JPS6145357A - Input display system for answer of homonym of conversational learning system - Google Patents

Abstract

PURPOSE:To improve the learning efficiency while giving hints to actual various correct answers at proper levels, by applying a tile turn-over system using description of KANA (Japanese syllabary) characters. CONSTITUTION:When a learner supplies the KANA characters of an answer every character through a keyboard 3 with key operations, an answer check part 6 checks whether the input KANA characters are coincident or not with those characters included in each correct answer incorporated in a correct answer table 10. Then the KANA characters are written at the same positions in a store area 11 corresponding to the positions of all coincident characters. The input answer data of the input answer store area 11 are delivered and displayed to a display device 4 via a homonym control part 7 and a correct answer tile table 12. A display processing part 8 reads the input answer data corresponding to an array of tiles at the surface side out of the area 11 based on the information of the table 12. These input answer data are displayed in a color tile pattern of a multiplex structure.

Description

[Detailed Description of the Invention] [Industrial Application Field] The present invention relates to an interactive learning system suitable for learning in which answers are entered in text, such as in journal entry practice in accounting, and in particular, an interactive learning system that uses a tile-turning method. In the learning system,
This invention relates to an answer input display method when multiple correct answers occur due to the existence of synonyms.

[Problems to be solved by conventional technology and inventions] For example, an interactive learning system for practicing accounting journal entries can be used to learn journal entries for various transaction examples and necessary account title names (
This is an extremely effective means of gaining an understanding of the subject (hereinafter referred to as the subject name) in a short period of time.

In such an interactive learning system, when a transaction example is displayed on the display screen, the learner makes a journal entry for the transaction example and manually enters the subject name of the answer. The system then determines whether the answer is correct or not and displays the result.

In this case, conventional methods for answering manually include displaying multiple subject names, including the correct answer, in advance, and having the learner manually input only the option number, or directly inputting the subject name for the answer. It had been taken. However, with the former method, it is difficult to accurately grasp the level of understanding of the learner because even learners who do not remember the subject name can answer to some extent, and with the latter method, there are no hints. Because it requires perfect answering skills,
The problem was that it was too difficult for learners who had not yet reached a sufficient level of learning.

[Means for solving problems]

Therefore, the present invention employs a tile-turning method using kana character notation, and simultaneously turns over the tiles in all positions where the same kana character is found in the correct answer for one kana character entered manually by key, and displays that kana character. This solves the above-mentioned problem by providing hints for correct answers.

The present invention further provides means for displaying tiles in a multiplexed manner when there are multiple correct answers due to the existence of synonyms, thereby facilitating the identification of synonyms and the selection thereof. The specific configuration for this purpose is that in an interactive learning system that allows synonymous answers, there is a correct answer storage means that stores all correct answers including synonyms for one question in kana characters, and display processing means for displaying in advance each retained correct answer in an array of tiles of the same number as the number of kana characters in the kana character notation, and displaying a correct answer having a synonym in an image of a multi-structure tile array in which tiles are stacked; , an answer checking means that compares the inputted kana characters character by character with each kana character notation stored in the correct answer storage means and detects all character positions where the same kana character exists and the kana character; , an input answer storage means for sequentially storing the kana character position detected by the answer checking means and the kana character, and selecting one synonym according to an instruction for a correct answer having a synonym;
The display processing means is provided with synonym control means for associating the answer kana characters with the front side tile array of the multi-structure tile array, and the display processing means converts the answer kana characters stored in the input answer storage means into the already displayed tiles and tile arrays. The correct answer that has a synonym is displayed at the corresponding character position in the array, and for a correct answer that has a synonym, the above answer kana character is displayed only for one synonym selected by the synonym control means in the front tile array of the multi-structure tile array. It is characterized by displaying.

〔Example〕

The details of the present invention will be explained below according to an embodiment of an accounting learning system.

First, the principle of the tile turning method according to the present invention will be explained as follows.
This will be explained using figures.

Figure 2 (a) shows the initial state of the answer input display field when the subject names are "cash" and "current account" as a result of journalizing the transaction example. ing. 21 and 22 in the figure represent an image of tiles in which the kana characters of ``genkin'' and ``tozakokin'' are respectively written upside down and lined up, and the number of kana characters matches the number of tiles. Furthermore, tiles 23 and 24 each represent the number of characters in the subject name in kanji notation. These tiles give the learner a hint as to how many letters the correct subject name consists of.

The kana characters for the answer are entered one character at a time, and the order in which they are entered is free. Even if the same character appears in multiple locations, you only need to do it manually once. Therefore, if the learner first presses the "N" key, the three corresponding tiles are turned over and "N" is displayed there, as shown in FIG. 2(b). Next, when the "ki" key is pressed, two corresponding tiles are turned over and "ki" is displayed there, as shown in FIG. 2(C). Next, when you press the voiced mark "'' key, the corresponding two tiles are turned over as shown in Figure 2 (dl).
“″” is displayed.

If there is no tile that corresponds to the input kana character, it will be counted separately as one error. In this way,
Finally, all the tiles indicated by 21 are turned over and "Genkin" is displayed, and all the tiles indicated by 22 are also turned over and "Tozayokin" is displayed. After this, a message to the effect that the answer was correct is output, and a kanji notation is output by converting kana to kanji.

The third part is an example of an actual display screen, and FHL
This example shows a case where synonyms do not exist due to compatibility. In the figure, 31 is the transaction journal practice format, 3
2 is a question transaction example display column, 33 is an answer display column, 34 is a question status display column, and 35 is a menu and message display column.

The learner looks at the transaction example display a32, journalizes the transaction example on the question, and enters the required subject name and journal amount (credit, debit) in the answer display column 33.

The correct answer for the transaction example shown in FIG. 3 is as follows.

(Debit) Current account (tozayokin) 3,000.0
OO (Credit) Securities (Yukashoken) 2.531
, 250 (〃) Gains from sale of securities (yukasho kenbaikyakueki) 468.750 The number of questions in one practice unit is set to, for example, 20, and how many questions have been answered and how many questions remain are: Question status display column 3
4 is displayed as a stack image in “Not yet” and “Completed”. Note that execution control is performed in a conventional manner using the menu and message display field 35.

Next, an explanation will be given of an answer input display method when a subject name has a synonym. In general, accounting account names are:
Subject names vary greatly from company to company and from scholar to scholar, and it is nearly impossible to unify the subject names required for a certain journal entry into one that will satisfy everyone. However, an accounting learning system cannot be called a practical system unless you are impressed with this point. In the present invention, this problem is solved by multiple structuring of tile arrays.

When recognizing synonyms, use an image where a row of tiles of a certain color is placed below a row of tiles of a certain color that is visible on the front surface of the display screen, for example, a part of the tile on the back side is visible. indicate. Then, by operating a predetermined key, it is possible to move any hidden tile arrangement to the front side, and on the other hand, it is possible to move the tile arrangement that was on the front side to the rear side so that it is hidden.

Figure 4 shows an example of tile display when there are such synonyms, and the two synonyms in kana characters for the subject name "Accounts Payable" are "Kaikakekin" and "Kaigakekin". be.

In FIG. 4, (al) shows the case where the quill arrangement of "Kaikakekin" is on the front side, and (t)l shows the case where the tile arrangement of "Kaigakekin" is on the front side.

41-1 to 41-6 are tiles corresponding to "Kaikakekin", respectively, and are displayed in red, for example. Furthermore, tiles 42-1 to 42-7 each correspond to "Kaigakekin", and are displayed in blue, for example. Both figures (a) and (b) show a state in which a correct answer has finally been given, and in both cases, no characters are displayed in the initial state.

It is assumed that the learner attempts to input the subject name "accounts payable" consciously, for example, as "kaikakekin" after executing the journal entry. In this case, if the answer input display field on the initial screen is in the state shown in FIG.
After confirming that the number of -6 matches the number of characters in ``Kaikakekin'', and assuming that ``Kaikakekin'' is the correct answer, input kana characters using the method described in FIG. 2.

However, if the initial screen is in the state shown in Fig. 4(b), the number of characters of "Kaikakekin" is 0 on the front tile 42-
Although the number of tiles 1 to 42-7 does not match, it does match the number of tiles 41-1 to 41-6 on the back side.
& recognized, and as a result, tiles 41-1 to 41-6 on the back side
Attempt to enter an answer based on.

For this reason, control is first performed to replace the tiles 41-1 to 41-6 on the back side with the tiles 42-1 to 42-7 on the front side, and then the kana characters described in FIG. 2 are input.

FIG. 1 is a block diagram of a system according to an embodiment of the present invention. In the figure, 1 is a learning processing device, 2 is a problem file, 3 is a keyboard, 4 is a display device, 5 is an input buffer, 6 is an answer check section, 7 is a synonym control section, 8 is a display processing section, and 9 is a memory , 10 is a correct answer table, 11 is an input answer storage area, and 12 is a correct answer tile table.

To briefly explain the operating functions, the problem file 2 stores a large number of problem data, and the problem data selected by means not shown are 1 and 2? The questions are taken out, and the questions are asked and answered in the learning processing device 1.

The contents of the correct answer table 10 are part of the question data,
Contains correct answer numbers, synonym numbers, and kana character notation. If a subject name in the journal entry result has multiple synonyms, each synonym is given a common correct answer number and a synonym number for identifying each synonym.

In other words, in the illustrated example, "Kaikakekin" and "Kaikakekin" are synonyms with the same correct answer, and the correct answer number is "17".
0'', the former is distinguished by a synonym number "0", and the latter by a synonym number "l".

The input answer storage area 11 holds human answer data displayed on the display, that is, tile information. This storage area 11 stores the correct answer number, synonym number, and kana character notation for each correct answer, and the kana character notation is a blank space of the size of a tile corresponding to the number of kana characters in the correct answer subject name at the start of journal entry. . When the learner manually inputs the kana surname of the answer one character at a time from the keyboard 3, the answer checker 6 is notified via the input buffer 5, and the answer checker 6 inputs the kana characters entered into each character in the correct answer table 1o. It is checked whether or not it matches the kana character in the correct answer, and the kana character is written in the same position in the storage area 11 corresponding to all the character positions that matched.

In this case, all correct answers including synonyms are simultaneously checked and indented. Writing of kana characters in the storage area 11 is displayed on the display screen as characters on the surface of tiles that appear after the tiles are turned over.

The input answer data in the input answer storage area 11 is sequentially read out and output and displayed on the display device 4 by the display processing unit 8. However, in the case of a correct answer that has a synonym, one of the answers specified by the learner is displayed. Only synonyms are displayed in the output. This control is performed by the synonym control unit 7 and the correct answer tile table 1.
2.

The correct answer tile table 12 shows which synonyms each of the tile array on the front side displayed on the display screen and the tile array after it corresponds to,
These correspondences (indicated by arrows) are cyclically switched by the synonym control unit 7 when, for example, a special key provided on the keyboard 3 is operated. It will be done.

The display processing unit 8 reads the input answer data corresponding to the front side tile array from the input answer storage area 11 based on the information of the correct answer tile table 12, and displays it in a multi-structure tile pattern as shown in FIG. Display in color.

If the learner wants to swap the front tile arrangement displayed on the display with the back tile arrangement (or one of the back tile arrangements if there are multiple back tile arrangements), use the key operations described above to switch the synonym control section. 7 to rewrite the arrows in the correct answer tile table 12. By this rewriting, the input answer data read out from the input answer storage area 11 by the display processing unit 8 is changed to that newly designated for the front tile array.

〔Effect of the invention〕

As described above, according to the present invention, it is possible to allow synonymous answers while using the tile-turning method, and to efficiently learn while giving hints at an appropriate level for a variety of practical correct answers. In addition to making it possible to perform the following tasks, it is also possible to reliably judge the learning effect.

[Brief Description of the Drawings] Fig. 1 is a configuration diagram of a system according to an embodiment of the present invention, Fig. 2 is a diagram explaining the principle of the tile turning method according to the present invention, Fig. 3 is a diagram showing an example of a display screen, FIG. 4 is an explanatory diagram of a tile arrangement with a multiple structure. In the figure, 1 is a learning processing device, 2 is a question file, 3 is a keyboard, 4 is a display device, 5 is an input buffer, 6
1 is an answer check section, 7 is a synonym control section, 8 is a display processing section, 9 is a memory, 10 is a correct answer table, 11 is an input answer storage area, and 12 is a correct answer tile table. Patent applicant Fujitsu Ltd. Representative Patent Attorney Fumihiro Hase (1 other person) 4th

Claims (1)

[Claims] In an interactive learning system that allows synonymous answers, a correct answer storage means stores all correct answers including synonyms for one question in kana characters, and a kana character is used for each correct answer stored in the correct answer storage means. A display processing means that displays in advance an array of tiles with the same number of tiles as the number of kana characters in the character notation, and displays a correct answer having a synonym as an image of a multi-layer structure tile array in which tiles are overlapped; An answer checking means that compares each kana character notation stored in the correct answer storage means character by character and detects all character positions where the same kana character exists and the kana character, and an input answer storage means for sequentially storing the kana character position and the corresponding kana character, and a synonym for selecting one synonym based on an instruction for a correct answer having a synonym and associating it with the front side tile array of the multi-structure tile array. The display processing means displays the answer kana characters stored in the input answer storage means at the corresponding character positions in the already displayed tile array, and at this time displays the correct answer having a synonym. A synonym answer input display in an interactive learning system, characterized in that the answer kana characters for only one synonym selected by the synonym control means are displayed in the front tile array of the multi-structure tile array. method.