JPH08272287A - Education apparatus - Google Patents

Abstract

PURPOSE: To make it possible to provide education with a high learning effect by considering the change in the users' degrees of understanding and environment by individuals. CONSTITUTION: This education apparatus has an education database 4 in which various kinds of courseware contents are stored, an education execution section 16 which executes education to the users by using the education database 4, an individuals database 5 which stores the information for identifying the user individuals, a man-machine device 3 which executes input and output to and from the users of the education apparatus, a user database 6 which regulates the users of the education apparatus and an education control section 2 which has an individuals management section 7 for judging the presence or absence of the users' right to use the education apparatus by specifying the users of the education apparatus by individuals from the individuals database 5 and referencing the user database 6.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an educational device for learning a large scale system.

[0002]

2. Description of the Related Art The structure of a conventional educational device is shown in FIG. The education device 1 is composed of a man-machine device 3 which serves as an interface with the user when the education device user takes an education, and an education control unit 2 including an education execution unit 16 which conducts education by referring to the education database 4. It

As an example of the prior art, an outline of the education execution unit 16 and the education database 4 in FIG. 14 will be described with reference to FIGS. 14 to 16. In FIG. 14, when the user performs an operation to start attending an education from the man-machine device 3, the content of the operation is input to the education execution unit 16 as an operation signal 17. This operation signal
As shown in FIG. 15, 17 is composed of an operation type and a selection item.

As shown in FIG. 15, there are five types of operation in the operation signal 17, namely, an education start request, an education end request, an education interruption request, an education selection, and a question answer. When the operation type is education selection, the education number selected by the user is specified in the selection item, and when the operation type is question answer, the selection item is a combination of the question number and the answer number answered by the user. . If the operation type is any of the education start request, the education end request, and the education interruption request, 0 is designated as the selection item and only the operation type of the operation signal 17 has meaning.

The education execution unit 16 starts education, finishes education, and interrupts education according to the operation type of the operation signal 17. Less than,
A method by which the education execution unit 16 uses the education database 4 to provide education to users will be described. As shown in FIG. 16, the education database 4 is composed of an education definition part and a problem definition part. The education definition part is composed of three items of an education item number, an item name, and a problem number, and a problem definition part includes a problem number, a question, and a problem. It consists of three items of explanation.

The education item number and item name in the education definition section correspond to the general classification number and name of education, respectively. The question number indicates the number of the question to be given to the user when conducting education on each education item. In the example of FIG. 16, the problem numbers with the education item number 1 are 1, 4, 5, and 7, and the problem numbers with the education item number 2 are 2, 5, 7; therefore, the problem number 5 is 1 and 2. Any educational item will be given.

The problem definition section is individual information of the problem number set in the item of the problem number of the education definition section. The education item number is an operation signal whose operation type is education selection when the system user selects the education to be taken from the man-machine device 3.
It is set in 17 selection items and input to the education execution unit 16.

The education execution unit 16 identifies the education definition unit education item number of the education database 4 from the selection items of the operation signal 17, and the problem of the problem definition unit of the education database 4 corresponding to the question number of the education item number. Is output to the man-machine device 3 as an education signal 18 and provided to the user.

The answer to the question from the user is input to the education execution unit 16 as an operation signal 17 whose operation type is a question answer. When the operation type is question answer, the selection item of the operation signal 17 is a combination of the question number and the answer number answered by the user.

The education execution unit 16 specifies the question number of the question definition section of the education database 4 from the question number of the selection item of the input operation signal 17, and determines the question definition section of the education database 4 according to the answer number of the selection item. Educational signal 18
Is output to the man-machine device 3 and provided to the user.
By the method described above, questions are provided according to the type of education selected by the user, and education is provided by providing explanations.

As described above, the educational device 1 in FIG.
Is an operation signal indicating an operation of the user in the man-machine device 3.
It is input as 17 into the education execution unit 16 of the education control unit 2. The education execution unit 16 refers to the education database 4 according to the input operation signal 17 and outputs the education signal 18 to the man-machine device. Therefore, users are not individually distinguished,
The same education was provided to all users.

[0012]

In the above-mentioned conventional educational device 1, the user cannot be individually recognized. For this reason, there is a problem that users must be restricted and management cannot be performed individually. Further, since the user individually operates the man-machine device 3 to take the education, it is impossible to compare the users.

Further, since each user cannot be recognized individually, the history of education and attendance of the user cannot be managed. Therefore, the degree of understanding of each user is different or the degree of understanding of one user. It is impossible to provide education according to the changes in. In line with the above, the user's educational environment cannot be set for each individual. Therefore, the user always takes the education in the same educational environment, which results in uniform education.

Further, since the user's educational environment is not set individually or the user's educational attendance history is not managed, a change in the degree of understanding of the user and an integrated educational environment for the individual are provided. There was a problem that we could not provide it. The present invention has been made to solve the above problems, and an object of the present invention is to provide an education device that can provide education with a high learning effect to a user.

[0015]

An educational apparatus according to [Claim 1] of the present invention is an educational database in which various educational contents are stored, and an educational execution for educating a user using the educational database. Section, a personalized database that stores information for identifying individual users, a man-machine device that performs input and output with the user of the educational device, a user database that defines the user of the educational device, and The education control unit has an individual management unit that identifies the user of the educational device from the individual database and refers to the user database to determine whether the user has the right to use the educational device.

An education device according to [Claim 2] of the present invention comprises:
An education database in which various education contents are stored, an education execution unit that uses the education database to educate users, a plurality of man-machine devices that perform input / output with a plurality of users, and an individual Multiple individual management units that identify users from separate databases, and individual or group can be selected as the usage mode (called mode) of the device, individual mode provides education for each individual, group mode uses It was composed of a mode control function that selects the common education as a group by grouping the persons.

An education apparatus according to [Claim 3] of the present invention comprises:
An individualized education database having an education definition section and a problem definition section, an individual history database that stores the user's individual usage history of the educational device, and an individual database that stores information for identifying the individual user, It comprises a man-machine device for inputting / outputting with a user, and an individualized education execution unit for setting an individualized education curriculum for each user using the individualized education database, the individual history database and the individual database. .

An education device according to [Claim 4] of the present invention comprises:
An education database in which each education content is stored, an education execution unit that provides education to users using the education database, a man-machine device that inputs and outputs between users, and individual users A personal database that stores the information required to do this, and a personal environment database that saves the background color of the screen display and the display speed when displaying explanations as an individual educational environment when a user takes an education And an individual management unit having an individual environment control function for setting an individual educational environment for each user using the individual environment database.

An education device according to [Claim 5] of the present invention comprises:
An individualized education database that has an education definition section and a problem definition section, an individual history database that stores information for identifying individual users, and an individual that stores data such as basic screen colors, commentary display format, commentary speed, etc. It is composed of a separate environment database, a man-machine device for inputting / outputting with the user, and a personalized educational customization function for setting an educational environment according to the degree of understanding of the user.

[0020]

The teaching device according to [Claim 1] of the present invention has the personalized information of the user and recognizes the personalized information of the user by using the input information from the user. It becomes possible to do.

An education device according to claim 2 of the present invention is
By having a man-machine device that inputs and outputs with multiple users and being able to provide education to multiple users at the same time, users can be effective in individual learning or group learning according to their purpose. It is possible to learn by selecting various learning modes.

An education device according to [Claim 3] of the present invention comprises:
By making it possible to manage the user's education attendance history, it is possible to judge the user's understanding level from the history data and provide appropriate education according to the understanding level.

In the educational apparatus according to [Claim 4] of the present invention, the background color of the screen display and the display speed at the time of displaying the commentary can be set as an educational environment for each individual, so that the user can participate. Can provide type education.

An education device according to [Claim 5] of the present invention comprises:
By integrally managing both the educational environment and the attendance history set by the user individually, it is possible to provide education in accordance with the degree of understanding of the user and the education user participation type.

[0025]

Embodiments will be described below with reference to the drawings. FIG.
FIG. 1 is a configuration diagram of an embodiment of an educational device according to [Claim 1] of the present invention. In FIG. 1, parts that are the same as or corresponding to those in FIG. 14 are given the same reference numerals and description thereof is omitted. In this embodiment, the user can be recognized for each individual, and the user can be managed for each individual. And
In the embodiment, the conventional educational device shown in FIG. 14 is added with an individual database 5, a user database 6, and an individual management unit 7.

The process of individually recognizing the educational device user will be described below. When starting the use of the educational device, the individual management unit 7 outputs a message as an individual education signal 20 to the man-machine device 3 to prompt the user to input the individual name of the user. The user inputs the individual name in the man-machine device 3. The individual name is output to the individual management unit 7 as an individual operation signal 19.

As shown in FIG. 2, the individual operation signal 19 comprises an operation type and a selection item. There are six types of operation in the individual operation signal 19, that is, an education start request, an education end request, an education interruption request, an education selection, a question answer, and an individual name input. The configuration of the individual operation signal 19 is the same as that of the operation signal 17 shown in FIG. 15, and an individual name input is added to the operation type.

When the operation type is education selection, the education number selected by the user is specified in the selection item, and when the operation type is question answer, the selection item is the question number and the answer number answered by the user. It becomes a combination. When the operation type is individual name input, the selection item is a combination of individual name and individual password.

The operation type is an education start request, an education end request,
In the case of either education interruption, 0 is designated as the selection item, and only the operation type of the individual operation signal 19 has meaning.
Further, as shown in FIG. 3, the individual database 5 is composed of four items of individual number, individual name, individual password, and available time.

The individual number of the individual database 5 is a fixed number for each individual name. Before starting the education, the personalized management unit 7 confirms that both the personalized name and the personalized password in the personalized database 5 and the personalized name and the personal password in the selected personalized operation signal 19 are selected. It is determined whether they match.

If both match, it is further confirmed whether or not the current time is within the available time of the personalized database 5.
Start education if available. If one or both of the individual name and individual password in the selected individual operation signal 19 does not match the individual name and individual password items in the individual database 5, the user is trained. Do not start education as if you do not have the right to attend.

Even if the current time is not within the available time of the individual database 5, it is assumed that the user does not have the right to attend the education and the education is not started. According to this embodiment, the user of the educational device can be recognized for each individual,
It is possible to manage users individually by setting restrictions on users by individual and time.

FIG. 4 is a block diagram of an embodiment of an educational apparatus according to [Claim 2] of the present invention. 4, the same parts as those in FIG. 14 and the corresponding parts are designated by the same reference numerals and the description thereof will be omitted. In this embodiment, individual learning or group learning can be selected as the learning mode, and an effective learning mode is provided according to the purpose of the user.

In this embodiment, a mode control function 8, a plurality of individual management units 7a, an individual management unit 7b, an individual management unit 7c, an individual management unit 7n and a man are added to the conventional educational device shown in FIG. The machine device 3a, the man-machine device 3b, the man-machine device 3c, and the man-machine device 3n are newly added.

The individual management section 7a, the individual management section 7b, the individual management section 7c, and the individual management section 7n shown in FIG. 4 correspond to the individual management section 7 described in FIG. This is the addition of a function that provides an effective learning form according to the purpose. The learning form provided by the educational device 1 is called a mode, and there are two types: an individual mode and a group mode.

The individual mode is a mode in which the user individually learns, and the educational device 1 provides a learning function for each man-machine device. The group mode is a mode in which a plurality of users learn together, and it is possible to compare the degree of understanding with each other. In the group mode, the educational device 1 provides the same learning function to a plurality of man-machine devices.

Each user of the educational device uses one man-machine device, and each man-machine device has the individual management function described in FIG. The individual or group mode selection processing of the education device 1 will be described by taking the individual management unit 7a and the man-machine device 3a as an example.

The mode control function 8 outputs a message as a mode-specific education signal 22 to the individual management unit 7a when the user is individually recognized and the education is started. The individual management unit 7a outputs the input mode-specific education signal 22 to the man-machine apparatus 3a as it is.

The user inputs the learning mode selected in the man-machine device 3a. As described above, there are two types of modes: individual mode and group mode. The learning mode selected by the user is output to the individual management unit 7a as a mode-specific operation signal 21.

FIG. 6 shows an example of the mode-specific operation signal 21. This mode-specific operation signal 21 has the same structure as the individual operation signal 19 shown in FIG. 2, and is composed of an operation type and a selection item.
There are six types of operations: education start request, education end request, education interruption request, education selection, question answer, and individual name input. However, in the mode-specific operation signal 21, when the operation type is the education start request, the selection item is set to the name of the selected mode, that is, the distinction between individuals or groups.

Next, the individual management unit 7b and the man-machine device 3b
A method of realizing group mode learning in the educational device 1 will be described by taking the individual management unit 7c and the man-machine device 3c as an example. The individual management unit 7b sets b as the individual management number in the mode-specific operation signal 21 input from the man-machine device 3b.
The individual management section 7c adds c as an individual management section number to the mode-specific operation signal 21 input from the man-machine device 3c, and outputs it as a man-machine operation signal 23 to the mode control function 8.

FIG. 7 shows an example of the man-machine-specific operation signal 23 output from the individual manager 7c. Man-machine operation signal
23 has a configuration in which an item of individual management section number is added to the mode-specific operation signal 21 shown in FIG.

In the mode control function 8, since the individual management unit numbers of the input man-machine operation signals 23 are b and c, respectively, the mode items b and c of the individual management unit numbers of the group storage unit 25 are set. Are grouped, and the selection items of the man-machine-specific operation signal 23 are stored in the selection items.

FIG. 5 shows the configuration of the group storage unit 25. The group storage unit 25 includes individual management unit numbers, modes, operation types, selection items, and group information. The individual management unit number is the number of man-machine devices currently connected, and is from a to n.

When the operation type of the inputted man-machine-specific operation signal 23 is education start, the mode set in the selection item is stored in the group storage section 25 by the mode control function 8. Therefore, the mode is set to individual or group. The man-machine operation signal 23 input by the mode control function 8 is directly stored in the operation type and selection item.

The mode control function 8 indicates that the operation type of the man-machine-specific operation signal 23 is an education end request, an education interruption request,
If it is one of the four types of education selection and question answer, it is output to the education execution unit 16 as an operation signal 17. As for the education execution unit 16, as described above, the operation signal
Depending on the operation type of 17 and the contents of the selection item, a problem or explanation of the problem is output to the mode control function 8 as an education signal 18.

The mode control function 8 controls the input educational signal 18 according to the designation of the individual management unit number b or c of the man-machine-specific operation signal 23 according to the individual management unit 7b or the individual management unit 7c.
Output to. The mode control function 8 outputs the same problem as the mode-based education signal 22 to the individual management unit number in the group mode, that is, to the individual management unit 7b and the individual management unit 7c.

The individual-specific management unit 7b and the individual-specific management unit 7c output the input mode-specific education signal 22, that is, the problem as they are, to the man-machine device 3b and the man-machine device 3c, respectively. When the user answers the question from the man-machine device 3b and the man-machine device 3c, respectively, it is input to the mode control function 8 as a man-machine operation signal 23 via the individual management section 7b and the individual management section 7c. To be done.

As shown in FIG. 7, the man-machine-specific operation signal 23 has a combination of question number and answer when the operation type is question answer. The mode control function 8 saves the inputted man-machine operation signal 23 in the operation type and selection item of the individual management section number of the group storage section 25 having the same individual management section number.

In the example of the group storage unit 25 shown in FIG. 7, the user of the man-machine apparatus 3b answers 1 to question 5,
The user of the man-machine device 3c answers 2 to question 5. Next, the mode control function 8 operates the operation signal 17 indicating that the operation type is question selection for the selection items of the individual management unit number b and the individual management unit number c in which the mode item of the group storage unit 25 is a group. Is output to the education execution unit 16.

Educational execution unit 16 whose individual management unit number is c
As already explained with reference to FIGS. 14 to 16, the education that receives the response from the user as the operation signal 17 and includes the explanation of the problem according to the operation type of the operation signal 17 and the content of the selection item. The signal 18 is output to the mode control function 8.

The mode control function 8 creates statistical data of a group, such as the correct answer rate for each question and the distribution of the correct answer rate for each individual, for a plurality of users who are currently being trained in the group mode from the education signal 18, and Save in the storage unit 25. In the example of FIG. 5, the management number for each individual, that is, the rank of the educational device user in the group is stored in the group mode.

The mode control function 8 is for inputting an educational signal.
User's statistical data is combined with 18 Educational signals by mode 22
Is output to the individual management unit 7b and the individual management unit 7c. The individual management unit 7b receives the input mode-based education signal 22
Is output to the man-machine device 3b as it is.

Next, a method of realizing the individual mode learning of the educational device 1 will be described. Here, the individual management unit 7a and the man-machine device 3a will be described as an example. The individual management section 7a adds the individual management section number a to the inputted mode-specific operation signal 21 and outputs it as a man-machine operation signal 23 to the mode control function 8.

In the man-machine-specific operation signal 23, the operation type is an education start request and the selection item is an individual. Mode control function 8
Sets the mode of the individual management section number a of the group storage section 25 to the individual from the individual management section number a of the input man-machine operation signal 23. The configuration of the group storage unit 25 is as described above with reference to FIG.

The group storage unit 25 stores individual management unit numbers,
It consists of mode, operation type, selection item, and group information. When the operation type is one of the four types of the education end request, the education interruption request, the education selection, and the question answer, the operation signal 17 is output to the education executing unit 16.

As described above, the education execution unit 16 receives the operation content from the user as the operation signal 17, and the education signal including the explanation of the problem according to the operation type of the operation signal 17 and the content of the selection item. 18 is output to the mode control function 8. The mode control function 8 outputs the input education signal 18 to the individual management section 7a according to the designation of the individual management section number a of the man-machine operation signal 23.

The individual management unit 7a receives the input educational signal 18
As it is as a mode-specific education signal 22 as a man-machine device 3a
Output to. According to the present embodiment, it is possible to improve the learning efficiency through competition by providing the user of the educational device with individual and individual group education.

FIG. 8 is a block diagram of an embodiment of an educational apparatus according to [Claim 3] of the present invention. In FIG. 8, parts that are the same as or corresponding to those in FIG. 14 are given the same reference numerals, and descriptions thereof will be omitted. In this embodiment, the educational database 4 shown in FIG.
In place of the above, the individual education database 9 is used, and the education execution unit 16
Instead of the above, the personalized education execution unit 10 is provided, and the personalized history database 11 and the personalized education database 9 are added.

As shown in FIG. 9, the individual-specific history database 11 is composed of three items of individual number, usage time, and correct answer number. The personalized education execution unit 10 uses the individual operation signal.
From the user name and password specified in the 19 selection items, use the individual database 5 to obtain an individual number,
The time the user is using the educational device 1 is added up and saved in the personal history database 11.

Therefore, the usage time is the total time the user has used the educational device. The configuration of the individual operation signal 19 and the individual database 5 is as already shown in FIGS. 2 and 3.

The procedure by which the individualized education execution unit 10 performs education according to the degree of understanding of the user will be described below. When the user performs an operation to start attending an education from the man-machine device 3, the operation content is an individual operation signal 19 and the individual education execution unit 10
Is input to The individual operation signal 19 includes an operation type and a selection item, as already shown in FIG.

That is, there are six types of operation in the individual operation signal 19, namely, individual name input, education start request, education end request, education interruption request, education selection, and question answer. When the operation type is education selection, the education number selected by the user is specified in the selection item, and when the operation type is question answer, the selection item is a combination of the question number and the answer number answered by the user. .

The operation type is an education start request, an education end request,
In either case of the education interruption request, 0 is designated as the selection item, and only the operation type of the individual operation signal 19 has meaning. The individual education execution unit 10 starts education, ends education, and interrupts education according to the operation type of the individual operation signal 19.

When the operation type is an individual name input, the individual education executing unit 10 refers to the individual name and individual password of the individual database 5 from the individual name and individual password specified in the selection item. Then, the individual number of the user is specified.

A method in which the individual education executing unit 10 uses the individual history database 11 and the individual education database 9 to educate the user of the individual number 1 will be described below. The structure of the personalized education database 9 is shown in FIG. The individual education database 9 has a structure in which the explanation of the problem definition section of the education database 4 included in the conventional education device shown in FIG. 16 is set for each skill.

When the user with the individual number 1 selects the education to be attended from the man-machine device 3, it is input to the individual education execution unit 10 as the individual operation signal 19 whose operation type is education selection. When the operation type of the input individual operation signal 19 is the education selection, the individual education executing unit 10 specifies the education definition section education item number of the individual education database 9 from the selection items. In the example of FIG. 2, the selection item is 2.

Therefore, as shown in FIG. 10, the individual-educational-execution section 10 issues the questions 2, 5, and 7 in the question number of the education item number 2 in the education-definition section of the individualized education database 9. . However, regarding the individual number of the user, the question in the correct question number in the individual history database 11 is not presented here, but the next question is presented.

In the example of the personal history database 11 shown in FIG. 9, the user having the individual number 1 is 2, as the correct answer number,
Since there are 3 and 7, the problem 2 has already been answered correctly, and the problem is that the man-machine device 3 is 5 as the individual education signal 20.
Output to.

The answer to the question from the user is input to the individual education execution unit 10 as the individual operation signal 19 whose operation type is the question answer. When the operation type is a question answer, the selection item of the individual operation signal 19 is a combination of the question number and the answer number answered by the user.

The individual education execution unit 10 selects a question explanation in the problem definition section of the individual education database 9 from the question number of the input item of the individual operation signal 19 that has been input, and uses it as the individual education signal 20. To notify the user. At this time, as shown in FIG. 10, the explanation of the problem definition section of the individualized education database 9 is divided for each skill.

The individual education execution unit 10 divides the number of correct question numbers in the individual history database 11 by the total number of questions to obtain the skill of the user. From the explanation of the problem definition unit of the individual education database 9 to the user's skill, Provide explanations according to skill.
If the answer is correct, the question number for which the answer is given is stored in the correct question number in the personal history database 11. According to the present embodiment, by managing the education attendance history for each individual and storing the data, it is possible to provide education according to the degree of understanding of each individual user.

FIG. 11 is a block diagram of an embodiment of an educational apparatus according to [Claim 4] of the present invention. 11, parts that are the same as those in FIG. 4 and parts that have the same functions are assigned the same reference numerals and explanations thereof will be omitted. This embodiment has a configuration in which an individual environment control function 12, an individual environment database 14 and an individual database 5 are added to the conventional example shown in FIG. Hereinafter, a process of setting an environment for each individual when taking an education in the education device 1 will be described.

The education attendance environment described here is, for example, the basic color of the screen display of the man-machine device 3, the display format of the explanation, and the like. When the user performs an operation to start attending education from the man-machine device 3, the content of the operation is input to the individual environment control function 12 as an individual operation signal 19. As shown in FIG. 2, the individual operation signal 19 is made up of an operation type and a selection item.

There are six types of operation in the individual operation signal 19, namely, individual name input, education start request, education end request, education interruption request, education selection, and question answer. When the operation type is individual name input, the user's individual name and password are specified in the selection items, as already described.

On the other hand, the environment for attending education is as shown in FIG.
It is stored in the personal environment database 14 for each user. Individual environment control function 12, when the operation type of the input individual operation signal 19 is an individual name input, from the individual name and password of the user specified in the selection item,
The individual number is specified by referring to the individual database 5.

Next, the environment for each individual is set using the individual environment database 14 shown in FIG. 12 from the specified individual number. Individual name is username2, individual password is pass
If it is word2, the individual number is specified as 2 from the example of the individual database shown in FIG. 3, and from the setting of the individual number 2 of the individual environment database 14 shown in FIG. As an educational environment, the screen basic color is green, the commentary display format is set to 1 page horizontal display, and the commentary display speed is set to 20 seconds.

The operation type of the individual operation signal 19 input to the individual environment control function 12 is other than the individual name input, that is, the education start request, the education end request, the education interruption request, the education selection,
In the case of five types of problem answers, the operation signal 17 is the same as that shown in FIG.
Is output to the education execution unit 16.

The education execution unit 16 starts the education according to the operation type of the operation signal 17, as already described in the conventional embodiment.
End education, interrupt education, provide problems and explanations to users. According to the present embodiment, the user can set the background color of the screen display and the speed at which the commentary is displayed as an educational environment for each user, and the education in which the user can participate is provided.

FIG. 13 is a block diagram of an embodiment of an educational apparatus according to [Claim 5] of the present invention. In FIG. 13, the same parts as those in FIG. 14 and the corresponding parts are designated by the same reference numerals, and the description thereof will be omitted. In this embodiment, an individual education database 9 is provided in place of the education database 4 in the conventional example shown in FIG. 14, an individual education execution unit 10 is provided in place of the education execution unit 16, and a new individual history database 11, It has a structure that includes an individual environment database 14 and individual education customization function 15.

The processing of the individualized education customization function 15 for setting the education environment according to the degree of understanding of the user will be described below. When the user performs an operation of starting the education attendance from the man-machine device 3, the operation content is input to the individual education customization function 15 as an individual operation signal 19.

The individualized education customization function 15 outputs all the input individualized operation signals 19 to the individualized education execution unit 10. As described above, the personalized education execution unit 10 uses the personalized history database 11 and the personalized education database 9 to judge the degree of understanding from the history of the user and provides a commentary according to the skill of the user. .

Further, when the operation type of the input individual operation signal 19 is the input of individual name, the individual individual education customization function 15 adds the individual individual operation signal 19 to the individual individual education execution section 10 as it is. It is also output to the individual education environment control function 12. As described above, the individual education environment control function 12 identifies the individual number of the user by referring to the individual database 5 from the individual name and password of the user designated in the selection item. An individual environment is set up by using the individual number and the individual environment database 14.

In the following, taking the case where the user of the individual number 2 selects the education item number 2 as an example, the explanation of the contents according to the degree of comprehension judged by the personalized education customization function 15 from the user's history is used. A method of displaying by a display method by personal setting will be described.

When the operation type 19 is input to the individualized education customization function 15, the operation type is the question answer, and the selection item question number and the answer number are 1-4. Operation signal 19 for individual education
Output to 10 as it is. The individual education execution unit 10 calculates the skill of the individual number 2 as described above.

Here, assuming that the total number of problems is 20, FIG.
The correct question number of individual number 2 is 4 of 1, 5, 9, 11
Since it is a question, the skill is 4/20 = 0.2. Also, since the selection items are 1-4, the question number is 1 and the answer selection is 4. Therefore, the individual education execution unit 10 explains the question number 1 of the individual education database 9 shown in FIG. 10 (skill 0 or more). “Correct answer” in item 4 of (less than 0.2) is output to the individualized education customization function 15 as an individualized education signal 20.

Since the input individual number is 2,
According to the individual environment database 14 shown in 12, the basic color of the screen is green, the explanation display format is 1 page display,
It can be seen that the explanation display speed is switched for 20 seconds. The personalized education customization function 15 is used to explain the input personalized education signal 20.
The individual environment data such as the basic color of the screen, the explanation display format, and the explanation speed obtained are added and output to the man-machine device 3 as an individualized education customized education signal 24. According to the present embodiment, by managing the educational environment and attendance history set by the user individually, the educational user participation type education according to the degree of understanding can be provided and the learning efficiency is improved.

[0088]

As described above, according to the present invention, education with a high learning effect can be provided to each user.

[Brief description of drawings]

FIG. 1 is a configuration diagram of an embodiment of an educational device according to [Claim 1] of the present invention.

FIG. 2 is an example of a configuration diagram of individual operation signals in FIG.

FIG. 3 is an example of a configuration diagram of an individual database in FIG.

FIG. 4 is a configuration diagram showing an embodiment of an educational device according to [Claim 2] of the present invention.

5 is an example of a configuration diagram of a group storage unit in FIG.

6 is an example of a configuration diagram of operation signals for each mode in FIG. 4;

7 is an example of a configuration diagram of operation signals for each man-machine in FIG. 4;

FIG. 8 is a configuration diagram showing an embodiment of an educational device according to [Claim 3] of the present invention.

9 is an exemplary configuration diagram of an individual history database of FIG. 8. FIG.

FIG. 10 is an example of a configuration diagram of an individual education database in FIG. 8.

FIG. 11 is a configuration diagram showing an embodiment of an educational device according to [claim 4] of the present invention.

FIG. 12 is an example of a configuration diagram of an individual environment database in FIG. 11.

FIG. 13 is a configuration diagram of an embodiment of an educational device according to [Claim 5] of the present invention.

FIG. 14 is a block diagram of a conventional educational device.

FIG. 15 is an example of a configuration diagram of operation signals in a conventional educational device.

FIG. 16 is an example of a configuration diagram of an education database in a conventional education device.

[Explanation of symbols]

 1 Educational device 2 Educational control unit 3,3a, 3b, 3c, 3n Man-machine device 4 Educational database 5 Individual database 6 User database 7, 7a, 7b, 7c, 7n Individual management unit 8 Mode control function 9 Individual Education database 10 Individual education execution unit 11 Individual history database 12 Individual environment control function 14 Individual environment database 15 Individual education customization function 16 Education execution unit 17 Operation signal 18 Education signal 19 Individual operation signal 20 Individual education signal 21 Operation signal for each mode 22 Education signal for each mode 23 Operation signal for each man machine 24 Customized education signal for each individual 25 Group memory

Claims (5)

[Claims] 1. An educational database in which various educational contents are stored, an educational execution unit for educating users by using the educational database, and an individual database for storing information for identifying individual users. , A man-machine device for inputting / outputting with the user of the educational device, a user database for defining the user of the educational device, and a user database for individually specifying the user of the educational device from the individual database. And an education control section having an individual management section for determining whether or not the user has the right to use the education apparatus. 2. An educational database in which various educational contents are stored, an educational execution unit for educating users by using the educational database, and a plurality of mans for inputting and outputting between a plurality of users. A machine device and a plurality of individual management units that identify users from an individual database,
Individuals or groups can be selected as the usage pattern (called a mode) of the device, the individual mode provides education for each individual, and the group mode has a mode control function for collecting users and selecting common education as a group. An educational device characterized by that. 3. An individualized education database having an education definition section and a problem definition section, an individual history database storing a user's individual usage history of an educational device, and information for identifying an individual user. Using individual database, man-machine device for inputting / outputting with user, personal education database, personal history database and personal database, personalized education setting for individual user curriculum An educational device having a section. 4. An education database in which each education content is stored, an education execution unit that uses the education database to provide education to users, and a man-machine device that inputs and outputs between the users. An individual database that stores information for identifying each user, and the background color of the screen display and the display speed when displaying explanations as an individual educational environment when the user takes education An educational device, comprising: an individual environment database for controlling an individual environment; and an individual management section having an individual environment control function for setting an individual educational environment for each user using the individual environment database. 5. An individualized education database having an education definition section and a problem definition section, an individual history database for storing information for identifying individual users, basic screen colors, commentary display format, commentary speed, etc. It is characterized by having a personal environment database for storing data, a man-machine device for inputting / outputting with a user, and a personalized educational customization function for setting an educational environment according to the degree of understanding of the user. Educational equipment.