that manages information about meetings
A questionnaire distribution unit that distributes a questionnaire about the conference to users who participated in the conference,
An aggregated data generation unit that aggregates the answers of the user to the questionnaire and generates aggregated data,
A hint database that stores hints for improving the conference in association with the conditions for the aggregated data,
A conference report generation unit that generates a conference report containing the aggregated data,
A conference data generator that accepts input of conference data related to the conference from the organizer of the conference,
With
The conference report generator, including Me in the conference report the hint corresponding to the condition in which the aggregate data satisfies reads from the tips database,
The answer to the questionnaire includes the user's evaluation value for the meeting.
Among the items included in the conference data received, the conference data generation unit uses a learning model learned by machine learning using the items extracted from the conference data as input data and the evaluation values as teacher data. Proposing to the organizer what raises the evaluation value,
An information management system featuring. The information management system according to claim 1.
Further equipped with a conference cost calculation unit for calculating the cost of the conference,
The hint database stores the hint in association with the cost range and stores the hint.
The conference report generation unit reads the hint corresponding to the calculated cost from the hint database.
An information management system featuring. The information management system according to claim 2.
The hint database stores the hints in association with the cost range and the conditions for the attributes of the participants in the conference.
The conference report generation unit reads the hint corresponding to the calculated cost and the condition satisfied by the attribute of the participant of the conference from the hint database.
An information management system featuring. An information management system that manages information about meetings
A questionnaire distribution unit that distributes a questionnaire about the conference to users who participated in the conference,
A conference data generator that accepts input of conference data related to the conference from the organizer of the conference,
An aggregated data generation unit that aggregates the answers of the user to the questionnaire and includes the evaluation value of the user to the conference to generate aggregated data.
A hint database that stores tips for improving the meeting,
A conference report generator that generates a conference report containing the aggregated data and the hints, and a conference report generator.
With
Among the items included in the conference data received, the conference data generation unit uses a learning model learned by machine learning using the items extracted from the conference data as input data and the evaluation values as teacher data. Proposing to the organizer what raises the evaluation value,
An information management system featuring. A way to manage information about a meeting
A step of delivering a questionnaire about the conference to users who participated in the conference,
A step of accepting input of conference data related to the conference from the organizer of the conference,
A step of aggregating the answers of the user to the questionnaire, which includes the evaluation value of the user to the meeting, and generating aggregated data.
A step of generating a conference report containing the hints read from the hint database and the aggregated data for storing hints for improving the conference.
With
In the step of accepting the input of the meeting data, the item included in the received meeting data is included in the received meeting data using a learning model learned by machine learning using the item extracted from the meeting data as input data and the evaluation value as teacher data. Including the step of proposing to the organizer the one that raises the evaluation value.
An information management method characterized by. A program for managing information about meetings
On the computer
A step of delivering a questionnaire about the conference to users who participated in the conference,
A step of accepting input of conference data related to the conference from the organizer of the conference,
A step of aggregating the answers of the user to the questionnaire, which includes the evaluation value of the user to the meeting, and generating aggregated data.
A step of generating a conference report containing the hints read from the hint database and the aggregated data for storing hints for improving the conference.
To run,
In the step of accepting the input of the meeting data, the item included in the received meeting data is included in the received meeting data using a learning model learned by machine learning using the item extracted from the meeting data as input data and the evaluation value as teacher data. A program for causing the organizer to perform a step of proposing the one that raises the evaluation value.

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