JP2000338849A - Device for studying and training system - Google Patents

Abstract

PROBLEM TO BE SOLVED: To obtain a device for a studying and training system capable of shortening an exercise problem preparing time sharply by automatically preparing an exercise problem based on a teaching material file. SOLUTION: This device has a means 17 for retrieving free keywords and extracting the keywords from teaching materials made up of text data, a means 30 for specifying keywords which are made to be vermiculation from among the extracted keywords, a file 16 for registering a vermiculation keyword for every file name of an exercise problem, a means 31 for preparing an exercise problem in which the specified keywords are made to be vermiculation and a means 32 registering the signs assigned to vermiculation places in the file 16.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a training system for supporting training using a computer, and more particularly to a training system for easily preparing and executing training materials for exercises, which are essential functions of training. .

[0002]

2. Description of the Related Art Various companies have been required to provide a training system for transferring skills to newly assigned employees or those who have been assigned to a new company. And so on.

FIG. 9 is a block diagram showing a conventional training system device for creating teaching materials and exercises used in the above-mentioned training. In the figure, 10
Reference numeral 1 denotes commercially available teaching material file data stored in a recording medium such as an FD, 102 denotes a reference book serving as a reference for creating teaching materials, 1
03 is a paper-based teaching material which is selected / revised as a paper-based teaching material from the reference book 102, 104 is a teaching material file data selected as necessary from the commercially available teaching material file data 101 or a teaching material created based on the reference book 102 File data 105 is an image data file for creating teaching materials created by scanning the paper-based teaching material 103, 106 is created by modifying the teaching material file data 104 and 105 as necessary, and is created by the training system 100. A learning material file data 107 to be used is a learning material / practice problem registration unit for registering learning materials and exercises in the training system 100, and a training execution unit 108 for executing an execution program for supporting training in the training system 100. Reference numeral 109 denotes commercially available exercise problem file data stored in a recording medium such as an FD, 110 denotes a reference book which is used as a reference for preparing the exercise, and 111 denotes a selection / revision of the exercise from the reference book 110 in paper form. Paper-based exercises, 112 is exercise file data selected as needed from commercially available exercise file data 109 or exercise file data created based on reference book 110, and 113 is paper-based exercise 111. An image data file 114 for creating exercises created by scanning is exercise file data used for confirming the degree of understanding in the training system 100.

Next, the operation will be described. The creator of the teaching material selects the necessary teaching material from the teaching material file data 101 stored in a commercially available recording medium, or refers to the teaching material creation reference book 102 or the like to create the teaching material file data 104.
Then, the necessity of figures and graphs, the file format, and the like are examined, and if necessary, the file is revised and the teaching material file data 106 is created. Further, the teaching material is selected / revised (paper-based teaching material 3) from the teaching material creation reference book 102 while keeping the paper base, and the image data file 10 for creating the teaching material is selected.
5, the necessity of figures and graphs, the file format, etc. are examined, and if necessary, the file is revised, and the teaching material file data 106 is created.

[0005] The creator of the exercises selects necessary questions from the exercise problem file data 109 stored on a commercially available recording medium, or refers to the exercise problem reference book 110 or the like to read the exercise problem file data. The file 112 is created, the necessity of figures and graphs, the file format, and the like are examined, and if necessary, the file is revised and the exercise question file data 114 is created. In addition, exercise problem reference book 1
Exercises are selected / revised (paper-based exercises 111) from paper 10, and an image data file 113 for preparing exercises is created by scanning, and the necessity and file format of figures and graphs are examined. , If necessary, make revisions to the file,
Create 4.

[0006] The teaching material file data 106 and the exercise problem file 114 created as described above are registered in the system by the teaching material / exercise problem registration unit 107 of the training system 100, and an execution program for supporting the training by the training execution unit 108 is provided. Operate. The execution program that supports the training shows the teaching materials and manages the progress of each individual, displays the exercises and manages the scores of each individual, etc. By using the system, the individual can proceed with the training.

[0007]

In the conventional training system apparatus, as described above, in order to create an exercise,
Humans had to manually select, revise, and create questions one by one, which required a lot of effort to create the problem, resulting in inefficiencies and considerable time. .

The present invention has been made in order to solve the above-mentioned problems, and a training system that can automatically create an exercise based on teaching material data and can greatly reduce the time required for creating an exercise. The aim is to obtain a device.

[0009]

According to the present invention, a free keyword search means for extracting a keyword from an arbitrary teaching material file composed of text data, and the extracted keyword are registered together with the name of the corresponding teaching material file. A keyword database means, a display means for displaying keywords registered in the keyword database means on the screen for each teaching material file name, and, from the displayed keywords, a keyword which the user wants to be wormy in the exercise, Keyword designation means for inputting the name of the file, the wormy keyword data storage means in which the designated keyword is registered along with the name of the practice problem file, and the practice problem file based on the contents of the wormy keyword data storage means. Is specified in An exercise problem creating means for creating an exercise problem in which the keyword is made wormy, and a wormy place registering means for registering a symbol assigned to the place where the worm is eaten in correspondence with the keyword and registering it in the wormy keyword data storage means. Training system equipment.

[0010] Further, a frequency extracting means for extracting the frequency of the keyword extracted by the free keyword searching means,
With reference to the difficulty setting means for setting the number of frequencies for each difficulty provided in a plurality of stages, and the frequency extracted by the frequency extraction means and the number of frequencies set by the difficulty setting means A difficulty registering means for determining the difficulty level of the keyword and registering the keyword in the worm-eating keyword data storage means. In each case, an exercise is created in which the designated keyword is made wormy.

[0011] The present invention further comprises a dummy data registering means for registering a dummy candidate to be used as an answer choice of the exercise, wherein the exercise creation means creates a keyword and a dummy candidate which are wormy when creating the answer choice. Create random answer choices.

[0012] Dummy candidates are registered in the dummy data registration means for each of the difficulty levels provided in a plurality of stages.

Further, the present invention saves the figure and description sentence from a given teaching material file by storing a description and figure designation means for designating a plurality of figures and explanations corresponding to the figure, and the designated figure and description. And a description management unit for registering the correspondence between the description and the description, and a verification problem generating unit for randomly rearranging the diagram and the description to generate a verification problem between the diagram and the description. It is a training system device.

The teaching material file includes text data and figure data.

[0015] The teaching material file is composed of image data.

Further, a free keyword search means for extracting a keyword from an arbitrary teaching material file composed of text data, a keyword database means for registering the extracted keyword together with a name of the corresponding teaching material file, and a keyword database means Display means for displaying the keywords registered in the field on the screen for each teaching material file name, and from among the displayed keywords, a keyword that the user wants to be wormy in the exercise, and a name for inputting the name of the exercise file. The keyword designation means, the worm-eating keyword data storage means in which the designated keyword is registered together with the name of the exercise problem file, and the designated keyword for each exercise problem file based on the contents of the worm-eating keyword data storage means When And exercises creating means for creating exercise was the Furiate was symbols on where you and wormholes, in correspondence with the keyword further comprises a worm-eaten location registration means for registering the vermicular keyword data storage unit.

[0017]

DESCRIPTION OF THE PREFERRED EMBODIMENTS Embodiment 1 FIG. 1 is a block diagram showing a configuration of a training system device according to Embodiment 1 of the present invention. Hereinafter, Embodiment 1 will be described with reference to FIG.
It will be described based on. In FIG. 1, reference numeral 14 denotes a teaching material file, which is text data whose file name is [Transformer]. Reference numeral 17 denotes a free keyword search unit for searching for a keyword based on the teaching material file 14 to create a keyword database. Reference numeral 15 denotes a keyword database file created as a result of executing the function of the free keyword search unit 17 on the teaching material file 14. In addition, a teaching material file name corresponding to each keyword is managed. The same keyword can correspond to a plurality of teaching material files. Reference numeral 16 denotes a worm-eating keyword data file that manages a keyword specified by the user and a symbol for determining the worm-eating place for each exercise problem file name. Reference numeral 6 denotes an exercise problem file, which is an exercise problem based on the worm-eating keyword data file 16 in which keywords are worm-eating for each teaching material file name. 6a
Is a sentence of an exercise that uses the keyword as worms.
b is an option to be in the worm-eating place of the sentence.
Reference numeral 30 denotes a keyword display / designating means for displaying keywords based on the keyword database file 15, specifying a keyword that the user wants to be wormy, and registering the specified keyword in the wormy keyword data file 16. is there. Numeral 31 is an exercise creating means for automatically creating an exercise based on the worm-eating keyword data file 16. Numeral 32 is a description of what keyword was in the place where the worm was eaten when creating the exercise. Is a worm-eating place registering means for registering the symbol assigned to the worm-eating place in the worm-eating keyword data file 16 so that the worm-eating keyword data file 16 can be identified. 33 is an exercise problem creating means 31
The exercise problem registration means registers the exercise created by the above. The execution program 34 supports the training. In this execution program, display of teaching materials and progress management for each individual, display of exercises and score management for each individual, etc. are performed, and by using the training system device,
You can proceed with the training individually.

Next, the operation will be described with reference to FIG.
In step S1, the function of the free keyword search means 17 is executed on the teaching material file 14 having the teaching material name of "transformer" and composed of text data. The free keyword search means 17 is a means for searching from any text file.
It is a tool that automatically removes nouns and verbs that are determined to make sense only by a single word by removing particles, exclamations, and the like. When the function of the free keyword search means 17 is executed, the keywords are extracted, the keywords and the teaching material file names corresponding to the keywords are compiled into a database, and registered in the keyword database file 15 (result R1).

Next, in step S2, a keyword display /
The specifying unit 30 displays a keyword corresponding to each teaching material file name on the screen based on the keyword database file 15 created in step S1, and the user specifies a keyword that the user wants to be wormy. At this time, the user also inputs the file name of the exercise using the keyword display / designation unit 30. The specified keyword is the worm-eating keyword data file 1.
6 is registered with the corresponding exercise problem file name (result R2).

In step S3, the exercise problem creating means 31 automatically creates an exercise problem in which the keyword is wormy for each exercise problem file name based on the wormy keyword data file 16 registered in step S2 (result). R3). In addition, the symbol assigned to the worm-eating place by the worm-eating location data means 16 by the worm-eating location data means 16 so that it is possible to determine what the keyword of the corresponding place is when the worm is eaten (this symbol is a specific symbol). Contains the sentence 6a in the exercise file 6.
A, i, c, d, e) are registered. This is to make it possible to determine which keyword, that is, the answer to the exercise problem. The worm-eating option 6b displays the keywords in random order per file. The exercise created automatically in this way is registered in the exercise registration means 33, and the exercise is executed by the training executing means 34 (result R3).

As described above, Embodiment 1 of the present invention
In the training system device shown in the above, when creating an exercise for a test to confirm the level of understanding, a free keyword search is performed on the teaching material file 14 composed of text data, and keywords in the teaching material are extracted. Since it is possible to automatically create an exercise in which a designated keyword is used as an worm, it is possible to efficiently create the exercise without requiring any labor, and to greatly reduce the time required to create the exercise.

Embodiment 2 FIG. In the first embodiment described above, the case where the keyword is extracted by executing the free keyword search unit 17 has been described. In the second embodiment, the frequency of each keyword is also adjusted when the free keyword search unit is executed. An example will be described in which an exercise problem is created for each difficulty level based on frequency by extracting the exercise questions.

Embodiment 2 will be described with reference to FIG.
In FIG. 4, reference numeral 17A denotes a free keyword search unit that extracts a word serving as a keyword from the teaching material file 14 (see FIG. 1) and also extracts the frequency of each keyword, and 18 denotes a free keyword search unit that is extracted by the keyword search unit 17A. This is a keyword / frequency database file for managing the keywords and the frequencies, and the extracted keywords and frequencies are managed together with the corresponding teaching material file names. The frequency can be set to either the number of occurrences in one teaching material or the number of occurrences in all teaching materials, and either method can be selected. The same keyword can correspond to a plurality of teaching material files. 35
Is a difficulty level setting means for the user to set the number of frequencies for each difficulty level. 0019 is
This is a difficulty setting file in which the frequencies for each difficulty set by the difficulty setting means 35 are registered. In the example of FIG. 3, a frequency of 1 is defined as “difficulty” of difficulty.
When the frequency is two times, the difficulty level is “normal”, and when the frequency is three or more times, the difficulty level is “easy”.

Reference numeral 36 denotes a difficulty registering means for determining the difficulty of the extracted keyword from the keyword / frequency database file 18 and the difficulty setting file 19 and registering the extracted keyword in a difficulty-specific worm-eating keyword data file 20 described later. . Numeral 20 denotes an insect-eating keyword data file for each difficulty level, which is equivalent to the insect-eating keyword data file 16 described in the first embodiment with additional difficulty data. It manages the symbols for determining the degree and the worm-eating place. 37 is a dummy data registration unit for inputting dummy option data as a candidate for an answer option,
Reference numeral 21 denotes a difficulty-specific option dummy data file for managing the dummy option data input by the dummy data registration unit 37 for each exercise problem file name / difficulty. 6A, 6B, and 6C have difficulty levels of “difficult”,
Exercise problem files for "Pu" and "Easy". Based on the worm-eating keyword database file 20 for each difficulty level and the option dummy data file 21 for each difficulty level, keywords are created for each teaching material file name / difficulty as worms. Exercise questions. Reference numeral 30 denotes the keyword display / designation unit described in the first embodiment.

Next, the operation will be described with reference to FIG.
In step S10, when the user sets the number of frequencies for each difficulty level using the difficulty level setting unit 35, the frequency for each difficulty level is registered in the difficulty level setting file 19 (result R10). When the free keyword search means 17A is executed in step S11, the keyword and the frequency are extracted, the corresponding teaching material file names are made into a database, and the keyword / frequency database file 1 is created.
8 is created (result R11). In step S12, based on the keyword / frequency database file 18 in step S11 and the difficulty level setting file 19 in step S10, the keyword display / designation unit 30 and the difficulty level registration unit 36 assign each of the exercise problem file names and keywords. Then, a difficulty-specific worm-eating keyword database file 20 for managing the difficulty is created (result R12).

In step S13, a dummy candidate of an answer choice of an exercise is input by the dummy data registering means 37 for each exercise file name / difficulty and registered in the option dummy data file 21 for each difficulty (result). R1
3). In step S14, the exercise problem creating means 3 is based on the insect-eating keyword database file 20 for each difficulty level.
In step 1 (not shown, see FIG. 1), exercises 6A, 6B, and 6C are automatically created for each exercise file name / difficulty level, in which the corresponding keyword in the teaching material file is made wormy (result R14). The worm-eating place registration unit 32 registers the symbol of the worm-eating place in the difficulty-eating worm-eating keyword database file 20 so that it is possible to determine what the keyword of the corresponding place is at the time of this worm-eating.
This is to make it possible to determine which keyword, that is, the answer to the exercise problem.
The worm-eating options display the dummy keywords and the correct keywords in random order based on the difficulty-based worm-eating keyword database file 20 and the difficulty-based option dummy data file 21. The exercise created automatically in this way is registered in the exercise registration means 33.
(Not shown, see FIG. 1).
(Not shown, see FIG. 1), an exercise is executed (result R14).

As described above, in the training system according to this embodiment, when performing a free keyword search, not only the keyword but also the frequency thereof is extracted,
Based on that frequency, we select keywords to be wormy,
Since it is possible to automatically and easily create exercise questions according to the degree of difficulty, it is possible to greatly reduce the time required to create exercise questions.

In this embodiment, an example has been described in which a dummy candidate is input for each difficulty level. However, for simplicity, a dummy candidate may be simply input without determining the difficulty level. In addition, a dictionary based on keywords in all the teaching materials or a commercially available term dictionary is provided in the training system device, and the user automatically selects an appropriate dummy candidate from the dictionary without inputting the dummy candidate. You may make it select and create. Further, in the first embodiment as well, mixing dummy options with answer choices may be applied.

Embodiment 3 Third Embodiment A third embodiment of the present invention will be described with reference to FIG. In FIG. 5, 14A, 14
B and 14C have file names of [generator],
This is a teaching material file of [electric motor] and [transformer], and is composed of text data and diagram data. The figure data is graphic data or CAD data created by various graphic software or the like. Reference numerals 1, 2, and 3 are explanatory sentences in which a range of a part of a sentence composed of text data of the teaching material files 14A, 14B, and 14C is designated. Reference numeral 22 is a correspondence data file of the explanatory text and the figure in which a management number is assigned to the specified explanatory texts 1, 2, 3 and the figure, and their correspondence is managed. The specified explanatory text and each file of the figure are saved with the management number as the file name, and can be read out based on the management number (by providing a table for managing the correspondence between the management number and the file name). , It is also possible to name the file arbitrarily). By creating the correspondence data file 22 between the explanatory note and the figure in this manner, it is possible to determine which explanatory note corresponds to which figure, that is, which answer to the exercise problem. Numeral 38 is an explanation / diagram managing means, and when the explanations 1, 2 and 3 and the corresponding figure are designated by the user from the teaching material files 14A, 14B and 14C, the explanation data and the corresponding data file 22 of the figure are stored. In addition to the creation, each file of the explanatory note and the figure is stored with the management number as a file name. 6D is an exercise problem file, which is created based on the specified explanatory note and figure, and is an exercise problem for selecting a correspondence. 31A creates an exercise 6D in which the specified explanatory text and the figure are randomly rearranged separately, and which of the rearranged figures corresponds to the rearranged explanatory text is created. This is a way to create exercise questions.

Next, the operation will be described. Next, the operation will be described with reference to FIG. In step S20, the teaching material files 14A, 14B, 1
When the user specifies a description and a figure corresponding to the description on 4C, a management number is assigned to each of them by the description / figure management means 38, and the correspondence is registered in the corresponding data file 22 for the description and the figure. At the same time, the files for each explanation and figure are saved with the management number as the file name. (By providing a table for managing the correspondence between the management number and the file name, it is possible to name the file arbitrarily. Yes) (Result R20). Next, in step S21,
The user selects a plurality of explanations to be made into one exercise from the correspondence data file 22 between the explanations registered in step S20 and the diagram (result R21).

At step S22, the exercise preparing means 31
A, the description 1, 2, 3 specified in step S21
Is randomly permuted. Further, based on the description data and the corresponding data file 22 of the description, the specified description 1,
The order corresponding to figures 2 and 3 is randomly changed. Next, the corresponding explanatory text and each file of the figure are read out, and an exercise that allows the user to select which of the permuted figures corresponds to the permuted explanatory text is automatically created. The exercise created automatically in this way is registered in the exercise registration means 33 (not shown, see FIG. 1), and the exercise is executed by the training executing means 34 (not shown, see FIG. 1) ( Result R22).

As described above, Embodiment 3 of the present invention
In the training system device in the above, the user specifies the figure in the teaching material created by the text data and the explanatory note corresponding to the figure, and randomly rearranges the figure and the explanatory note,
Since it is possible to automatically create a collation problem between an explanatory sentence and a diagram, it is possible to greatly reduce the time required to create an exercise.

Embodiment 4 FIG. In the first to third embodiments described above, the case where the teaching material file 14 is configured by text data is described. In the fourth embodiment, the case where the teaching material file is configured by image (raster) data is described. Embodiment 4 will be described with reference to FIG. In FIG. 7, reference numerals 24A, 24B, and 24C denote learning material files, each of which is composed of image (raster) data. 22A is the designated description 10, 2
Management numbers are assigned to 0, 30 and the corresponding figures,
It is a corresponding data file of an explanatory note and a figure managing the correspondence. Each image file of the explanatory note and the figure is stored with the management number as a file name, and can be read out based on the management number (by providing a table for managing the correspondence between the management number and the file name). , It is also possible to name the file arbitrarily). An exercise file 6E is an exercise file for selecting a correspondence based on a specified explanatory note and a diagram. 38A is a description / diagram management means, which is a teaching material file 24A including image data,
24B and 24C, the explanatory texts 10, 20, and 30 and the corresponding figure are designated, and the explanatory data and the figure corresponding data file 2
2A is created, and each file of the explanatory note and the figure is saved with the management number as a file name. 31B
Creates an exercise 6E in which the specified explanatory text and the figure are randomly rearranged separately, and the user can select which of the rearranged figures corresponds to the rearranged explanatory text. Exercise problem creation means.

Next, the operation will be described with reference to FIG.
In step S30, when the explanatory sentences 10, 20, and 30 and the corresponding figure are cut out and specified on the teaching material files 24A, 24B, and 24C composed of image (raster) data, the explanatory sentence / diagram managing unit 38A manages the explanatory text. A number is assigned, and the correspondence is registered in the correspondence data file 22A of the explanatory note and the figure. The description file and each image file of the figure are saved with the management number as the file name (the file name can be arbitrarily given by providing a table for managing the correspondence between the management number and the file name). (Result R30). At step S31, step S
Data file 22 corresponding to the description and the figure registered in 30
The user selects a plurality of explanations to be made into one exercise problem from A (result R31). In step S32, the order of the description specified in step S31 is randomly changed. Further, the correspondence data file 22A between the explanatory note and the figure
, The order of the figures corresponding to the specified explanation is randomly changed. The exercise problem creating means 31B reads out the corresponding explanatory text and the image file of the figure, and automatically creates an exercise that allows the user to select which of the permuted figures corresponds to the permuted explanatory text. . The exercise created automatically in this way is registered in the exercise registration means 33 (not shown, see FIG. 1), and the exercise is executed by the training executing means 34 (not shown, see FIG. 1) ( Result R32.)

As described above, Embodiment 4 of the present invention
In the training system device, the figure and the description are specified and cut out by the user for the teaching material of the image data, the file is saved, the figure file and the description file are rearranged at random, and the description is compared with the figure. Since questions can be created automatically, the time required to create exercises can be significantly reduced.

It should be noted that all of the functions of the above-described first to fourth embodiments are combined so that both the exercise problem in which the keyword is devoured and the collation problem between the explanatory note and the figure are prepared. A configuration may be used in which one is determined by selection.

[0037]

According to the present invention, there are provided a free keyword search means for extracting a keyword from an arbitrary teaching material file composed of text data, and a keyword database means for registering the extracted keyword together with the name of the corresponding teaching material file. Display means for displaying the keywords registered in the keyword database means on the screen for each teaching material file name, and, from the displayed keywords, a keyword which is desired to be wormy in the exercise, and a name of the exercise file. Keyword designating means for inputting, a designated keyword is registered for each of the practice problem files based on the content of the wormy keyword data storage means registered with the name of the practice problem file, and the content of the wormy keyword data storage means. Keywords An exercise problem creating means for creating an exercise problem to be eaten; and a vermin eating place registering means for registering a symbol assigned to the place to be eaten by a keyword and registering the symbol in a vermin keyword data storage means. When creating an exercise, you can perform a free keyword search on the educational material created with text data, extract the keywords in the educational material, and automatically create an exercise that takes the specified keyword as a worm. Therefore, an exercise can be efficiently created with a small amount of labor, and the time required to create the exercise can be significantly reduced.

A frequency extracting means for extracting the frequency of the keyword extracted by the free keyword searching means;
With reference to the difficulty setting means for setting the number of frequencies for each difficulty provided in a plurality of stages, and the frequency extracted by the frequency extraction means and the number of frequencies set by the difficulty setting means A difficulty registering means for determining the difficulty level of the keyword and registering the keyword in the worm-eating keyword data storage means. In each case, an exercise is created that takes the designated keyword as worms, so when performing a free keyword search, not only keywords but also frequencies are extracted, and keywords that are worms are selected based on the frequencies. In addition, since it is possible to automatically create exercise questions according to the degree of difficulty, it is possible to greatly reduce the time required to create exercise questions.

Further, there is further provided dummy data registration means for registering a dummy candidate to be used for an answer choice of an exercise, wherein the exercise creation means associates the worm-eating keyword and the dummy candidate when creating the answer choice. Since the answer choices are created by randomly mixing the answer choices, it is possible to mix dummy candidates with the answer choices, and it is possible to easily and efficiently create a high-quality exercise.

Also, the dummy candidates are registered in the dummy data registration means for each of the difficulty levels provided in a plurality of stages, so that the dummy candidates are selected based on the difficulty level, and the answer choices are made. Therefore, it is possible to efficiently and easily create exercises with different degrees of difficulty in a short time.

Further, according to the present invention, an explanation / designating means for designating a plurality of figures and explanations corresponding to the figures from an arbitrary teaching material file, and the designated figures and explanations are stored. An explanatory note / figure managing means for registering a correspondence relationship between the figure and the explanatory note, and a collation problem creating means for randomly rearranging the figure and the explanatory note to create a collation problem between the figure and the explanatory note, The user can specify the figures and explanations for the figures in the teaching material file, rearrange the figures and explanations at random, and automatically create a matching question between the explanations and the figures. Time can be greatly reduced.

Further, since the teaching material file is composed of text data and figure data, the user can easily specify a description or a figure on the screen using a mouse or the like, and can copy the data as necessary. Improvements can also be made easily.

Further, since the teaching material file is composed of image data, the user can easily specify a description or a figure on the screen using a mouse or the like, and
By scanning various paper-based teaching materials and the like, they can be easily used as teaching material files. Therefore, the range of types used as teaching materials is widened, and the teaching material files can be selected and used widely.

Further, a free keyword search means for extracting a keyword from an arbitrary teaching material file composed of text data, a keyword database means for registering the extracted keyword together with a name of the corresponding teaching material file, and a keyword database means Display means for displaying the keywords registered in the field on the screen for each teaching material file name, and from among the displayed keywords, a keyword that the user wants to be wormy in the exercise, and a name for inputting the name of the exercise file. The keyword designation means, the worm-eating keyword data storage means in which the designated keyword is registered together with the name of the exercise problem file, and the designated keyword for each exercise problem file based on the contents of the worm-eating keyword data storage means When And a worm-eating place registering means for registering in the worm-eating keyword data storage means the symbol assigned to the worm-eating place corresponding to the keyword. Therefore, it is possible to create both an exercise problem in which the keyword is devoured and a collation problem between the explanatory note and the diagram, and the user can determine which one to create by selection. Can be created easily and efficiently, and the time required to create exercises can be greatly reduced.

[Brief description of the drawings]

FIG. 1 is a block diagram showing a configuration of a training system device according to Embodiment 1 of the present invention.

FIG. 2 is a flowchart showing an operation of the training system according to the first embodiment of the present invention.

FIG. 3 is a block diagram showing a configuration of a training system device according to Embodiment 2 of the present invention.

FIG. 4 is a flowchart showing an operation of the training system device according to the second embodiment of the present invention.

FIG. 5 is a block diagram showing a configuration of a training system device according to Embodiment 3 of the present invention.

FIG. 6 is a flowchart showing the operation of the training system according to Embodiment 3 of the present invention.

FIG. 7 is a block diagram showing a configuration of a training system device according to Embodiment 4 of the present invention.

FIG. 8 is a flowchart showing the operation of the training system according to Embodiment 4 of the present invention.

FIG. 9 is a block diagram showing a configuration of a conventional training system device.

[Explanation of symbols]

14, 14A, 14B, 14C, 24A, 24B, 24
C teaching material file, 15 keyword database file, 16 worm-eating keyword data file, 17
Free keyword search means, 18 keyword / frequency database file, 19 difficulty setting file, 20
Insect-eating keyword database file by difficulty level, 2
1 Difficulty option dummy data file, 22, 22
A data file for correspondence between explanatory texts and figures, 30 keyword display / designation means, 31, 31A, 31B exercise problem creation means, 32 bug eating place registration means, 35 difficulty setting means, 36 difficulty level database creation means, 37 dummy data Creation means, 38, 38A Description / drawing management means.

Claims (8)

[Claims] 1. A free keyword search means for extracting a keyword from an arbitrary teaching material file composed of text data; a keyword database means for registering the extracted keyword together with a name of the corresponding teaching material file; Display means for displaying the keywords registered in the keyword database means on the screen for each of the teaching material file names; and, from among the displayed keywords, a keyword which the user wants to be wormy in the exercise, and Keyword designation means for inputting a name; a worm-eating keyword data storage means in which the specified keyword is registered together with the name of the exercise file; and the exercise problem based on the contents of the worm-eating keyword data storage means. File In addition, an exercise problem creating means for creating an exercise problem in which the specified keyword is made wormy, and a symbol assigned to the place where the worm is eaten is associated with the keyword, and stored in the wormy keyword data storage means. A training system device comprising: an insect-eating place registration means for registration. 2. A frequency extracting means for extracting the frequency of the keyword extracted by the free keyword searching means, and a difficulty setting means for setting the number of times of the frequency for each difficulty provided in a plurality of stages. With reference to the frequency extracted by the frequency extraction unit and the number of times of the frequency set by the difficulty level setting unit, the difficulty level of the keyword is determined and registered in the worm-eating keyword data storage unit. A difficulty registering means; and an exercise in which the exercise problem creating means, based on the contents of the worm-eating keyword data storage means, uses the designated keyword as an insect worm for each of the exercise problem file and the difficulty level. 2. The training system apparatus according to claim 1, wherein the question is created. 3. The method according to claim 1, further comprising: a dummy data registering unit for registering a dummy candidate to be used as an answer choice of the exercise.
The training system device according to claim 1 or 2, wherein the keyword that is determined to be wormy and the dummy candidate are randomly mixed to create an answer option. 4. The training system apparatus according to claim 3, wherein said dummy candidate is registered in said dummy data registering means for each of a plurality of difficulty levels. 5. A description / diagram designating means for designating a plurality of figures and explanatory texts corresponding to the above-mentioned drawings from an arbitrary teaching material file, and storing the specified above-mentioned drawings and the above-mentioned explanatory texts,
An explanation / diagram management means for registering the correspondence between the above-mentioned figure and the above-mentioned explanation, and a collation problem which creates a collation between the above-mentioned figure and the above-mentioned explanation by randomly rearranging the above-mentioned figure and the above-mentioned explanation A training system device comprising: a creation unit; 6. The training system according to claim 5, wherein said teaching material file is composed of text data and figure data. 7. The training system according to claim 5, wherein said teaching material file is composed of image data. 8. A free keyword search means for extracting a keyword from an arbitrary teaching material file composed of text data, a keyword database means for registering the extracted keyword together with a name of the corresponding teaching material file, Display means for displaying the keywords registered in the keyword database means on the screen for each of the teaching material file names; and, from among the displayed keywords, a keyword which the user wants to be wormy in the exercise, and Keyword designation means for inputting a name; a worm-eating keyword data storage means in which the specified keyword is registered together with the name of the exercise file; and the exercise problem based on the contents of the worm-eating keyword data storage means. File In addition, an exercise problem creating means for creating an exercise problem in which the specified keyword is made wormy, and a symbol assigned to the place where the worm is eaten is associated with the keyword, and stored in the wormy keyword data storage means. The training system apparatus according to any one of claims 5 to 7, further comprising: a worm-eating place registering means for registering.