JP2019020700A - Correspondence education system - Google Patents

Abstract

To provide a correspondence education system that incorporates a writing and memorization method in which writing is performed for memorizing.SOLUTION: A correspondence education system includes: step S1 of watching a lesson moving image provided for correspondence education provided by an educational business connected via the Internet; step S2 of answering questions related to the lesson; and writing step S3 for memorizing words or the like desired to be memorized by writing them regarding the lesson and questions.SELECTED DRAWING: Figure 2

Description

The present invention is an education system that performs learning based on a problem provided by a student unit connected to a network including the Internet and an education provider, and a process of receiving a class via the Internet and a process of solving a problem related to the class And a correspondence education system comprising a step of repeatedly copying by an external input means connected to the student unit.

In private cram schools and prep schools, students are gathered in the classroom and the lessons are taught directly by instructors, and printed materials are used. On the other hand, in cram schools and prep schools using the Internet, they are stored in video files and CD-ROMs. The teaching materials used are used.

When taking lectures by a lecturer, it is possible to provide guidance tailored to individual students and ask questions, but it is necessary to attend a cram school or prep school. For this reason, distance learning systems using the Internet that can be studied at home are also widespread.

JP 2002-157346 A JP-A-2004-334080 JP-A-2004-145247

As described above, in the correspondence education system so far, after the student side arbitrarily selects and extracts the class videos and problem files provided by the education business side, the understanding is recognized by solving the problem, and if there is an error, Learning was promoted by deriving the correct answer by some means provided by an educational company.

Specifically, Patent Document 1 describes that an educator and a student who learns based on a problem provided by the educator can receive education from the educator while the student is at home. It is the most basic home education system that can be used, a problem file storing questions for the students to be asked questions, problem extracting means for selecting and extracting problems from the problem files, and answers to the problems A question creation processing device having a grade file storing past grades for each student, a print output means for printing the question extracted by the question extraction means on a question paper, and an information terminal on the student side; An information terminal connected via the Internet, the education provider side, a storage medium storing a description of a problem received from the education provider, and a storage from the storage medium The student is provided with a video output device having a function of reading information and displaying the information on the screen, and the student side provided with the information terminal of the educational provider and the information terminal connected via the Internet. However, it is a home education system characterized by being able to receive education from educational providers.

Patent Document 2 is a learning material used not only for transmitting a problem file but also for a learning material used on a terminal capable of reproducing video and audio. The problem, the answer to the problem, and the video and audio explaining the problem are included. It is recorded on a recording medium that can be used by the terminal.

Patent Document 3 is a correspondence education system comprising a student unit and a leader unit connected together to a network including the Internet, wherein the student unit receives a problem from the leader unit; And means for recording the answering process of the received problem by the student as a moving image file, and means for transmitting the moving image file to the instructor unit. The instructor unit provides questions to the student. Means for storing the problem to be stored, means for transmitting the problem to the student, means for receiving the video file, means for playing back the received video file, and addressed to the student Means for creating the teaching content, and means for transmitting the created teaching content to the student unit. The communication education system, wherein the means for recording the answer process by the student as a moving image file is a handwritten input for recording all or part of the handwriting of the student generated during the answer process by the student as a movie file A correspondence education system with devices.

However, in any technique, there was no process of copying in order to securely memorize important items and important words explained in the lesson contents. Humans have five senses, and it is said that using the five senses as much as possible can activate the brain. Speaking from the five senses, the act of writing and remembering is called visual memory and sense of writing. Actually, the hand is a place where many nerve cells gather, and the hand is so called the second brain. In addition, it is said that deeper memories will be possible to understand with the head while writing and learning letters.

In view of the above-mentioned problems, we have been familiar with the technology of correspondence education through the Internet so far, but by incorporating the writing storage method to be written and remembered into the correspondence education system, it becomes possible to instill deeper memories. Furthermore, as described above, the brain can be activated by using the five senses as much as possible. Therefore, it is possible to further enhance memory by giving a slight stimulus to the body during learning.

The correspondence education system according to claim 1 of the present invention is an education system for performing learning provided by an education provider connected to a network including the Internet, and the education system is an education composed of a server and a database. It is connected to a student unit consisting of a business unit and a terminal for attendance, and a database of the educational business unit stores a problem video file associated with a class video file for each theme stored in advance, and the education In the server of the business unit, a means for extracting the class video file and the question file selected by the student through the control means, and a correct / wrong judgment for the question answered by the student in the extracted problem file Correct answer / wrong judgment means, and data transmission / reception means between the educational business unit and the student unit, The unit includes means for selecting and displaying the class video file or question file stored in the server via the control means, means for reading the input information by handwriting, means for displaying the input information by handwriting on the monitor, and the student unit. A communication education system comprising a means for receiving / transmitting data and a handwriting input device.

The correspondence education system according to claim 2 has a function of repeatedly sending the same question to the student until the answer is correct to the question determined to be wrong in the problem file to the control means and the question determined to be wrong. A function of selecting another question of the same category from the database and a function of repeatedly transmitting the extracted question to a student unit until the student's answer to the question is correct. Is a correspondence education system.

The distance learning system according to claim 3 is a handwritten that is connected to the student unit only when the selected question file or another question in the same category as the question determined to be incorrect is answered correctly in one answer. The correspondence education system is characterized in that handwritten input by an input means is possible and input characters and the like are displayed on a monitor.

The distance learning system according to claim 4 is a distance learning system characterized in that the display time on the monitor by the handwriting input means can be arbitrarily set.

A handwriting input device according to claim 5 is a pen tablet or a liquid crystal tablet.

According to a sixth aspect of the present invention, there is provided a distance learning system comprising a question answering system means in the educational business unit and a voice input / output means and a voice input / output device in the student unit.

The question answering system means according to claim 6 is artificial intelligence, and is a correspondence education system. As a result, when a student asks a question to the voice input / output device, the question answering system means has a function of answering via the voice input / output device. In addition, the student can perform interactive education by answering to the voice input / output device.

The distance learning system according to claim 8 is a distance learning system characterized in that the student unit is provided with a stimulus applying device.

The stimulus applying apparatus according to claim 8, which is a current pad apparatus, an optical pulse oscillation apparatus, or an air compression type pressing apparatus, and is a learning time period or a writing time period using a handwriting input device. In addition, the correspondence education system is capable of giving a slight stimulus to the student from the stimulus applying device.

As described above, the distance learning system of the present invention is characterized in that it includes means for writing by a handwriting input device, and a time for writing is provided in the class. In addition, in order to activate the brain by using the five senses, it is provided with means for giving a slight stimulus to the student at least during the writing period. Therefore, by introducing the distance learning system of the present invention, it becomes possible to deepen the memory compared to the conventional Internet education system.

Outline configuration of distance learning system via Internet connection of the present invention The flowchart which shows the flow of learning of this invention Detailed Configuration of Correspondence Education System of the Present Invention Database structure of the present invention Display of monitor screen when handwritten input Another embodiment of the distance learning system of the present invention

DESCRIPTION OF THE PREFERRED EMBODIMENTS Embodiments of the present invention will be described below with reference to the drawings. However, the description of the preferred embodiments of the present invention is an example relating to one of a plurality of embodiments.

FIG. 1 shows a schematic configuration of a correspondence education system via an Internet connection according to an embodiment of the present invention. The education provider unit A is composed of a database 1 and a server 2, which is connected to the student terminal 3 of the student unit B via the Internet. Although not shown, the student unit B is connected to the student terminal 3 with at least a keyboard and a touch panel as input devices, an image display monitor, and a pen tablet as a handwriting input device.

FIG. 2 is a flowchart showing the flow of learning according to the present invention, which is composed of three steps: a knowledge acquisition step, an understanding level recognition step, and a storage step. Specifically, the learning step is a step S1 of viewing a class video from the student unit B, and the understanding level recognition step is a step S2 of answering the question, Step P1 of determining whether the answer to the question is correct or incorrect is performed via the control means 5, and the flow is repeatedly transmitted to the student unit until only the question that is determined to be an incorrect answer by the control means 5 is correct. Is done. Further, after the question that has been wrongly answered becomes a correct answer, the control means 5 extracts a question in the same category as the question from the database, and performs the flow of the understanding level recognition step. It consists of a flow in which the process moves to the step of storing only when the question that has been finally given can be correctly answered with one answer and is copied by the writing means.

According to the learning flow of the present invention, deep memory is obtained by handwriting important items, words to be memorized, and the like many times in a lesson taken with a pen tablet for handwriting input and problems related to the lesson. In addition, since characters and the like input by handwriting are displayed on the monitor, it is necessary to look at the monitor when handwriting is performed.

FIG. 3 shows a detailed configuration of the distance learning system of the present invention. The educator unit A receives / transmits means 9 for data communication between the student units, the class video extracting means 7 and the problem extracting means 8, and the answer correct / incorrect determining means 6 transmitted from the student unit B. The class moving image file storage device 10 and the problem file storage device 11 are configured by a database unit, and all processes are managed by the control means 5.

On the other hand, the student unit B reads information input from the transmission / reception means 25 for data communication with the educational business unit, the class video selection / display means 21, the problem selection / display means 22, and the handwriting input device 40. The input reading means 23 for displaying, the handwritten display means 24 for displaying the handwritten input on the monitor 30, and the control means 20 for managing all processes. An input device 50 such as a keyboard is connected.

As for handwriting input, the student wants to memorize words or the like that he / she wants to memorize using the handwriting input device 40 connected to the student unit B, for example, a pen tablet. For example, the corresponding class is completed or the problem is completed. It is set in advance so that handwriting input is possible. At this time, the characters handwritten by the student are displayed on the monitor 30 after being converted into a predetermined size and font by the handwriting display means 24.

FIG. 4 shows an example of the configuration of the database 1 of the present invention. A class video file and a problem file are stored, and a plurality of related problem files are linked to the class video file. For example, when the class video file 1 is selected, it links to a related problem file 1, a problem file 2, a problem file 3, and the like. Each question file, for example, the question file 1 has a plurality of questions classified in advance for each category. Further, a category file in which different questions are collected for each category is provided below the question file 1. Exists, for example, linked to Category 1, Category 2, Category 3, etc. That is, the student answers the question file, the category of the question that has been wrongly answered is judged by the control means 5, questions of the same category are extracted from the category file and transmitted to the student.

FIG. 5 shows a state in which characters and the like written using the handwriting input device of the present invention are displayed on a monitor. As an example, the upper part of the monitor displays the important points in the lesson taken or the answered question file, and the lower part shows the state in which characters written by the student using a handwriting input device are displayed.

FIG. 6 shows another embodiment of the distance learning system of the present invention, and the question answering system means 12 is provided in the server of the education business unit of the distance learning system shown in FIG. Thus, when the student asks a question to the voice input / output device 70 connected to the student unit, the question answering system means 12 answers the question via the voice input means 26 of the student unit. If the question answering system means 12 asks the student about the contents of the lesson, the question answering system means 12 has an artificial intelligence function because it feels as if the lecturer has taken the lesson. It is preferably connected to a computer having an artificial intelligence function.

In addition, as shown in FIG. 6, the stimulus applying means 60 may be connected to the student unit of the correspondence education system of the present invention. It is designed to give a slight stimulus. The stimulus applying means 60 is a current pad device, and can apply a stimulus by passing a current through a wristband worn by a student. Alternatively, it is possible to give pressure stimulation by introducing air from the air supply device to the wristband.

Specifically, learning by the distance learning system according to the present invention will be described. The student can use the video selection / display means 21 and the problem selection / display means 22 displayed on the monitor 30 connected to the student unit B, from the menu screen. The input information is transmitted from the transmission / reception means 25 to the education provider unit A by selecting the desired class file and the number of the problem file using the input device 50 such as a keyboard. The input information is received from the transmission / reception means 9 of the education provider unit A, and corresponds to the class video file 10 and the problem file 11 stored in the database 1 by the video extraction means 7 and the problem extraction means 8. The file is selected, and the file is transmitted to the student unit B by the transmission / reception means 9.

The student takes the learning video file transmitted from the educational provider unit A, and after answering a plurality of questions in the transmitted problem file, transmits the answer to the educational provider unit A. The answer is sent to the correct answer / wrong judgment means 6 to determine whether each question is correct or incorrect, and the correct answer is sent to the student unit B in response to the question determined to be wrong. Repeat the transmission of the same question.

Since all the questions are categorized in advance, if a question that is determined to be incorrect in the question is correct, the questions in the same category are extracted from the problem file 11 in the database 1 according to a command from the control means 5. Then, the same question is transmitted to the student unit B, and the same question is repeatedly transmitted until the answer is correct. Only when the newly answered question can be correctly answered with one answer, the process proceeds to the next step.

The next step is to write down words or the like that are important or memorized in the learning and related problems that have been taken, and deepen the memory by writing using a pen tablet or a liquid crystal tablet as the handwriting input device 40. Information input by handwriting is converted into a predetermined size and font by the handwriting display means 24 and displayed on the monitor 30. Note that the time for handwriting input in this step may end within a preset time, or the student may be able to arbitrarily set the writing end time.

The screen displayed on the monitor 30 may only display characters converted by handwriting input. For example, as shown in FIG. 5, an important word in the lesson content is displayed in the upper area of the monitor display screen 31. If it is displayed, it will prevent forgetting points to be memorized.

Effect of the invention

According to the distance learning system of the present invention, it is possible to take classes using digital teaching materials even at home learning, and not only confirm the degree of understanding by solving problems related to the classes, but also questions that have been misanswered This is a flow in which the same question is repeatedly answered until the answer is correct, and another question of the same genre is also answered by the student, so that poor genres can be overcome in a short time. In addition, a writing memory method is incorporated to memorize the contents of the lessons taken, and deeper memory can be realized because the brain is further activated by giving stimuli to the students at the time of writing memory.

The technical scope of the present invention is not limited to the above-described embodiment, and various modifications can be made without departing from the spirit of the present invention.

A Education business unit B Student unit 1 Database 2 Server 3 Student terminal 5 Control means 6 Answer correct / wrong judgment means 7 Class video extraction means 8 Problem extraction means 9 Transmission / reception means 10 Class video file storage device 11 Problem file storage device 12 Question answering system means 20 Control means 21 Class video selection / display means 22 Problem selection / display means 23 Input reading means 24 Handwritten display means 25 Transmission / reception means 26 Voice input / output means 30 Monitor 31 Monitor display screen 40 Handwriting input device 50 Input device 60 Stimulus imparting device 70 Voice input / output device S1 Step of watching class video S2 Step of answering question S3 Step of copying P1 Right / wrong judgment step

Claims (9)

An education system for performing learning provided by an education provider connected to a network including the Internet, the education system comprising an education provider unit composed of a server and a database, and a student unit comprising a terminal for attendance Connected,
The database of the educational provider unit stores a problem video file associated with a pre-stored class video file for each theme, and the educational provider unit server selects the class video selected by the student via the control means. A means for extracting a file and a question file, a correct / wrong judgment means for making a correct / incorrect decision on a question answered by a student in the extracted problem file, and between an educational provider unit and a student unit Data receiving and transmitting means,
Means for selecting and displaying a class video file or question file stored in the server via the control means in the student unit; means for reading input information by handwriting; means for displaying the input information by handwriting on a monitor; A correspondence education system comprising means for receiving and transmitting data between a student unit and an education provider unit, and a handwriting input device. The correspondence education system according to claim 1 has a function of repeatedly transmitting the same question to a student until the answer determined to be incorrect in the question file is answered to the control means and the question determined to be wrong. A function of selecting another question of the same category from the database and a function of repeatedly transmitting the extracted question to a student unit until the student's answer to the question is correct. Correspondence education system. The correspondence education system according to claim 1 enables handwriting input by a handwriting input device only when the selected question file or another question in the same category as the question determined to be incorrect is answered correctly by one answer. A correspondence education system characterized by The distance learning system according to claim 3, wherein a display time on a monitor by a handwriting input device can be arbitrarily set. The correspondence education system according to claim 3, wherein the handwriting input device is a pen tablet or a liquid crystal tablet. The distance learning system according to claim 1, wherein the education provider unit includes a question answering system means, and the student unit includes a voice input / output means and a voice input / output device. A distance learning system according to claim 6, wherein the question answering system means is artificial intelligence. The distance learning system according to claim 1, wherein the distance learning system includes a stimulus imparting device that imparts a stimulus to the student's body in the student unit. A correspondence education system, wherein the stimulus applying device according to claim 8 is a current pad device or a pneumatic compression device.

Images