JP6006449B1 - Language learning system, language learning method, program, and computer storage medium - Google Patents

Abstract

A language learning system and a language learning method for a learner to learn a language efficiently are provided. A course that a learner takes through the language learning system includes one or more reading lessons and one or more conversation lessons. Further, the reading lesson is composed of a combination of teaching material data including text data and audio sample data, and mode data defining a practice method. The language learning system 1 performs a conversation lesson with a course management processing unit 310 for setting a course, a reading aloud attendance processing unit 330 for performing a reading aloud lesson, a reading aloud correction processing unit 331 for correcting a reading aloud lesson. The conversation attendance processing unit 340 and the conversation evaluation processing unit 341 for evaluating conversation lessons. [Selection] Figure 3

Description

  The present invention relates to a language learning system for a learner to learn a language, a language learning method using the language learning system, a program for executing the language learning method, and a computer storage medium storing the program.

  In recent years, with the development of network systems such as the Internet, various means for learning languages online have been developed. In particular, the importance of reading aloud learning is increasing in acquiring a language, and means focusing on such reading aloud learning have been proposed.

  For example, Patent Literature 1 proposes a pronunciation practice support method using a pronunciation practice support system that is communicably connected to a learner's terminal device. In this pronunciation practice support method, voice data input from a terminal device by a learner is acquired, and the pronunciation of the learner included in the voice data is evaluated. Then, the content is edited according to the evaluation result, and the edited content is presented to the learner's terminal device.

  Further, for example, in Patent Document 2, normal Japanese sentences, English-ordered Japanese sentences, tense images, and English sentences are sequentially displayed, and then the native pronunciation of English sentences is generated along with the display, and learning is performed by imitating them. Personalized English conversation learning devices have been proposed. In this English conversation learning device, the learner's pronunciation content is recognized and graded, and the level of the sentence to be displayed next is automatically changed by the scoring, and the digestibility of the teaching material composed of a plurality of sentences is 100%. The learning process will automatically proceed until it is reached.

JP 2005-31207 A JP 2007-187939 A

  By the way, there are various practice methods for reading aloud, such as a method of reading aloud while looking at the text, and a method of repeating while listening to the model voice and looking at the text. These are set according to the proficiency level of the learner. Is to be done. This practice method is preferably set by the administrator, and it is preferable that the administrator can also set the text and sample voice used for reading aloud.

  However, in the learning methods described in Patent Literatures 1 and 2, the learner learns according to a single practice method using teaching materials such as contents and sentences predetermined on the system or apparatus side. Therefore, the degree of freedom in selecting teaching materials and practice methods is low, and there is room for improvement in order for learners to learn languages efficiently.

  This invention is made | formed in view of this point, and an object of this invention is to provide the language learning system and language learning method for a learner to learn a language efficiently.

  In order to achieve the above object, the present invention provides a language learning system for a learner to learn a language, wherein the course taken by the learner through the language learning system comprises one or more reading lessons, The reading lesson is composed of a combination of teaching material data and mode data defining a practice method, and the language learning system includes an input unit for inputting data from the outside, an output unit for outputting data to the outside, A course is determined based on a data storage unit storing one or more teaching material data and a plurality of mode data, teaching material data selected via the input unit, and mode data selected via the input unit. According to the course management processing unit to be set and the course set by the course management processing unit, a reading lesson is output via the output unit, and the reading aloud lesson is attended. Fruit is characterized by having a a reading aloud attendance unit which is input through the input unit.

  In the language learning system of the present invention, teaching material data is selected through the input unit, and mode data is selected through the input unit. That is, for example, the administrator can arbitrarily select and input teaching material data and mode data. The course management processing unit sets a reading lesson based on the input teaching material data and mode data, and sets a course. In this way, a course can be set simply. Further, the reading aloud attendance processing unit outputs a reading aloud lesson through the output unit according to the set course, and after the learner has taken the reading aloud lesson, the attendance result of the reading aloud lesson is input via the input unit. Thus, the learner can take a reading lesson arbitrarily set by the administrator, and can learn the language efficiently.

  Another aspect of the present invention is a language learning method for a learner to learn a language using a language learning system, and the course that the learner takes in the language learning method includes one or more reading lessons. The reading lesson is composed of a combination of teaching material data and mode data defining practice methods, and the language learning system has an input unit for inputting external data and an output for outputting the data to the outside. A data storage unit that stores one or more teaching material data and a plurality of mode data, a course management processing unit, and an aloud attendance processing unit, and the language learning method is selected via the input unit A course management processing step for setting a course using the course management processing unit based on the teaching material data to be processed and the mode data selected via the input unit; According to the course set in the management processing step, the reading aloud lesson is output from the reading aloud attendance processing unit via the output unit, and the reading result of the reading aloud lesson is input to the aloud reading attendance processing unit via the input unit. And an attendance processing step.

  According to another aspect of the present invention, there is provided a program that operates on a computer that controls the language learning system so that the language learning method is executed by the language learning system.

  According to another aspect of the present invention, a readable computer storage medium storing the program is provided.

  According to the present invention, a learner can learn a language efficiently.

It is explanatory drawing which shows the structure of the course which a learner takes through the language learning system concerning this Embodiment. It is explanatory drawing which shows the outline of a structure of the language learning system concerning this Embodiment. It is explanatory drawing which shows the outline of a structure of the process part and memory | storage part concerning this Embodiment. It is explanatory drawing which shows the screen of the course list displayed on a learning terminal. It is explanatory drawing which shows the screen of the lesson list displayed on a learning terminal. It is explanatory drawing which shows the learning screen of the reading aloud lesson displayed on a learning terminal. It is explanatory drawing which shows the screen of the correction application list | wrist displayed on a correction terminal, when correcting the recording data of several learners collectively. It is explanatory drawing which shows the outline of a structure of the process part and memory | storage part concerning other embodiment.

  Hereinafter, embodiments of the present invention will be described with reference to the drawings. In addition, in this specification and drawing, about the component which has the substantially same function structure, duplication description is abbreviate | omitted by attaching | subjecting the same code | symbol.

<1. Course structure>
First, the configuration of a course that a learner takes through the language learning system according to the present embodiment will be described. As shown in FIG. 1, the course includes one or more reading lessons and one or more conversation lessons. In the illustrated example, the course is set so that the combination of two reading lessons and one conversation lesson is repeated, but the combination of reading aloud lessons and conversation lessons can be arbitrarily set.

  The reading aloud lesson is composed of one or more steps, and each step is composed of a combination of teaching material data and mode data. The teaching material data is indicated by T1 and T2 in FIG. 3, and includes text data and sample audio data. The text data includes the language to be learned (for example, English), but may further include a Japanese translation thereof.

The mode data is data defining a learner's practice method, and includes, for example, the following (1) to (6).
(1) Listening mode: A mode to listen to sample audio data without looking at text data.
(2) Reading mode (Reading): A mode for reading aloud while looking at text data without using sample audio data.
(3) Repeating mode (Repeating): A mode in which the user repeats while listening to the sample audio data while viewing the text data.
(4) Overlapping mode (Overlapping): A mode for reading aloud simultaneously with sample audio data while viewing text data.
(5) Shadowing mode (Shadowing): A mode that reads aloud simultaneously with sample audio data without looking at text data.
(6) Reproducing mode (Reproducing): A mode in which the user repeats without listening to the text data after listening to the sample audio data.

  In the last step of each reading aloud lesson, the learner records his voice. For example, when the mode of the last step is the re-production mode, the learner records the voice while executing the mode. The recorded data of the learner is corrected by the correction instructor.

  In conversation lessons, the learner performs one or more reading lessons, and then the learner and the conversation instructor have a conversation. Conversation lessons are evaluated by a conversation instructor.

<2. Language Learning System Configuration>
Next, the configuration of the language learning system according to the present embodiment will be described. FIG. 2 shows an outline of the configuration of the language learning system 1. In the language learning system 1, the learner performs the reading aloud lesson and conversation lesson according to the course set by the administrator, the correction instructor corrects the reading result (recorded data) of the reading aloud lesson, and the conversation lesson the result of the conversation lesson Has come to evaluate. Hereinafter, a language learning method using the language learning system 1 will be described later. First, the configuration of the language learning system 1 will be described.

  The language learning system 1 includes an administrator terminal device 2 (hereinafter referred to as management terminal 2), a learner terminal device 3 (hereinafter referred to as learning terminal 3), a correction lecturer terminal device 4 (hereinafter referred to as correction terminal 4), and a conversation lecturer. Terminal device 5 (hereinafter referred to as conversation terminal 5). For each of the terminals 2 to 5, various terminals such as a desktop PC and a mobile terminal can be used.

  The terminals 2 to 5 are connected to the language learning system 1 via networks N1 to N4, respectively. The networks N1 to N4 are not particularly limited as long as they can communicate between the language learning system 1 and each of the terminals 2 to 5, but are configured by the Internet, a wired LAN, a wireless LAN, or the like, for example. The

  The language learning system 1 includes an input unit 10, an output unit 20, a processing unit 30, and a storage unit 40.

  The input unit 10 and the output unit 20 are communication interfaces that mediate communication between the networks N1 to N4, and perform data communication with the terminals 2 to 5. That is, data is input to the input unit 10 from the terminals 2 to 5, and data is output from the output unit 20 to the terminals 2 to 5.

  As shown in FIG. 3, the processing unit 30 and the storage unit 40 perform processing and data storage for executing the course management A10, the class account management A20, the reading aloud lesson A30, and the conversation lesson A40.

  The solid arrows in FIG. 3 indicate the exchange of data between the language learning system 1 and the terminals 2 to 5, and specifically indicate the input of data from the main processor to each processing unit 30. Yes. In practice, data is exchanged with other processors, but it is omitted because it is complicated. 3 indicate the exchange of data between the processing unit 30 and the storage unit 40 in the language learning system 1.

  In order to perform the course management A10, the processing unit 30 includes a course management processing unit 310. The course management processing unit 310 sets a course based on data input by the manager. The storage unit 40 also includes a text data storage unit 410 that stores text data, a sample audio data storage unit 411 that stores sample audio data, and a mode data storage unit 412 that stores mode data.

  In order to perform the class / account management A20, the processing unit 30 includes a class management processing unit 320 and an account management processing unit 321. The class management processing unit 320 manages a class composed of a plurality of learners. The account management processing unit 321 manages an account for a learner to log in to the language learning system 1. The storage unit 40 includes a class data storage unit 420 that stores class data and an account data storage unit 421 that stores account data.

  In order to perform the reading aloud lesson A30, the processing unit 30 includes a reading aloud attendance processing unit 330 and a reading aloud correction processing unit 331. The reading aloud attendance processing unit 330 performs processing for the learner to perform a reading aloud lesson. The aloud correction processing unit 331 performs a process for the correcting instructor to correct the aloud lesson. In addition, the storage unit 40 includes an aloud reading data storage unit 430 that stores a learning result (learning data) by a learner and a reading correction data storage unit 431 that stores a correction result (correction data) by a correction lecturer. The attendance data includes, for example, learning progress and learner's recording data.

  In order to perform the conversation lesson A40, the processing unit 30 includes a conversation attendance processing unit 340 and a conversation evaluation processing unit 341. The conversation attendance processing unit 340 performs setting processing for a learner and a conversation instructor to perform a conversation lesson. The conversation evaluation processing unit 341 performs processing for the conversation instructor to evaluate the conversation lesson. In addition, the storage unit 40 includes a conversation setting data storage unit 440 that stores data for setting conversation lessons (conversation setting data), and a conversation evaluation data storage unit 441 that stores conversation evaluation (conversation evaluation data) by a conversation instructor. Have. Note that the conversation setting data includes, for example, conversation lesson date / time and reservation data such as a conversation lecturer.

  The components of the language learning system 1 shown in FIG. 2 can be composed of a circuit (hardware) or a central processing unit such as a CPU and a program (software) for causing them to function. And this program controls each part 10,20,30,40, and performs the language learning method mentioned later. In this case, the program is stored in a computer-readable storage medium such as a computer-readable hard disk (HD), a flexible disk (FD), a compact disk (CD), a magnetic optical desk (MO), and various memories. Can be done. The program can be stored in the storage medium or the like by downloading it via a communication line network such as the Internet.

<3. Language learning method>
Next, a language learning method performed using the language learning system 1 configured as described above will be described. In the language learning method of the present embodiment, the course management A10, class account management A20, reading aloud lesson A30, and conversation lesson A40 described above are performed in this order. Hereinafter, these A10, A20, A30, and A40 will be described in order based on FIG. Note that although learning in English is described as an example in the present embodiment, the present invention can also be applied to learning in a language other than English.

  First, course management A10 is performed. In course management A10, a course for a learner to take is set by an administrator. The administrator sets the composition of one or more reading lessons and one or more conversation lessons, ie the number and order of reading lessons and conversation lessons, and sets the steps for each reading aloud lesson, for example as shown in FIG. Set the course.

  Specifically, the administrator inputs the composition of the reading lesson and the conversation lesson via the management terminal 2, and inputs text data, sample voice data, and mode data in order to set steps. For example, data prepared by the administrator himself / herself may be used as the text data and the sample voice data, or data stored in advance in the text data storage unit 410 and the sample voice data storage unit 411 may be used. . Further, as the mode data, for example, data stored in advance in the mode data storage unit 412 may be used.

  The input method is arbitrary. For example, the structure of the reading lesson and the conversation lesson, text data, sample voice data, and mode data may be input in a table format. These data are input to the course management processing unit 310 via the input unit 10, and the course is set in the course management processing unit 310.

  Next, class account management A20 is performed. In the class account management A20, a class is managed by an administrator. For example, the administrator inputs a class name, a class ID, an e-mail address of a learner invited to the class, a course of the invited learner, and the like via the management terminal 2. The input data is input to the class management processing unit 320 via the input unit 10, and the class is managed in the class management processing unit 320. The class data of the class management processing unit 320 is stored in the class data storage unit 420. In addition, an invitation email is transmitted from the class management processing unit 320 to the learning terminal 3 via the output unit 20.

  In the class account management A20, the learner's account is also managed. When the invitation mail arrives at the learning terminal 3, the learner inputs, for example, a name and a password via the learning terminal 3, and registers an account. The entered account data is input to the account management processing unit 321 via the input unit 10, and the account management processing unit 321 manages the learner's account. Account data of the account management processing unit 321 is stored in the account data storage unit 421. Also, the administrator confirms this account data and confirms whether the invited learner has registered.

  The course management A10 and the class / account management A20 so far are preparations for language learning in the language learning system 1, and language learning by the learner is started from here. That is, the reading aloud lesson A30 and the conversation lesson A40 are performed according to the course set in the course management A10.

  When the learner logs into the language learning system 1, the course set in the course management A 10 is output to the learning terminal 3 via the output unit 20. FIG. 4 shows a course list screen displayed on the learning terminal 3. On the screen of the course list, for example, a course name, a learning rate, a passing rate, and a learning time are displayed. The learning rate indicates, for example, the ratio of the number of lessons taken by the learner to the total number of reading lessons and conversation lessons. The pass rate indicates, for example, the ratio of the number of passes (the number of passes of recorded data) to the total number of reading lessons for which recording data correction is specified. The learning time indicates the total learning time of the learner in the course. The items displayed on the course list screen are not limited to the illustrated example, and can be arbitrarily set.

  When the learner selects a course to be taken on the course list screen, a lesson list screen is displayed on the learning terminal 3 as shown in FIG. The lesson list screen displays, for example, lessons, statuses, learning times, and schedules. In the lesson, the phrase “with correction” in the reading aloud lesson indicates that the recording data will be corrected by the correction instructor. The status indicates whether or not the recording data has been submitted in the reading aloud lesson, and indicates learned or not learned in the conversation lesson. The items displayed on the lesson list screen are not limited to the illustrated example, and can be arbitrarily set.

  The reading aloud lesson A30 is performed by the learner selecting a reading aloud lesson on the lesson list screen shown in FIG. When a reading aloud lesson is selected, a learning screen for a reading aloud lesson is displayed on the learning terminal 3 as shown in FIG. In the left column of the learning screen, for example, lessons, steps, and comments are displayed. In the right column of the learning screen, contents that the learner actually learns such as text data are displayed. The items to be displayed on the learning screen of the reading aloud lesson are not limited to the illustrated example and can be arbitrarily set.

  In the reading aloud lesson shown in FIG. 6, the learner performs steps 1 to 6, and records and submits his / her voice in the last regenerating mode of step 6. The recorded data is input from the learning terminal 3 to the reading aloud attendance processing unit 330 via the input unit 10, and the learning progress such as the learning time is also input to the aloud reading attendance processing unit 330. The attendance data of the reading aloud attendance processing unit 330 is stored in the aloud reading attendance data storage unit 430.

  When the language learning by the learner is advanced, correction by the correction instructor is performed at a predetermined timing. When the correction instructor logs in and accesses the language learning system 1, the attendance data stored in the reading aloud attendance data storage unit 430 is output from the reading aloud correction processing unit 331 to the correction terminal 4 via the output unit 20. The correction instructor confirms the learning progress of the learner from the attendance data, and corrects the recorded data.

  In the correction by the correction instructor, the recorded data for each learner may be corrected individually, or the recorded data of a plurality of learners may be corrected together.

  FIG. 7 shows a correction application list screen displayed on the correction terminal 4 when the recorded data of a plurality of learners are corrected together. On the correction application list screen, for example, judgment, submission audio, submission date / time, total learning, recording / playback (time), comment setting change, lesson name, and learner's name are displayed. The determination is to determine whether the recorded data is acceptable or not, and the correction instructor selects pass or fail. The submitted voice is an item for playing back recorded data. The submission time indicates the time when the recording data was submitted. The total learning indicates the total learning time of the learner in the target reading lesson. The recording / playback indicates the playback time of the recorded data. The comment setting change is an item for setting a comment by the correction instructor. The correction instructor can select a comment registered in advance or can directly input a comment. In addition, on the correction application list screen, for example, filtering can be performed on items such as submission date and time, total learning, and recording / playback.

  The correction teacher listens to the recorded data and corrects it. In the correction, for example, the learning time can be referred to. For example, a learner with a short learning time such as submitting recording data can be rejected. At this time, by using the filtering function described above, it is possible to display only learners with a short total learning time and reject the displayed learners collectively. Thus, the learning of the entire class can be made efficient.

  Even when the recorded data for each learner is individually corrected, a screen similar to the screen shown in FIG. 7 is used.

  Then, a correction result (correction data) by the correction instructor is input from the correction terminal 4 to the reading aloud correction processing unit 331 via the input unit 10. The correction data of the reading aloud correction processing unit 331 is stored in the reading aloud correction data storage unit 431. In addition, the learner can check the correction data as appropriate.

  On the other hand, the conversation lesson A40 is performed by the learner selecting a talk lesson on the lesson list screen shown in FIG. The conversation lesson is a lesson in which a learner and a conversation instructor actually have a conversation. For example, the conversation lesson may be performed via the Internet or may be performed by directly meeting. Then, the learner inputs the desired date / time and desired location of the conversation lesson from “Reserve” on the lesson list screen shown in FIG. Data for setting these conversation lessons (conversation setting data) is input from the learning terminal 3 to the conversation attendance processing unit 340 via the input unit 10. In the conversation attendance processing unit 340, the learner and the conversation lecturer are matched, and a conversation lesson is set (reserved). A conversation lesson is then held between the learner and the conversation instructor. The conversation setting data of the conversation attendance processing unit 340 is stored in the conversation setting data storage unit 440.

  When the conversation lesson ends, the conversation instructor evaluates the conversation lesson. The conversation lecturer's evaluation result (conversation evaluation data) includes the conversation lecturer's comment, conversation lesson learning time, etc., and the conversation evaluation data is input from the conversation terminal 5 to the conversation evaluation processing unit 341 via the input unit 10. The The conversation evaluation data of the conversation evaluation processing unit 341 is stored in the conversation evaluation data storage unit 441. Moreover, the learner can confirm this conversation evaluation data suitably.

  The reading aloud lesson A30 and the conversation lesson A40 are performed according to the attended course, and the language learning of the learner is completed.

  According to the embodiment described above, in the course management A10, the administrator can set a reading lesson by arbitrarily combining text data, sample voice data, and mode data, and can optionally set a reading lesson and a conversation lesson. A course can be easily set in combination. And the setting of such a course can be arbitrarily set according to the learner's proficiency level. Therefore, the learner can learn the language efficiently.

  Moreover, since the mode data includes a plurality of practice methods, the learner can learn more efficiently. It is novel and unprecedented to systematically set practice methods in this way.

  In addition, the course includes both reading aloud lessons and conversation lessons, so learners can learn more efficiently. Thus, in one language learning system 1, both reading aloud lessons and conversation lessons have never been performed in the past, which improves learning efficiency.

  Moreover, since the recording data of the reading aloud lesson is corrected by the correction instructor and the conversation lesson is evaluated by the conversation instructor, the learner can appropriately grasp his / her proficiency level. Since the recording data of these reading lessons is stored in the reading correction data storage unit 431, it becomes possible to grasp the learner's level of proficiency by comparing, for example, the recording data at the beginning and the end of learning.

  Further, the correction instructor only needs to correct the recorded data of the learner and check the progress of the learning, so the burden on the correction instructor can be reduced. In particular, when correcting recorded data of a plurality of learners, the burden is further reduced. In recent years, the need for English learning has increased, for example, in educational institutions such as schools and companies, and there is a concern that the burden on teachers and lecturers will increase. In addition, in the past, there was a tendency for teachers and instructors to be able to speak English for reading aloud lessons, which was a burden for teachers and instructors who cannot read aloud. The present embodiment is extremely effective for solving these problems.

<4. Other embodiments>
Next, another embodiment of the present invention will be described. In the following description, the description overlapping with the above embodiment is omitted.

<4-1. Other embodiments>
In the language learning system 1 according to the above embodiment, the processing unit 30 may further include a mode analysis unit 350 as shown in FIG. The mode analysis unit 350 evaluates and analyzes the mode data stored in the mode data storage unit 412 based on the learning time of the reading aloud lesson stored in the reading aloud attendance data storage unit 430, for example. That is, the mode analysis unit 350 can determine which mode works when the learner learns a language. For example, it can be determined that, for example, it takes 100 hours in the reading mode but only 10 hours in the shadowing mode to improve the listening score of the English proficiency measurement test.

  In such a case, the administrator can set a course in the course management A10 based on the analysis result of the mode analysis unit 350. For this reason, the learner can learn the language more efficiently.

  When the mode analysis unit 350 analyzes the mode of the reading aloud lesson, for example, the learning time of the conversation lesson stored in the conversation evaluation data storage unit 441 may be used.

<4-2. Other embodiments>
In the language learning system 1 of the above embodiment, six mode data are stored in the mode data storage unit 412, but the mode data is not limited to this. For example, the mode data storage unit 412 may store a role play mode (Role Play). This role play mode includes a plurality of role data defining the role of the learner, and the learner performs a reading lesson based on the set text data and sample voice data while playing the given role. .

  The administrator inputs the role of the learner via the management terminal 2 when performing the course management A10. The input role data is input to the course management processing unit 310 via the input unit 10, and the role management mode is set in the course management processing unit 310. In such a case, the learner can select a role and play the role, thereby increasing the degree of concentration on the reading lesson and learning the language more efficiently. In addition, for example, the learner can train various situations such as store operations, call center operations, sales, and acting.

In addition, mode data is derived from the role play mode, question and answer mode (Question & Answer), quick response mode (Quick
Response). Question and answer mode is a conversation practice in a question-and-answer format. Quick response mode is a practice to quickly translate Japanese into English.

<4-3. Other embodiments>
In the language learning system 1 of the above embodiment, both the reading aloud lesson and the conversation lesson are performed, but only one of the lessons may be performed.

  In the above embodiment, both text data and sample audio data are used as teaching material data, but only one of them may be used.

  In the above embodiment, the manager, the correction lecturer, and the conversation lecturer are different persons. For example, the correction lecturer may also serve as the administrator, and the correction lecturer also serves as the conversation lecturer. May be. Further, for example, a conversation lecturer may also serve as an administrator, and a conversation lecturer may also serve as a correction lecturer. These three roles can be set arbitrarily.

  The preferred embodiments of the present invention have been described above with reference to the accompanying drawings, but the present invention is not limited to such examples. It is obvious for those skilled in the art that various modifications or modifications can be conceived within the scope of the idea described in the claims, and these naturally belong to the technical scope of the present invention. It is understood.

  The present invention is useful when a learner learns a language, and particularly useful when a learner learns reading aloud.

DESCRIPTION OF SYMBOLS 1 Language learning system 2 Management terminal 3 Learning terminal 4 Correction terminal 5 Conversation terminal 10 Input part 20 Output part 30 Processing part 40 Storage part 310 Course management processing part 320 Class management processing part 321 Account management processing part 330 Reading aloud attendance processing part 331 Reading aloud Correction processing unit 340 Conversation attendance processing unit 341 Conversation evaluation processing unit 350 Mode analysis unit 410 Text data storage unit 411 Sample voice data storage unit 412 Mode data storage unit 420 Class data storage unit 421 Account data storage unit 430 Aloud attendance attendance data storage unit 431 Aloud reading correction data storage unit 440 Conversation setting data storage unit 441 Conversation evaluation data storage unit A10 Course management A20 Class account management A30 Aloud reading lesson A40 Conversation lesson N1-N4 Network

Claims (4)

A language learning system for learners to learn a language,
The course taken by the learner through the language learning system comprises one or more reading lessons, and the reading lessons are composed of a combination of teaching material data and mode data defining a practice method,
The language learning system includes:
An input unit for inputting data from the outside;
An output unit for outputting data to the outside;
A data storage unit for storing one or more teaching material data and a plurality of mode data;
A course management processing unit for setting a course based on teaching material data selected via the input unit and mode data selected via the input unit;
A reading aloud lesson according to the course set in the course management processing unit, the output reading unit via the output unit, and a reading aloud attendance processing unit for inputting a learning result of the reading aloud lesson via the input unit. A language learning system. A language learning method for a learner to learn a language using a language learning system,
In the language learning method, the course that the learner has is provided with one or more reading lessons, and the reading lessons are composed of a combination of teaching material data and mode data defining a practice method,
The language learning system includes:
An input unit for inputting data from the outside;
An output unit for outputting data to the outside;
A data storage unit for storing one or more teaching material data and a plurality of mode data;
A course management processing unit and an aloud attendance processing unit,
The language learning method includes:
Course management processing step of setting a course using the course management processing unit based on teaching material data selected through the input unit and mode data selected through the input unit;
According to the course set in the course management processing step, a reading aloud lesson is output from the reading aloud attendance processing unit via the output unit, and a learning result of the aloud reading lesson is input to the aloud reading attendance processing unit via the input unit. A language learning method, comprising: A program that operates on a computer that controls the language learning system so that the language learning method according to claim 2 is executed by the language learning system. A readable computer storage medium storing the program according to claim 3.

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