JP7395892B2 - Electronic devices, vocabulary learning methods, and programs - Google Patents

Description

The present invention relates to, for example, an electronic device, a word learning method, and a program for effectively learning words.

Conventionally, when learning a language using learning content installed in an electronic dictionary, for example, a word is asked, the user is asked to answer the pronunciation or translation, and based on the answers, the user's weak words are determined. However, users are forced to re-learn the words they are not good at.

Japanese Patent Application Publication No. 2018-032199

Conventionally, in learning support devices such as electronic dictionaries, users can receive information based on the answers to questions in one selected learning content from among a plurality of independent learning contents that can be selected from a learning content menu (learning menu). I was able to get the child to re-learn words that he was not good at.

However, it has not been possible to make the user perform effective relearning based on a plurality of independent learning contents.

The present invention has been made in view of such problems, and provides an electronic device, a word learning method, and a program that enable users to effectively relearn based on a plurality of independent learning contents. The purpose is to provide

The electronic device according to the present invention includes:
Equipped with a processor, storage,
The processor includes:
According to the specified learning content program among multiple independent learning contents,
Output the question text contained in the specified content,
Enter the user's answer to the outputted question,
If the input answer is incorrect, the words extracted from the text of the question for which the answer was incorrect are used as review words for each of the plurality of independent learning contents. Executing learning content processing to add and store the integrated review word candidate list in the storage that is integrated and managed as candidates;
According to the integrated learning program,
When an instruction is given to execute integrated learning with review word candidates extracted from each of a plurality of independent learning contents stored in the integrated review word candidate list in the storage, the integrated review is performed. Executes an integrated learning process that outputs review word candidates included in the word candidate list.
At least one of the plurality of independent learning contents includes adding and storing words extracted from the texts of questions that were incorrectly answered to an individual review word candidate list. , is configured to execute learning processing regarding words included in the individual review word candidate list when execution of learning is instructed .

FIG. 1 is a block diagram showing the configuration of an electronic circuit of a learning support device 10 according to an embodiment of an electronic device, a word learning method, and a program of the present invention. 2 is a flowchart showing learning content processing executed by selecting any of the learning contents (13a to 13f) stored in the learning content ROM 13 of the learning support device 10. 5 is a flowchart showing integrated learning processing according to the integrated learning program 12e of the learning support device 10. In the example of a question in which a question sentence is displayed as a text, according to the integrated learning process, if the answer to the question is incorrect, important words are extracted from the text of the question sentence and review words are stored in the integrated management data RAM 17. The figure which shows the process of making it memorize|store in the account storage part 17c. In an example of a question in which a question sentence is displayed as text and output as audio, according to the integrated learning process, if the answer to a word question is incorrect, important words are extracted from the word text of the question sentence and integrated. 7 is a diagram illustrating a process of storing the question number (index) of the question in the review vocabulary book storage unit 17c in the management data RAM 17 and storing the question number (index) in the review audio playlist storage unit 17d. FIG. In the example of a question in which a question sentence is asked by voice output, according to the integrated learning process, if the answer to the question is incorrect, important words are extracted from the text of the question sentence and review words are stored in the integrated management data RAM 17. A diagram showing a process of storing the question number (index) of the question in the review audio playlist storage unit 17d as well as storing it in the book storage unit 17c. FIG. 3 is a diagram showing the operation of the learning support device 10 when execution of integrated learning is instructed according to the integrated learning process of the learning support device 10;

Embodiments of the present invention will be described below with reference to the drawings.

FIG. 1 is a block diagram showing the configuration of an electronic circuit of a learning support device 10 according to an embodiment of an electronic device, a word learning method, and a program of the present invention.

The electronic device may be configured as a learning support device 10 dedicated to learning support described below, or may include an electronic dictionary with a learning support function, a tablet-type PDA (personal digital assistant), a PC (personal computer), a mobile phone, It is configured as an e-book, a portable game machine, etc.

The electronic circuit of the learning support device 10 includes a CPU (processor) 11 that is a computer.

The CPU 11 uses programs stored in advance in a program ROM 12 and a learning content ROM 13, each of which is a storage unit such as a flash ROM, or a program read by a recording medium reading unit 14 from an external recording medium 14R such as a memory card. The operation of each part of the circuit is performed according to a program stored in the content ROM 13 or a program downloaded from a web server (program server here) 30 on the communication network N via the communication unit 15 and stored in the program ROM 12 or learning content ROM 13. Control.

The CPU 11 is connected to a program ROM 12, a learning content ROM 13, a recording medium reading section 14, and a communication section 15 via a data and control bus, as well as a work RAM 16, an integrated management data RAM 17, a key input section 18, and a touch panel display. unit 19 (display) and audio input/output unit 20 are connected.

The program ROM 12 includes programs 12a to 12d, including a system program that controls the overall operation of the learning support device 10, a text display API (API: application interface), an audio output API, an audio input API, and a text registration API. and the integrated learning program 12e.

The learning content ROM 13 stores programs and data 13a to 13f for each of a plurality of independent learning contents such as [English problem collection 500], [English problem collection 600], [English drill]... [Eiken grade 3], and further, Data 13T of the important word table is stored.
Note that the programs and data 13a to 13f for each learning content in the learning content ROM 13 are stored in advance, as described above, or are read by the recording medium reading unit 14 from an external recording medium 14R such as a memory card and are additionally stored. The information may be downloaded from the Web server 30 on the communication network N via the communication unit 15 and additionally stored.

The text display API program 12a is a program for displaying, for example, question text on the touch panel display unit 19 according to the programs and data 13a to 13f of each learning content or the integrated learning program 12e.

The audio output API program 12b is a program for outputting, for example, the audio of a question from the audio input/output unit 20 according to the programs and data 13a to 13f of each learning content or the integrated learning program 12e.

The voice input API program 12c is a program for inputting the user's voice, for example, as an answer to a question, from the voice input/output unit 20 according to the programs and data 13a to 13f of each learning content or the integrated learning program 12e.

The text registration API program 12d responds to questions input by the user in response to questions output according to any of the learning contents (13a to 13f) in the integrated learning mode when the integrated learning program 12e is started. If the answer is incorrect, the text of the question output by the touch panel display section 19 is stored in the incorrect question text storage section 17a in the integrated management data RAM 17 together with the date and time information. This is a program for storing a number (index) in the incorrect question number storage section 17b together with date and time information.

Note that, when a question output according to the learning content is output by voice, the text registration API program 12d stores the date and time information of the text corresponding to the question included in the learning content in the incorrect question text storage unit 17a. In addition, the question number (index) of the question is stored in the review audio playlist storage section 17d in the integrated management data RAM 17 together with the date and time information.

As described above, in the integrated learning mode, the integrated learning program 12e responds to questions output according to each of a plurality of independent learning contents (13a to 13f) when the answer input by the user is incorrect. This is a program for integrating and storing data related to the question (question text/question number (index)) in each storage section 17a, 17b, 17d in the integrated management data RAM 17 together with date and time information.

Furthermore, when the integrated learning program 12e is instructed to execute integrated learning in the integrated learning mode, the integrated learning program 12e stores a plurality of independent learning contents (13a to 13a to 13f) A program for executing relearning such as relearning words (word learning), replaying the problem audio (problem audio playback), and reposing the problem (problem rechallenge) based on data related to each problem. It is.

In addition, in the integrated learning mode, any of the plurality of learning contents (13a to 13f) stored in the learning content ROM 13 is selected by the name of each learning content (13a to 13f) ([English problem collection 500] [English problem collection 600] [English Drill]...[Eiken Grade 3]) is arbitrarily specified by the user when selecting and executing it from the list of learning menus, and when executing integrated learning, integrated learning mode is specified. In this state, if the user wishes to re-study based on the data regarding the questions of each of the plurality of learning contents (13a to 13f) stored in the integrated management data RAM 17, the user instructs the user to re-study.

The important word table 13T includes a plurality of predetermined important words, for example, for each of the plurality of learning contents (13a to 13f) or according to the progress stage of the problem in each of the learning contents (13a to 13f). data is stored.

The work RAM 16 has a plurality of work data storage units, such as a display text data storage unit 16a, an output audio data storage unit 16b, and an integrated learning mode flag storage unit 16c.

The display text data storage section 16a stores text data to be displayed on the touch panel display section 19 according to the text display API program 12a.

The output audio data storage section 16b stores audio data to be output from the audio input/output section 20 according to the audio output API program 12b.

The integrated learning mode flag storage unit 16c stores flag data indicating that the integrated learning mode is designated by the user.

The integrated management data RAM 17 includes, in addition to the above-mentioned incorrect question text storage section 17a, incorrect question number storage section 17b, and review audio playlist storage section 17d, a review vocabulary book storage section 17c and a word correct answer rate storage section. It has a plurality of data storage units such as 17e for integrated management.

The review vocabulary book storage unit 17c, for example, uses the CPU 11 to select the relevant answer based on the data of the text of the incorrect answer question corresponding to the plurality of learning contents (13a to 13f) stored in the incorrect answer question text storage unit 17a. Words that appear frequently (higher than a preset frequency threshold) included in the text in question are tallied, and among them, words that match the important words stored in the important word table 13T (with a predetermined degree of importance) are counted. Words that the user is not good at (candidates for review words) be memorized as

In response to an instruction to perform integrated learning, the word accuracy rate storage unit 17e performs word relearning <word learning based on words that the user is not good at (review word candidates) stored in the review vocabulary book storage unit 17c. > is executed, the CPU 11 determines and stores the user's correct answer rate for each word stored in the review vocabulary book storage section 17c.

The audio input/output unit 20 includes a microphone for inputting the user's voice, etc., and a speaker for outputting audio based on audio data stored in advance as data of the learning content (13a to 13f) or audio data recorded by the microphone. Equipped with

In the learning support device 10 configured as described above, the CPU 11 controls the operation of each part of the circuit according to instructions written in each program in the program ROM 12 and the learning content ROM 13, and the software and hardware operate in cooperation. By doing so, learning functions and integrated learning functions corresponding to each learning content (13a to 13f) are realized, as described in the operation description below.

Next, the operation of the learning support device 10 of the embodiment will be explained.

FIG. 2 is a flowchart showing learning content processing executed by selecting any of the learning contents (13a to 13f) stored in the learning content ROM 13 of the learning support device 10.

First, learning content processing in a state where the integrated learning mode has not been designated by the user and the integrated learning process (see FIG. 3) according to the integrated learning program 12e has not been activated will be described.

For example, in response to a user operation on the key input unit 18 or the touch panel display unit 19, the names of a plurality of learning contents (13a to 13f) stored in the learning content ROM 13 ([English problem collection 500] [English problem collection 600] [English Drills]... [Eiken Level 3]) is displayed on the touch panel display section 19, and when the user selects any learning content, the CPU 11 stores information in the work RAM 16. Based on whether or not an integrated learning mode flag is stored in the integrated learning mode flag storage unit 16c, it is determined whether the integrated learning mode is designated (step S1).

If it is determined that the integrated learning mode is not specified (step S1 (No)), the CPU 11 executes test processing according to the selected learning content according to the program and data of the selected learning content. The test is started (step S2), and the first question of the test is selected (step S3).

The CPU 11 specifies the question sentence of the selected question, calls the text display API program 12a, and displays the question sentence on the touch panel display section 19 (step S4).

When an answer to the question displayed on the touch panel display section 19 is input in response to a user operation (step S5), the CPU 11 inputs the answer according to the program and data of the selected learning content. The user's answer is evaluated, it is determined whether the answer is correct or incorrect, and the result of the determination is stored in the working RAM 16 (step S6).

The CPU 11 sequentially selects the next question according to the program and data of the selected learning content (step S7 (No) → S3), displays the question sentence of the selected question (step S4), and displays the question text in response to the user's operation. The process of inputting the answer (step S5), evaluating the input answer, and determining the answer (step S6) are repeatedly executed.

In addition, in the learning content being executed, if the question sentence of the selected problem is configured as audio data for listening, the CPU 11 specifies the audio data of the question sentence of the selected problem and runs the audio output API program. 12b and causes the audio input/output unit 20 to output the audio data of the question sentence (step S4).

When the CPU 11 determines that the test process has been completed by executing the process of determining the answers to all the questions included in the selected learning content (step S7 (Yes)), the CPU 11 Based on the judgment results of the answers to each question stored in the RAM 16, the test is scored, and the scoring results are displayed on the touch panel display section 19 (step S8).

Here, the selected learning content is a learning content that has a learning function based on the scoring results of the test (step S9 (Yes)), and the learning function based on the scoring results can be executed in accordance with the user operation. When instructed (step S10), the CPU 11 identifies, for example, learning words that the user is not good at, based on the scoring results and/or the determination results of each question, and It is stored as word candidate data for review of the learning content (step S11).

Using the identified word (word candidate for review), the CPU 11 displays, for example, the word and either the correct or incorrect translation of the word side by side, and provides a response that prompts the user to select [○] or [×]. A screen for relearning words that the user is not good at is displayed on the touch panel display unit 19, and a relearning process for words that the user is not good at is executed (step S12).

Here, among a plurality of independent learning contents (13a to 13f) stored in the learning content ROM 13, for example, a question that is included as a test of the learning content [English Drill] 13c and in which the question sentence is displayed as a text. An example (see FIG. 4), an example of a question that is included as a test in the learning content [English question collection 500] 13a, and in which question sentences are displayed in text and voice output (see FIG. 5), and, for example, An example of the questions (see FIG. 6) included in the test of the learning content [English question book 600] 13b and in which question sentences are asked by voice output will be briefly described.

<Example of a question in which the question sentence is displayed as a text (see Figure 4)>
Based on the question selected from the learning content [English drill] 13c, the CPU 11 displays the text of the question sentence as a question text screen GT on the touch panel display section 19, as shown in FIG. 4(A) (step S3 , S4).

When the user finishes reading the question text displayed on the question text screen GT and performs a key operation or touch operation to proceed to answer processing, the CPU 11 reads the question text as shown in FIG. 4(B). An answer selection screen GC in an alternative format [(A)(B)(C)(D)] regarding the content of is displayed on the touch panel display unit 19 (step S5).

When the user inputs an answer by touching one of the multiple-choice answer buttons (A), (B), (C), and (D) displayed at the bottom of the answer selection screen GC, ( Step S5), the CPU 11 evaluates the input answer and determines whether the answer is correct or incorrect. If the answer is correct, a correct answer mark window (not shown) with an "○" symbol is displayed, and if the answer is incorrect, the CPU 11 displays the correct answer mark window (not shown). An incorrect answer mark window MF with an "x" symbol is displayed (step S6).

<Example of questions in which question sentences are displayed as text and output as audio (see Figure 5)>
Based on the question selected from the learning content [English question collection 500] 13a, as shown in FIG. The text "contract" for the word "contract" and the text "contract" (correct answer here) corresponding to the word are displayed on the touch panel display unit 19 as the problem word text screen GW, and the word "contract" is displayed on the touch panel display unit 19 as the question word text screen GW. ” is outputted by the audio input/output unit 20 as the problem word audio WS (steps S3 and S4).

The user reads the words and translations displayed on the problem word text screen GW, listens to the problem word audio WS, and presses the correct button [○] or incorrect button [x] displayed at the bottom of the problem word text screen GW. When an answer is input by touching one of the buttons (step S5), the CPU 11 evaluates the input answer, determines whether it is correct or incorrect, and stores the result of the determination in the working RAM 16. (Step S6).

<Example of a question in which the question sentence is asked by audio output (see Figure 6)>
Based on the question selected from the learning content [English question collection 600] 13b, the CPU 11 displays an audio question screen GS on which the text [Question] is written on the touch panel display section 19, as shown in FIG. 6(A). At the same time, the audio of the question sentence “Who gave you … hall?” and the audio of the multiple-choice answer sentences “(A)…” “(B)…” “(C)…” are displayed on the problem sentence audio QS. The audio input/output unit 20 outputs the audio data as the audio input/output unit 20 (steps S3 and S4).

The user outputs the question sentence voice “Who gave you … hall?” output as the question sentence voice QS and the voice of the multiple-choice answer sentence “(A)…” “(B)…” “(C)…” When you hear this, touch one of the multiple-choice answer buttons (A), (B), and (C) displayed at the bottom of the audio question screen GS to input your answer (step S5 ), the CPU 11 evaluates the input answer and determines whether it is correct or incorrect. If the answer is correct, it displays a correct answer mark window (not shown) with an "○" symbol, and if the answer is incorrect, it displays "x". ” symbol is displayed in the incorrect answer mark window MF (step S6).

FIG. 3 is a flowchart showing integrated learning processing according to the integrated learning program 12e of the learning support device 10.

FIG. 4 shows an example of a question in which a question sentence is displayed as a text. According to the integrated learning process, if the answer to the question is incorrect, important words are extracted from the text of the question sentence and stored in the integrated management data RAM 17. It is a figure which shows the process of storing in the review word book storage part 17c.

FIG. 5 shows an example of a question in which a question sentence is displayed as text and output as voice. According to the integrated learning process, if the answer to a word question is incorrect, important words are extracted from the text of the word question sentence. It is a figure showing the process of extracting and storing it in the review vocabulary book memory|storage part 17c in integrated management data RAM17, and storing the question number (index) of the said question in the review audio playlist memory|storage part 17d.

FIG. 6 shows an example of a question in which a question sentence is asked by voice output. According to the integrated learning process, if the answer to the question is incorrect, important words are extracted from the text of the question sentence and stored in the integrated management data RAM 17. It is a diagram showing a process of storing the question number (index) of the question in the review vocabulary book storage section 17c and storing the question number (index) of the question in the review audio playlist storage section 17d.

In the integrated learning process (FIG. 3), when the integrated learning mode is specified in response to a user operation (step T1 (Yes)), the integrated learning mode flag is stored in the integrated learning mode flag storage section 16c in the working RAM 16. (Step T2).

In the learning content processing (FIG. 2), when the user selects any learning content from among the plurality of learning contents (13a to 13f) stored in the learning content ROM 13, the learning content is stored in the integrated learning mode flag storage unit 16c. When it is determined that the integrated learning mode is specified based on the integrated learning mode flag (step S1 (Yes)), the CPU 11 executes a test according to the selected learning content according to the program and data of the selected learning content. The process starts (step S13), and the first question of the test is selected (step S14).

The CPU 11 specifies the question sentence of the selected question and calls the text display API program 12a (step S15).

In the integrated learning process (FIG. 3), when it is determined that the text display API program 12a has been called (step T3 (Yes)), the CPU 11 stores the text of the question sentence in the display text data storage section 16a. It is displayed on the touch panel display section 19 (step T4).

In the learning content processing (FIG. 2), when an answer to the question displayed on the touch panel display unit 19 is input in response to a user operation (step S16), the CPU 11 selects the selected question. In accordance with the program and data of the learning content, the user's input answer is evaluated, it is determined whether the answer is correct or incorrect, and the result of the determination is stored in the working RAM 16 (step S17).

Here, if it is determined that the user's answer is incorrect (step S17 (Yes)), the CPU 11 specifies the question sentence of the selected question and calls the text registration API program 12d (step S18).

In the integrated learning process (FIG. 3), when it is determined that the text registration API program 12d has been called (step T5 (Yes)), the CPU 11 adds date and time information to the text data of the specified question sentence. , is added to and stored in the incorrect question text storage section 17a in the integrated management data RAM 17, and the question number (index) of the selected question is added with date and time information, and the incorrect answer question number in the integrated management data RAM 17 is stored. It is added and stored in the storage section 17b (step T6).

At this time, if the question sentence of the selected question is output by voice, the CPU 11 adds the question number (index) of the question, date and time information, and stores it in the review audio playlist storage section in the integrated management data RAM 17. It is also added to and stored in 17d (step T6).

After this, in the learning content processing (FIG. 2), the CPU 11 sequentially selects the next problem according to the program and data of the selected learning content (step S19 (No) → S15), and the problem statement of the selected problem. display processing (step S15), input processing of answers according to user operations (step S16), evaluation and judgment of input answers, and if the answer is incorrect, storing data related to the question into the integrated management data RAM 17 The registration process (steps S17 and S18) is repeatedly executed in conjunction with the integrated learning process (FIG. 3).

Then, when the CPU 11 determines that the test process is finished by executing the process of determining the answers to all the questions included in the selected learning content (step S19 (Yes)), the CPU 11 Based on the determination results of the answers to each question stored in the working RAM 16, the test is scored, and the scoring results are displayed on the touch panel display section 19 (step S20).

In addition, in step S17, if it is determined that the user's answer is correct (step S17 (No)), the CPU 11 stores data regarding the selected question (text of the question statement, question number) into the integrated management data RAM 17 described above. The scoring result of the question is displayed on the touch panel display section 19 based on the determination result of the answer of the question stored in the work RAM 16 without performing the registration process (step S20).

In such an integrated learning process linked to learning content processing in a state where the integrated learning mode is specified, the learning content of each of the three types of embodiments described above (see Figures 4, 5, and 6) is targeted. Assuming this case, the process of registering data regarding incorrect questions (steps S17, S18→T5, T6) will be described in more detail.

As shown in (A) and (B) of FIG. 4, in the example of the question in which the question sentence is displayed as text, if the answer to the question is incorrect, the CPU 11 displays the question text displayed on the question text screen GT. The data of the text of the question sentence is read from the display text data storage section 16a, date and time information is added, and the data is added to and stored in the incorrect question text storage section 17a in the integrated management data RAM 17. The number (index) (in this case, "English Drill_Question 2") is added and stored in the incorrect question number storage section 17b in the integrated management data RAM 17, with date and time information added thereto.

As shown in (A) of FIG. 5, in the example of the question in which the question sentence is displayed as text and output as voice, if the answer to the question is incorrect, the CPU 11 displays the question word on the question word text screen GW. reads the text data of the word that is the question sentence from the display text data storage section 16a, adds date and time information, adds it to the incorrect question text storage section 17a in the integrated management data RAM 17, and stores it. The problem number (index) of the problem (in this case, "English problem collection 500_1/8") is added with date and time information, and is stored in the incorrect problem number storage section 17b and the review audio playlist storage section in the integrated management data RAM 17. 17d and stored (see (D) in FIG. 5).

As shown in (A) of FIG. 6, in the example of the question in which the question sentence is asked by voice output, if the answer to the question is incorrect, the CPU 11 outputs the question sentence output from the voice input/output unit 20. The text data corresponding to the voice QS is read from the data of the question in the selected learning content (in this case, "English question collection 600_question 8"), date and time information is added, and the incorrect question text in the integrated management data RAM 17 is read out. At the same time, the problem number (index) of the problem (in this case, "English problem collection 600_question 8") is added to the storage unit 17a, date and time information is added, and the incorrect problem number in the integrated management data RAM 17 is stored. It is additionally stored in the storage unit 17b and the review audio playlist storage unit 17d (see (D) in FIG. 6).

In this way, the user can re-study based on the data regarding incorrect answers among the multiple types of learning content questions that the user has arbitrarily performed. When execution of integrated learning is instructed according to the user's operation (step T7 (Yes)), the CPU 11 displays the integrated learning mode menu screen GR on the touch panel as shown in (A) of FIG. It is displayed on the formula display section 19 (step T8).

FIG. 7 is a diagram showing the operation of the learning support device 10 when execution of integrated learning is instructed according to the integrated learning process of the learning support device 10.

As shown in FIG. 7(A), the integrated learning mode menu screen GR includes, for example, three types of integrated learning menus: [Review vocabulary] RW, [Review by listening to audio] RS, and [Review questions]. Challenge] RQ is written.

When [Review words] RW is selected on the integrated learning mode menu screen GR (step T8<word learning>), the CPU 11 stores the incorrect question text in the integrated management data RAM 17 in the incorrect question text storage section 17a. The frequency of appearance of each word included in the text data is tallied (step T9).

The CPU 11 extracts words that match important words stored in the important word table 13T in the learning content ROM 13 (words whose importance level is higher than a predetermined value) from among words whose appearance frequency is higher than a preset threshold. (identification), and adds date and time information when the text containing the word was stored and information on the number of times the word has been extracted to date to the extracted word. candidates) in the review wordbook storage unit 17c (step T10) (see (C) and (D) in FIG. 4, (B) and (C) in FIG. 5, and (B) and (C) in FIG. 6). .

Note that in response to a question in the learning content that has text data stored in the incorrect question text storage unit 17a, if the learning content includes an important word collection, the text data of the incorrect question is For each word included in the important word collection (words with a certain level of importance or higher), date and time information at the time the text was stored and information on the number of times the same word has been extracted to date are added to create review word candidates. It may also be stored in the review word book storage unit 17c as a review vocabulary book storage unit 17c.

Based on each word stored in the review wordbook storage unit 17c, the CPU 11 selects words based on predetermined selection criteria, for example, words in order from the newest (or oldest) word in the date and time information added to each word. is displayed on the touch panel display unit 19 as the word review screen GRW, as shown in FIG. (Step T11).

Note that the CPU 11 executes relearning processing in chronological order based on the date and time information added to each word based on the determined selection criteria for each word stored in the review vocabulary book storage unit 17c. Instead, the relearning process may be executed in descending order of the number of extractions added to the same word, or the user's response rate for each word stored in the word accuracy storage unit 17e may be Based on the current accuracy rate, for example, the relearning process may be performed in the order of words with the lowest accuracy rate (step T11). According to this, it is possible to prioritize and re-learn words that the user is not good at.

Note that the relearning process for each word stored in the review vocabulary book storage unit 17c involves activating a learning content that has a question sentence from which each word has been extracted, and updating the activated learning content with respect to each word. A configuration may be adopted in which learning is performed by instructing execution.

Further, when RS of [Listen to the audio and review] is selected on the integrated learning mode menu screen GR shown in (A) of FIG. For example, as shown in FIG. 7(C), the question number (index) of each question for which the question sentence stored in the review audio playlist storage unit 17d is asked by voice output is added to the question number. The audio review list screen GRL is displayed on the touch panel display unit 19 as an audio review list screen GRL that is listed in chronological order based on the date and time information.

Then, the CPU 11 updates each question of the corresponding learning content stored in the learning content ROM 13 with new (or old) date and time information according to the question number (index) of each question listed on the audio review list screen GRL. The added questions are designated in order, and the voice input/output unit 20 reproduces the audio of the question sentences corresponding to the designated questions (step T12).

Thereby, the user is made to listen to the audio of each problem sentence for each question that was answered incorrectly in past learning by audio output, in the chronological order of the incorrect answers, and is made to re-learn.

Note that the CPU 11 chronologically sorts the question sentences based on the date and time information added to each question number for each question to be asked by voice output corresponding to each question number stored in the review audio playlist storage unit 17d. Rather than performing the relearning process by audio playback, the relearning process is performed in order from the audio playback of question sentences that contain many words with a low accuracy rate (words that the user is not good at) stored in the word accuracy rate storage unit 17e. It may be configured to execute the process (step T12).

Further, when [Re-challenge the problem] RQ is selected on the integrated learning mode menu screen GR shown in (A) of FIG. According to the question number (index) of each question stored with date and time information added to the incorrect question number storage unit 17b, each question of the corresponding learning content stored in the learning content ROM 13 is updated to the new (or old) date and time. The questions of the question numbers to which information is added are specified in order (or randomly), and the specified learning content questions are executed, for example, as shown in FIG. 7(D) (step T13).

FIG. 7D shows the question re-challenge screen GRQ in which the question number "English Drill_Question 1-4" included in the learning content [English Drill] 13c in the learning content ROM 13 is executed.

Thereby, the user can integrate and re-study questions of each learning content that were answered incorrectly in past learning by selecting [Retry the question] RQ on the integrated learning mode menu screen GR.

(Summary of embodiments)
Therefore, according to the integrated learning process of the learning support device 10 of the embodiment, according to a plurality of independent learning contents (13a to 13f), for example, English, the test included in each learning content (13a to 13f) selected by the user is In the process of executing each question, when the integrated learning mode is specified, if the user's answer input to the question is incorrect, the question text that was displayed or audibly output when the same question was asked will be used. The text to be added to the incorrect question text storage section 17a in the integrated management data RAM 17 is stored.

Then, when the execution of integrated learning is instructed by a user operation, the text of each incorrectly answered question stored in the incorrectly answered question text storage unit 17a is a word whose appearance frequency is equal to or higher than the threshold value, and the corresponding word is Words that match the important words stored in the important word list of the problem or the important word table 13T (words with a predetermined degree of importance or higher) are extracted and stored in the review vocabulary book storage section 17c in the integrated management data RAM 17 for review. Each word stored as a word candidate in the review vocabulary book storage section 17c is sequentially displayed on the touch panel display section 19 as a word review screen GRW. As a result, a plurality of independent learning contents (13a to 13f) are targeted, and the user is made to relearn important words included in questions that the user answered incorrectly in past learning.

Further, according to the integrated learning process of the learning support device 10 of the embodiment, the integrated learning mode is specified in the process of executing each question of the test included in each learning content (13a to 13f) selected by the user. In this state, if the user's answer to the question is incorrect, the question number (index) of the learning content question with the same incorrect answer is added to the incorrect question number storage section 17b in the integrated management data RAM 17. and memorize it.

Then, when the execution of integrated learning is instructed by the user's operation and the <Question Retry> is instructed, the question number (index) of each learning content that was incorrectly answered is stored in the incorrectly answered question number storage unit 17b. Accordingly, the questions of the corresponding learning content will be re-run.

Thereby, the user can sequentially re-study the questions for which the user answered incorrectly among the questions included in the plurality of learning contents (13a to 13f) learned in the past.

Further, according to the integrated learning process of the learning support device 10 of the embodiment, the integrated learning mode is specified in the process of executing each question of the test included in each learning content (13a to 13f) selected by the user. In this state, if the user's answer to a question whose question text is output as audio is incorrect, the question number (index) of the learning content question with the same incorrect answer is displayed in the review audio playback in the integrated management data RAM 17. It is added and stored in the list storage section 17d.

Then, when the execution of integrated learning is instructed by the user operation and the <Question Audio Playback> is further instructed, the question number (index ), the audio of the question sentences of the corresponding learning content will be played.

As a result, the user can read the question text for the questions for which the user's answer was incorrect among the questions that are included in the multiple learning contents (13a to 13f) studied in the past and for which the question text is output as audio. You can relearn by outputting the audio sequentially.

Therefore, according to the learning support device 10 of the embodiment, it is possible to integrate the answer results of questions in each of a plurality of independent learning contents and allow the user to perform effective re-learning.

In the embodiment, when execution of integrated learning is instructed by a user operation, if the appearance frequency included in the text of each incorrect answer stored in the incorrect answer question text storage unit 17a is equal to or higher than the threshold value, Words that match important words stored in the important word collection or important word table 13T of the problem (words with a predetermined degree of importance or higher) are extracted and are stored in the review vocabulary book in the integrated management data RAM 17. The configuration is such that the storage unit 17c stores them as review word candidates.

However, the present invention is not limited to this, and in accordance with the user's arbitrary learning content, if the user's answer input to a question is incorrect, the incorrect answer question text storage unit 17a stores the question text for which the user's answer was incorrect. As texts are added and stored, words whose appearance frequency is equal to or higher than a threshold value are included in the text of each question that was incorrectly answered when executing the plurality of learning contents stored in the incorrectly answered question text storage unit 17a. It may also be configured to extract words whose importance is equal to or higher than a predetermined level and to store them in the review vocabulary book storage section 17c in the integrated management data RAM 17 as review word candidates.

The methods of each process by the electronic device (learning support device 10) described in each of the above embodiments, that is, the learning content processing shown in the flowchart of FIG. 2, the integrated learning processing shown in the flowchart of FIG. External programs such as memory cards (ROM cards, RAM cards, etc.), magnetic disks (floppy (registered trademark) disks, hard disks, etc.), optical disks (CD-ROM, DVD, etc.), semiconductor memories, etc. that can be executed by a computer are It can be stored and distributed on a recording device medium. Then, the computer (CPU) of the electronic device loads the program recorded on the medium of this external storage device into the storage device, and the operation is controlled by the loaded program, thereby performing the learning function described in each of the above embodiments. It is possible to realize an integrated learning function and perform similar processing using the method described above.

Furthermore, the program data for realizing each of the above methods can be transmitted in the form of a program code over a communication network (N), and can be transmitted from a computer device (program server) connected to this communication network (N). The above-described learning function and integrated learning function can also be realized by importing the data of the program into an electronic device and storing it in a storage device.

The present invention is not limited to the embodiments described above, and can be modified in various ways without departing from the spirit of the invention at the implementation stage. Further, each of the embodiments includes inventions at various stages, and various inventions can be extracted by appropriately combining the plurality of disclosed constituent elements. For example, even if some constituent features are deleted from all the constituent features shown in each embodiment or some constituent features are combined in a different form, the problem stated in the column of problems to be solved by the invention If the problem can be solved and the effect described in the column of effects of the invention can be obtained, a structure in which this constituent feature is deleted or combined can be extracted as an invention.

Below, the invention described in the original claims of the present application will be added.

[Additional note 1]
Equipped with a processor, storage,
The processor includes:
According to the specified learning content program among multiple independent learning contents,
Output the question text contained in the specified content,
Enter the user's answer to the outputted question,
If the input answer is incorrect, the words extracted from the text of the question for which the answer was incorrect are used as review words for each of the plurality of independent learning contents. Executing learning content processing to add and store the integrated review word candidate list in the storage that is integrated and managed as candidates;
According to the integrated learning program,
When an instruction is given to execute integrated learning with review word candidates extracted from each of a plurality of independent learning contents stored in the integrated review word candidate list in the storage, the integrated review is performed. Output review word candidates included in the word candidate list, execute integrated learning processing,
Electronic equipment configured as follows.

[Additional note 2]
The processor includes:
According to the program of each learning content, words whose appearance frequency is above a threshold value or words whose importance is above a predetermined value are extracted from among the plural words included in the text of the question that was answered incorrectly and used for the integrated review. Either words are stored in a word candidate list, or words that have been extracted a number of times equal to or higher than a threshold value or have a predetermined importance are stored in the integrated review word candidate list according to the integrated learning program. Select and output the above words,
The electronic device according to supplementary note 1, which is configured as follows.

[Additional note 3]
The integrated learning process includes final review based on predetermined selection criteria from among a plurality of review word candidates extracted from a plurality of independent learning contents included in the integrated review word candidate list. select review words and perform learning processing on the selected review words;
The electronic device according to appendix 1 or 2, which is configured as follows.

[Additional note 4]
In the integrated learning process, when executing the learning process regarding the selected final review word, the learning content from which the review word has been extracted is activated, and the learning content related to the review word is executed for the activated learning content. instruct the execution of learning,
The electronic device according to appendix 3, which is configured as follows.

[Additional note 5]
The storage stores a plurality of learning content programs,
The processor is capable of adding and storing a new learning content program in the storage, and executes the learning content processing according to the newly added learning content program.
The electronic device according to any one of Supplementary Notes 1 to 4, which is configured as follows.

[Additional note 6]
At least one of the plurality of independent learning contents includes adding and storing words extracted from the texts of questions that were incorrectly answered to an individual review word candidate list. , when execution of learning is instructed, executing a learning process regarding words included in the individual review word candidate list;
The electronic device according to any one of Supplementary notes 1 to 5, which is configured as follows.

[Additional note 7]
When the integrated learning mode is specified, each learning content program adds and stores words extracted from the texts of questions that were incorrectly answered to the integrated review word candidate list; If the integrated learning mode is not specified, words included in the text of the incorrectly answered question are not added to and stored in the integrated review word candidate list;
The electronic device according to any one of Supplementary Notes 1 to 6, which is configured as follows.

[Additional note 8]
At least one of the plurality of independent learning contents includes, when the integrated learning mode is not specified, a word extracted from the text of the incorrectly answered question to the learning content. Adding and storing words to an individual review word candidate list, and executing learning processing regarding words included in the individual review word candidate list when instruction to perform learning is given;
The electronic equipment described in Appendix 7, which is configured as follows.

[Additional note 9]
The processor includes:
If the input answer is incorrect, extract words whose appearance frequency is equal to or higher than a threshold value and whose importance is equal to or higher than a predetermined value from among multiple words included in the text of the question for which the input answer was incorrect. ,
The electronic device according to supplementary note 1, which is configured as follows.

[Additional note 10]
The processor includes:
storing the extracted word as a review word candidate in an integrated review word candidate list in the storage together with information on the number of times the word has been extracted;
When the integrated review word candidate list extracted from each of a plurality of independent learning contents is stored in the integrated review word candidate list in the storage and an instruction is given to execute integrated review, the integrated review word candidate list is stored in the integrated review word candidate list in the storage. Outputting review word candidates included in the word candidate list based on the extracted number of times;
Supplementary Note 1 is an electronic device configured as follows.

[Additional note 11]
Equipped with a display
The processor includes:
displaying the question text included in the specified content on the display;
When an instruction is given to execute integrated learning with review word candidates extracted from each of a plurality of independent learning contents stored in the integrated review word candidate list in the storage, the integrated review is performed. displaying review word candidates included in the review word candidate list on the display;
The electronic device according to supplementary note 1, which is configured as follows.

[Additional note 12]
Equipped with a speaker,
The processor includes:
causing the speaker to output audio corresponding to the text in question included in the specified content;
The electronic device according to supplementary note 1, which is configured as follows.

[Additional note 13]
The processor includes:
If the input answer is incorrect, storing an index in the specified content of the question for which the answer was incorrect in the storage;
When execution of the integrated learning is instructed as re-study of a problem in a state where the index extracted for each of a plurality of independent learning contents is stored in the storage, the index is stored in the storage. re-executing the question corresponding to the index included in the content based on;
The electronic device according to supplementary note 1, which is configured as follows.

[Additional note 14]
The processor includes:
If the input answer is incorrect after outputting the audio corresponding to the text of the question included in the specified content from the speaker, an index in the content of the question that was the incorrect answer; is stored in the storage as an audio playlist,
In a state where the indexes extracted for each of a plurality of independent learning contents are stored as the audio playback list in the storage, when execution of the integrated learning is instructed as playback of problem audio, the index is stored in the storage as the audio playback list. Based on the index stored as an audio playback list, output a problem sound corresponding to the index included in the content from the speaker;
The electronic device according to appendix 12, configured as follows.

[Additional note 15]
Each of the plurality of independent learning contents outputs the text of a question included in the content, inputs a user's answer to the question, and performs a test process to determine whether the input answer is correct or incorrect. It has a function that the processor executes,
The processor includes:
When test processing using any of the plurality of learning contents is executed,
When the input answer is incorrect, words extracted from the text of the question for which the answer was incorrect are added to an integrated review word candidate list in the storage and stored;
outputting review word candidates included in the integrated review word candidate list when execution of the integrated learning is instructed in a state where no test processing of the plurality of learning contents is executed;
The electronic device according to supplementary note 1, which is configured as follows.

[Additional note 16]
Processors in electronic devices with storage allow
According to the specified learning content program among multiple independent learning contents,
Output the question text contained in the specified content,
Enter the user's answer to the outputted question,
If the input answer is incorrect, the words extracted from the text of the question for which the answer was incorrect are used as review words for each of the plurality of independent learning contents. Executing learning content processing to add and store the integrated review word candidate list in the storage that is integrated and managed as candidates;
According to the integrated learning program,
When an instruction is given to execute integrated learning with review word candidates extracted from each of a plurality of independent learning contents stored in the integrated review word candidate list in the storage, the integrated review is performed. Output review word candidates included in the word candidate list, execute integrated learning processing,
A vocabulary learning method.

[Additional note 17]
electronic device processor with storage,
According to the specified learning content program among multiple independent learning contents,
Output the question text contained in the specified content,
Enter the user's answer to the outputted question,
If the input answer is incorrect, the words extracted from the text of the question for which the answer was incorrect are used as review words for each of the plurality of independent learning contents. Execute learning content processing to add and store the integrated review word candidate list in the storage that is integrated and managed as candidates;
According to the integrated learning program,
When an instruction is given to execute integrated learning with review word candidates extracted from each of a plurality of independent learning contents stored in the integrated review word candidate list in the storage, the integrated review is performed. Output review word candidates included in the word candidate list, execute integrated learning processing,
A program to make it work like this.

10...Electronic equipment (learning support device)
11...CPU (processor)
12...Program ROM (storage)
12a... API program for text display 12b... API program for audio output 12c... API program for audio input 12d... API program for text registration 12e... Integrated learning program 13... Learning content ROM (storage)
13a-13f…Learning content (program and data)
13T...Important word table 14R...External recording medium (storage)
14...Recording medium reading unit 15...Communication unit 16...Working RAM (storage)
16a...Display text data storage section 16b...Output audio data storage section 16c...Integrated learning mode flag storage section 17...Integrated management data RAM (storage)
17a... Incorrect question text storage section 17b... Incorrect question number storage section 17c... Review vocabulary book storage section 17d... Review audio playlist storage section 17e... Word correct answer rate storage section 18... Key input section 19... Touch panel display Department (display)
20...Audio input/output section 30...Web server N...Communication network (Internet)

Claims (18)

Equipped with a processor, storage,
The processor includes:
According to the specified learning content program among multiple independent learning contents,
Output the question text contained in the specified content,
Enter the user's answer to the outputted question,
If the input answer is incorrect, the words extracted from the text of the question for which the answer was incorrect are used as review words for each of the plurality of independent learning contents. Executing learning content processing to add and store the integrated review word candidate list in the storage that is integrated and managed as candidates;
According to the integrated learning program,
When an instruction is given to execute integrated learning with review word candidates extracted from each of a plurality of independent learning contents stored in the integrated review word candidate list in the storage, the integrated review is performed. Executes an integrated learning process that outputs review word candidates included in the word candidate list.
At least one of the plurality of independent learning contents includes adding and storing words extracted from the texts of questions that were incorrectly answered to an individual review word candidate list. , when execution of learning is instructed, executing a learning process regarding words included in the individual review word candidate list;
Electronic equipment configured as follows. Equipped with a processor, storage,
The processor includes:
According to the specified learning content program among multiple independent learning contents,
Output the question text contained in the specified content,
Enter the user's answer to the outputted question,
If the input answer is incorrect, the words extracted from the text of the question for which the answer was incorrect are used as review words for each of the plurality of independent learning contents. Executing learning content processing to add and store the integrated review word candidate list in the storage that is integrated and managed as candidates;
According to the integrated learning program,
When an instruction is given to execute integrated learning with review word candidates extracted from each of a plurality of independent learning contents stored in the integrated review word candidate list in the storage, the integrated review is performed. Executes an integrated learning process that outputs review word candidates included in the word candidate list.
When the integrated learning mode is specified, each learning content program adds and stores words extracted from the texts of questions that were incorrectly answered to the integrated review word candidate list; If the integrated learning mode is not specified, words included in the text of the incorrectly answered question are not added to and stored in the integrated review word candidate list;
Electronic equipment configured as follows. The processor includes:
According to the program of each learning content, words whose appearance frequency is above a threshold value or words whose importance is above a predetermined value are extracted from among the plural words included in the text of the question that was answered incorrectly and used for the integrated review. Either words are stored in a word candidate list, or words that have been extracted a number of times equal to or higher than a threshold value or have a predetermined importance are stored in the integrated review word candidate list according to the integrated learning program. Select and output the above words,
The electronic device according to claim 1 or 2, configured as follows. The integrated learning process includes final review based on predetermined selection criteria from among a plurality of review word candidates extracted from a plurality of independent learning contents included in the integrated review word candidate list. select review words and perform learning processing on the selected review words;
The electronic device according to any one of claims 1 to 3, configured as follows. In the integrated learning process, when executing the learning process regarding the selected final review word, the learning content from which the review word has been extracted is activated, and the learning content related to the review word is executed for the activated learning content. instruct the execution of learning,
The electronic device according to claim 4, configured as follows. The storage stores a plurality of learning content programs,
The processor is capable of adding and storing a new learning content program in the storage, and executes the learning content processing according to the newly added learning content program.
The electronic device according to any one of claims 1 to 5, configured as follows. At least one of the plurality of independent learning contents includes, when the integrated learning mode is not specified, a word extracted from the text of the incorrectly answered question to the learning content. Adding and storing words to an individual review word candidate list, and executing learning processing regarding words included in the individual review word candidate list when instruction to perform learning is given;
The electronic device according to claim 2, configured as follows. The processor includes:
If the input answer is incorrect, extract words whose appearance frequency is equal to or higher than a threshold value and whose importance is equal to or higher than a predetermined value from among multiple words included in the text of the question for which the input answer was incorrect. ,
The electronic device according to claim 1 or 2, configured as follows. The processor includes:
storing the extracted word as a review word candidate in an integrated review word candidate list in the storage together with information on the number of times the word has been extracted;
When the integrated review word candidate list extracted from each of a plurality of independent learning contents is stored in the integrated review word candidate list in the storage and an instruction is given to execute integrated review, the integrated review word candidate list is stored in the integrated review word candidate list in the storage. Outputting review word candidates included in the word candidate list based on the extracted number of times;
The electronic device according to claim 1 or 2, configured as follows. Equipped with a display
The processor includes:
displaying the question text included in the specified content on the display;
When an instruction is given to execute integrated learning with review word candidates extracted from each of a plurality of independent learning contents stored in the integrated review word candidate list in the storage, the integrated review is performed. displaying review word candidates included in the review word candidate list on the display;
The electronic device according to claim 1 or 2, configured as follows. Equipped with a speaker,
The processor includes:
causing the speaker to output audio corresponding to the text in question included in the specified content;
The electronic device according to claim 1 or 2, configured as follows. The processor includes:
If the input answer is incorrect, storing an index in the specified content of the question for which the answer was incorrect in the storage;
When execution of the integrated learning is instructed as re-study of a problem in a state where the index extracted for each of a plurality of independent learning contents is stored in the storage, the index is stored in the storage. re-executing the question corresponding to the index included in the content based on;
The electronic device according to claim 1 or 2, configured as follows. The processor includes:
If the input answer is incorrect after outputting the audio corresponding to the text of the question included in the specified content from the speaker, an index in the content of the question that was the incorrect answer; is stored in the storage as an audio playlist,
In a state where the indexes extracted for each of a plurality of independent learning contents are stored as the audio playback list in the storage, when execution of the integrated learning is instructed as playback of question audio, the index is stored in the storage as the audio playback list. Based on the index stored as an audio playback list, output a problem sound corresponding to the index included in the content from the speaker;
The electronic device according to claim 11, configured as follows. Each of the plurality of independent learning contents outputs the text of a question included in the content, inputs a user's answer to the question, and performs a test process to determine whether the input answer is correct or incorrect. It has a function that the processor executes,
The processor includes:
When test processing using any of the plurality of learning contents is executed,
When the input answer is incorrect, words extracted from the text of the question for which the answer was incorrect are added to an integrated review word candidate list in the storage and stored;
outputting review word candidates included in the integrated review word candidate list when execution of the integrated learning is instructed in a state where no test processing of the plurality of learning contents is executed;
The electronic device according to claim 1 or 2, configured as follows. Processors in electronic devices with storage allow
According to the specified learning content program among multiple independent learning contents,
Output the question text contained in the specified content,
Enter the user's answer to the outputted question,
If the input answer is incorrect, the words extracted from the text of the question for which the answer was incorrect are used as review words for each of the plurality of independent learning contents. Executing learning content processing to add and store the integrated review word candidate list in the storage that is integrated and managed as candidates;
According to the integrated learning program,
When an instruction is given to execute integrated learning with review word candidates extracted from each of a plurality of independent learning contents stored in the integrated review word candidate list in the storage, the integrated review is performed. Executes an integrated learning process that outputs review word candidates included in the word candidate list.
At least one of the plurality of independent learning contents includes adding and storing words extracted from the texts of questions that were incorrectly answered to an individual review word candidate list. , when execution of learning is instructed, executing a learning process regarding words included in the individual review word candidate list;
A vocabulary learning method. electronic device processor with storage,
According to the specified learning content program among multiple independent learning contents,
Output the question text contained in the specified content,
Enter the user's answer to the outputted question,
If the input answer is incorrect, the words extracted from the text of the question for which the answer was incorrect are used as review words for each of the plurality of independent learning contents. Executing learning content processing to add and store the integrated review word candidate list in the storage that is integrated and managed as candidates;
According to the integrated learning program,
When an instruction is given to execute integrated learning with review word candidates extracted from each of a plurality of independent learning contents stored in the integrated review word candidate list in the storage, the integrated review is performed. Executes an integrated learning process that outputs review word candidates included in the word candidate list.
At least one of the plurality of independent learning contents includes adding and storing words extracted from the texts of questions that were incorrectly answered to an individual review word candidate list. , when execution of learning is instructed, executing a learning process regarding words included in the individual review word candidate list;
A program to make it work like this. Processors in electronic devices with storage allow
According to the specified learning content program among multiple independent learning contents,
Output the question text contained in the specified content,
Enter the user's answer to the outputted question,
If the input answer is incorrect, the words extracted from the text of the question for which the answer was incorrect are used as review words for each of the plurality of independent learning contents. Executing learning content processing to add and store the integrated review word candidate list in the storage that is integrated and managed as candidates;
According to the integrated learning program,
When an instruction is given to execute integrated learning with review word candidates extracted from each of a plurality of independent learning contents stored in the integrated review word candidate list in the storage, the integrated review is performed. Executes an integrated learning process that outputs review word candidates included in the word candidate list.
When the integrated learning mode is specified, each learning content program adds and stores words extracted from the texts of questions that were incorrectly answered to the integrated review word candidate list; If the integrated learning mode is not specified, words included in the text of the incorrectly answered question are not added to and stored in the integrated review word candidate list;
A vocabulary learning method. electronic device processor with storage,
According to the specified learning content program among multiple independent learning contents,
Output the question text contained in the specified content,
Enter the user's answer to the outputted question,
If the input answer is incorrect, the words extracted from the text of the question for which the answer was incorrect are used as review words for each of the plurality of independent learning contents. Execute learning content processing to add and store the integrated review word candidate list in the storage that is integrated and managed as candidates;
According to the integrated learning program,
When an instruction is given to execute integrated learning with review word candidates extracted from each of a plurality of independent learning contents stored in the integrated review word candidate list in the storage, the integrated review is performed. Executes an integrated learning process that outputs review word candidates included in the word candidate list.
When the integrated learning mode is specified, each learning content program adds and stores words extracted from the texts of questions that were incorrectly answered to the integrated review word candidate list; If the integrated learning mode is not specified, words included in the text of the incorrectly answered question are not added to and stored in the integrated review word candidate list;
A program to make it work like this.