KR20020011050A - Remote Education System and the Operating Method on the Internet - Google Patents

Abstract

PURPOSE: A remote education service system and method is provided to enable a student to ask written questions during a lecture and enable a teacher to make real time written answers or comments on solutions offered by the student so that it can enhance a learning efficiency. CONSTITUTION: The system comprises steps of displaying a time table(S10), applying a lecture(S20), giving a lecture(S40), and enabling a student to ask questions(S50). In the time table displaying step(S10), a server offers lecture time tables based on the time table from each teacher. In the lecture application step(S20), the students apply lectures offered on the site by using the lecture time table. In the lecturing step(S40), a teacher establishes an online lecture place on the site by accessing a terminal to the server, and gives a corresponding lecture by using an electronic pen and a microphone. During the lecture, the student can ask a question of the teacher by using a practice board, then the server transmits the question to a lecture frame on the teacher terminal, and the teacher can transmit the answer to the student via the server.

Description

Remote education system and operating method using internet network {Remote Education System and the Operating Method on the Internet}

The present invention relates to a distance education system, and more specifically, students watch the teacher's lecture in real time, as well as in real school, such as questions and answers between the teacher and students during the lecture in real time through the text By constructing it, it is possible to provide students with the same learning effect as in the real school. In addition, the remote education system using the internet network that allows the students to review the error part of the problem solving process by the teacher in real time. It is about how to operate.

Recently, the distance education system, which has been developed in various forms with the development of the Internet, is configured so that students can access learning materials such as video lectures by accessing a server storing learning materials through the Internet network. Not only is there a free choice of time for learning, but it is also possible to repeatedly learn a specific subject that is desired, and this learning can be provided to a large number of students at the same time.

Such a distance learning system, as a learning material, as well as a text document consisting of a basic book, a reference book, and a collection of problems, as well as recording and recording the teacher's lectures with the corresponding learning materials, and output them together with the output request It is being developed in various forms, such as allowing students to have the same effect as listening to the teacher's lectures directly.

However, the conventional distance learning system as described above is configured to draw and learn audiovisual learning materials stored in a server by a student connected through an internet network, so that the student receives unilateral audiovisual education like a video tape for conventional learning. It was only possible, and since it was difficult to immediately obtain the student's frequently asked questions and their answers during the learning process in the real world during the learning process, there was a problem that it was difficult to obtain effective learning results as in an actual institute.

In addition, in the conventional distance learning system, only one-way audiovisual education is performed, and when a student needs to review a problem solving problem, such as a math problem, the student checks the wrong part of the student in real time. It was impossible to give, and most students misunderstood the wrong solution as correct if they answered the problem correctly. Later, when they found out that the solution they were convinced was wrong, There were problems such as being unable to be convinced about the solution process, severe cases, loss of self-confidence and loss of learning motivation.

Therefore, the present invention has been made to solve the above-mentioned conventional problems, in the remote education system via the Internet, the students watch the teacher's lecture in real time, as well as the teacher during the lecture as in a real school The main purpose is to provide the remote education system and its operation method using the internet network to provide students with the same learning effect as in the real school by configuring the question and answer between students and students in real time.

Another object of the present invention, in the remote education system using the Internet network, the teacher and students connected in real time via the Internet network by configuring the transmission and reception of each other's writing, solving the problems solved by students directly The remote education system and its operation using the internet network, which allows students to review the error part of the process in real time, so that each student knows the correct solution process and can have confidence in his / her learning ability. To provide a method.

1 is a schematic block diagram of a distance learning system according to the present invention;

2 is an exemplary view showing a screen configuration of a teacher computer according to the present invention;

3 is an exemplary view showing a screen configuration of a student computer according to the present invention;

4 is a flowchart illustrating a method of operating a distance learning system according to the present invention;

5 is an exemplary view showing an example of a time schedule of lectures according to the present invention;

6 is an exemplary view showing another example of the time schedule of the river according to the present invention.

<Description of Symbols for Major Parts of Drawings>

10: teacher computer, 11, 31: camera, 12, 32: microphone, 13, 33: speaker, 14, 34: electronic pen, 15, 35: support board, 16, 36: keyboard, 17, 37: mouse, 20 : Server, 30: student computer, I: internet network.

In order to achieve the above object, the present invention, at least one student computer operated by a student who wants to take a learning lecture, at least one teacher computer operated by a teacher who wants to teach a lesson, between the teacher and students It includes a server to enable the learning lecture; Each student computer, each teacher computer, and the server are configured to be interconnected through an internet network; Each teacher computer includes a writing input means and a microphone, and the lecture proceeding by using the microphone and the writing input means is transmitted to the server in real time through an internet network, and has been transmitted from the server. It is configured to display the problem solving and the questions on the screen, each student computer, having a writing input means and a speaker, the lectures provided through the server to be provided in real time through the screen and speakers, problems It is configured to send a solution and a question using the cursive input means to the server, wherein the server controls the connection between the teacher computer and the student computer connected through the Internet network, from each teacher computer Real-time transfer of lectures and responses sent to students' computers And, it is characterized in that it is programmed to transmit the problem solving and questions transmitted from each student computer to the teacher computer in real time.

In addition, the present invention provides a method for operating a remote education system using an internet network: via a lecture timetable provided by each teacher computer on a site of a server connected to the internet network, A timetable display step of allowing users of the student computer connected to the site to recognize the lecture timetable; After the timetable display step, the course registration step for each student computer to select the desired class from among the lectures contained in the server site; After the course registration step, when the lecture time comes, the lecture contents generated by the cursive input means and the microphone are transmitted from the server through the Internet network from the teacher's computer, which is the lecture time, and the corresponding lecture contents in the course registration step. A lecture step of transmitting the lecture to the student computer for which the class is applied so that the lecture is performed in real time through the screen and the speaker of the student computer; During the course of the lecture, the server receives the problem solving / question contents generated by the cursive input means from the student computer taking the lecture through the Internet network, and transmits the contents to the teacher computer. The student participation step of delivering the problem solving / questions of the student in real time through the screen of the teacher computer; characterized in that it comprises a.

In addition, in the lecture step according to the present invention, the teacher's face taken by the camera connected to each teacher computer is displayed on one side of the screen of each student computer in the course via the server, and at each student computer It characterized in that it comprises an image transfer process such that the student's face taken by the connected camera is displayed on one side of the screen of the teacher computer in the lecture via the server.

Hereinafter, with reference to the accompanying drawings a preferred embodiment of the distance learning system and its operating method using the Internet network according to the present invention will be described in detail.

1 is a schematic block diagram of a remote education system using the Internet network according to the present invention. As shown, the distance education system according to the present invention includes at least one student computer 30 and at least one teacher. Computer 10 and server 20, each student computer 30, each teacher computer 10 and the server 20 is configured to be interconnected through the Internet (I).

The teacher computer 10 is a computer to be operated by a teacher who wishes to provide a lecture. The teacher computer 10 includes handwriting input means 14 and 15 and a microphone 12. ) Is a device for inputting the writing information of the teacher to the teacher computer 10, consisting of a tablet (tablet) and stylus, or an electronic pen 14 and the backing plate 15, which are online handwriting recognition means. Could be. In addition, the microphone 12 is connected to convert the teacher's development into a voice signal and input to the teacher computer (10). After writing information and voice signals of the teacher inputted to the teacher computer 10 through the handwriting input means 14 and 15 and the microphone 12 are transmitted to the server 20 through the Internet network I, Under the control of the server 20 is configured to be transmitted to the specific student computer 30 connected, it is configured to be output through the screen and the speaker 33 of the student computer 30.

The student computer 30 is a computer to be operated by a student who wants to do distance learning, and includes handwriting input means 34 and 35 and a speaker 33. The handwriting input means 34 and 35 Is a device for inputting the student's handwriting content to the student computer 30, as in the teacher computer 10, the tablet (tablet) and stylus or the backing plate 35 and the online handwriting recognition means and The electronic pen 34 may be configured. The speaker 33 reconverts the teacher's voice signal input to the student computer 30 through the Internet network I, the server 20 and the Internet network I from the teacher computer 10 to nurture. Student computer 30 is connected to the output. Then, the handwriting content of the student inputted to the student computer 30 through the handwriting input means 34 and 35 is transmitted to the server 20 through the Internet network I, and then controlled by the server 20. By being configured to be transmitted to the connected teacher computer 10, it is configured to appear as a character on the screen of the teacher computer 10.

The server 20 controls the connection between the teacher computer 10 and the student computer 30 connected through the Internet network I, thereby providing the respective teacher computers 10 and the corresponding student computer 30. It is a device that enables the distance learning between the) in real time. That is, the server 20 transmits a text signal and a voice signal such as a lecture or an answer transmitted from each teacher computer 10 to the corresponding student computers 30 in real time, and each student computer 30. It is configured to transmit in real time the text signal, such as problem solving or questions that have been transmitted from the teacher computer (10).

According to the configuration as described above, the lecture of the teacher proceeded to the voice and text by the handwriting input means 14, 15 and the microphone 12 connected to the teacher computer 10 through the Internet network (I) 20), the server 20 transmits the voice signal and the text signal transmitted to the student computer 30 applied for the lecture of the teacher, the screen and speaker 33 of the student computer 30 Through the text and voice through the teacher's lectures. In the course of this lecture, when the user of the student computer 30 solves a problem or has a question, the problem solving process or question content is transmitted to the cursive input means 34 and 35 connected to the student computer 30. When the contents are converted into text signals, the contents are transmitted from the student computer 30 to the server 20 through the Internet network I. At this time, the server 20 is transmitted from each student computer 30. By transmitting the on-text signal to the teacher computer 10, the teacher can receive the problem solving process and questions of the user of each student computer 30. As such, as well as voice transmission between the teacher computer 10 and the student computer 30 located in a remote location is possible in real time, it is possible to obtain a practical and effective learning results as in a real academy. will be.

On the other hand, each student computer 30 is provided with a microphone 32, each teacher computer 10 is provided with a speaker 13, during the distance education according to the present invention, take the lecture of each teacher The students may be configured to voice their doctor to the teacher. At this time, the voice signal input to the student computer 30 through each microphone 32, to the teacher computer 10 during the lecture via the Internet network (I), the server 20 and the Internet network (I) in turn. After input, of course, it is configured to be output through the speaker 13 connected to the teacher computer (10).

In addition, each of the teacher computer 10 or / and each student computer 30 is provided with a camera 11, 31 for photographing the face of the teacher / student, respectively, each camera 11 ( By transmitting the image signal photographed by 31 through the Internet network (I), it is preferable that the user of each student computer 30 and the teacher computer 10 is configured to allow lectures to proceed while looking at each other's faces. will be. At this time, the server 20, the student computer 30 and the teacher computer 10 participating in the lecture together with the image signal transmitted from each of the student computer 30 and the teacher computer 10, By transmitting to, it is a matter of course that the face of the other party is displayed on one side of the screen of each student computer 30 and teacher computer 10.

In addition, each of the teacher computer 10 and the student computer 30, the lecture frame or exercise book frame is recorded on the screen, the characters written by the connected writing means 14, 15, 34, 35 respectively connected to the screen; And the teacher or student may be configured to selectively transmit the text displayed in the frame. In such a configuration, when the teacher or students input the text, the contents of the text entered by the teacher are checked and the typo is corrected and transmitted, thus delaying and interrupting the learning process due to the transmission of the wrong text. Will be prevented.

On the other hand, when constructing a remote education system using the Internet network according to the present invention, a plurality of teacher computers 10 are installed in different regions for each geographical area, the use of teachers to operate each teacher computer 10 It would be desirable to configure to facilitate this.

In addition, when constructing a distance learning system using the Internet network according to the present invention, by the plurality of teacher computers (10), by providing a different lecture for each subject, difficulty, each subject having a different ability for each subject It may be desirable for students to selectively take classes that are appropriate for them so that all students receive the best possible learning.

2 is an exemplary view showing the screen configuration 200 of the teacher computer of the remote education system using the Internet network according to the present invention, as shown, the students participating in the lecture on the screen of the teacher computer 10 The simple personal information 220, the student's face image 230, and the lecture hall frame 240 may be configured to be displayed. In the drawing, the lecture hall frame 240 is shown separately for each student to display the texts of the problem solving and question questions that have been transmitted from the student computer 30 taking the teacher's lecture for each student. As a lecture hall frame for lectures provided to each student in common, it may be desirable to configure a separate and independent pop-up window. In addition, on the screen of the teacher computer 10, the import button 210 for importing the document stored by the teacher for rapid lecture progress into the lecture hall frame 240 and each lecture hall frame 240 A transmission button 250 may be included to transmit the recorded text lecture contents to the student computer 30 in the class.

3 is an exemplary view showing the screen configuration 300 of the student computer of the remote education system using the Internet network according to the present invention, as shown, on the screen of the student computer 30 of the teacher and other students in the lecture The simple personal information 310, the teacher / student face image 320, and the exercise book frame 350 may be configured to be displayed. The exercise book frame 350 is for displaying the characters transmitted from the teacher computer 10 in lecture and the characters created by the handwriting input means 34 and 35 connected to the student computer 30. Frame. In addition, on the screen of the student computer 30, the storage button 340 for storing the teacher's lecture content as a predetermined file, and the problem solving process or questions recorded in each exercise book frame 350 is being taught Transfer button 330 for transmitting to the teacher computer 10 may be included.

In FIGS. 2 and 3, the recording is performed on the frames 240 and 350 on the screens of the teacher computer 10 and the student computer 30, respectively, and then the transfer button 230 provided at the bottom of each screen is clicked. In this example, the contents of the screen are transmitted to the other computer. However, the teacher computer 10 and the student computer 30 are programmed to automatically click the transmission button several times each second, respectively. The handwriting recorded by the handwriting input means 14, 15, 34, 35 may be programmed to be transmitted to the counterpart computer 10, 30 via the server 20 in real time.

Operation method of the remote education system using the Internet network having the configuration as described above, as shown in Figure 4, timetable display step (S10), course registration step (S20), lecture step (S40) and student participation step ( S50) is configured to include.

In the timetable display step S10, the server 20 interposes a lecture timetable provided from each of the teacher computers 10 on its own site, whereby the server 20 is connected to the server 20 through the Internet network I. Each student computer 30 connected to the site can recognize the lecture schedule.

As shown in FIG. 5, the lecture timetable that is displayed on the site of the server 20 through the timetable display step S10 includes a subject, a teacher's name, a lecture period, a lecture time, a total number of students, the number of students enrolled, and a course registration. It may be composed of a lecture schedule 500, including a button and the like.

FIG. 6 is a diagram illustrating another example of a lecture timetable that can be used when the distance learning system according to the present invention is implemented by a plurality of teachers according to difficulty of each subject, and shows names of teachers who teach by difficulty of each subject. The lecture timetable 600 is configured in such a way as to be listed. In this case, when a user of the student computer 30 connected to the server 20 selects and clicks one of the names of the listed teachers, the teacher's career, lecture period, lecture time, total recruitment number, and the number of enrolled students And it will be desirable to configure such that the detailed information window including the course registration button and the like pops up.

After the timetable display step (S10), in each student computer 30 connected to the server 20 via the Internet network (I), among the lectures on the site of the server 20, the desired lecture A course registration step (S20) of selecting and registering a course according to a predetermined form provided by the server 20 is executed.

After the course registration step (S20) is executed, when the lecture time to proceed to the course enrolled in the student computer (30) (S30), the teacher computer 10 in the teacher computer 10 through the Internet network (I) ( 20, a predetermined lecture room is opened, and a lecture step S40 is performed in which a lecture is conducted using the cursive input means 14, 15, the microphone 12, and the like. At this time, in the student computer 30 has been enrolled to access the server 20 through the Internet network (I) to enter the lecture room, the lecture proceeded from the teacher computer 10 through the screen and the speaker 33 Will be taken in real time.

Then, while the lecture step (S40) is in progress, the student taking the problem using the handwriting input means (34, 35) on the exercise book frame 350 or after recording the questions, the transmission button ( 330 is clicked, the student's problem solving / questions recorded in the exercise book frame 350 is displayed on the lecture hall frame 240 of the screen of the teacher computer 10 via the server 20 as a letter, The student participation step (S50) of the student's problem solving / questions are sent to the teacher computer 10 in real time is executed.

The lecture step (S40) and the student participation step (S50), the teacher's basic lecture, the student's problem solving, the teacher's correction to the student's problem solving, the student's questions, the teacher's answers, etc. In this way, real-time lectures will be realized through voice and text as in a real school.

On the other hand, in the student participation step (S50), the voice signal input through the microphone 32 connected to each student computer 30 via the server 20, the teacher computer 10 of the lecture By configuring to output through the speaker 13, it may include a student voice transmission process that the answer or questions of each student computer 30 is delivered to the teacher in lecture.

In addition, the lecture step (S40) may further include an image transfer process for displaying the face image of the other party on one side of the screen of the teacher computer 10 and the student computer 30 during the lecture.

That is, in the image transfer process that is performed while the lecture step S40 is executed, the teacher's face photographed by the camera 11 connected to each teacher computer 10 is being taken via the server 20. In addition to being displayed on one side of the screen of each student computer 30, the student's face photographed by the camera 31 connected to each student computer 30 via the server 20, the teacher's computer ( 10) to be displayed on one side of the screen. When the image transfer process is included in the lecture step (S40), the teacher and the students look at each other's faces, the lecture proceeds, thereby improving the realism and reality of the lecture and improve the student's concentration.

On the other hand, if you want to operate the distance learning system according to the present invention in the membership system, as a previous step of the timetable display step (S10), the membership registration step (S5) may be further included. In the sign-up step (S5), the teacher and the students who want to take lectures are connected to the server 20 through the teacher computer 10 or the student computer 30, respectively, the server 20 According to a predetermined form provided by the) may be configured to record their personal information and to register as a member.

In addition, the distance learning system according to the present invention, by including a proficiency evaluation process for selectively evaluating the ability of each student in the function of the server 20, each student accurately recognizes his or her skills and lectures that fit the level It may be configured to select to take.

This ability evaluation process, as shown in Figure 4, after the timetable display step (S10), the ability evaluation request step (S70), subject selection step (S72), problem display step (S74), problem solving step ( S76), the scoring step (S78) and the evaluation result notification step (S80) may be configured.

That is, through the timetable display step (S10), while the lecture timetable 600 as shown in FIG. 6 is displayed on the screen of the student computer 30, my ability evaluation button provided on one side of the lecture timetable 600 The ability evaluation request step S70 of determining whether or not 610 is clicked is executed. If it is determined that the my ability evaluation button 610 is clicked in the proficiency evaluation request step (S70), by displaying a list of subjects for each grade on the screen of the student computer 30, the corresponding student to the proficiency evaluation Subject selection step (S72) to be selected is carried out, and by selecting and clicking one of the subject list of grades displayed in this way to display the problem prepared to evaluate the ability of the subject on the screen of the student computer 30 The problem display step S74 is executed. At this time, it is preferable that a problem of each subject is configured so that a plurality of questions stored in question bank form are randomly selected and displayed.

After this problem display step (S74), the problem solving step (S76) of the user of the student computer 30 to solve the problem displayed on the screen of the student computer 30 to write an answer is executed. Then, after the problem solving step (S76), the grading step (S78) is received by the server 20 receives the answer written through the problem solving step (S76) through the Internet network (I) and scoring, After evaluating the student's ability according to the scores scored through the scoring step (S76), the evaluation result notification step (S80) of transmitting the result to the student computer 30 is executed.

Such a proficiency evaluation process is configured such that the user of the same student computer 30 can be selectively / repetitively executed, so that the user of each student computer 30 is periodically evaluated for his / her subject ability and increases his / her ability. You will have the advantage of being able to realize.

As can be seen by the above embodiments, according to the remote education system and the operating method using the Internet network according to the present invention, students can watch the teacher's lecture in real time, as well as during the lecture, such as in a real school As the questions and answers are made in real time between the teacher and the students, it is possible to provide students with realistic education as in a real academy, thereby greatly improving the concentration and learning outcomes of the students.

In addition, the present invention is configured so that the teacher and students connected in real time through the Internet network can transmit and receive each other's handwriting content, the student immediately examines the error portion of the problem solving process solved by the teacher in real time This helps students to know the correct solution and to always be confident about their learning ability.

In addition, when the teacher computer according to the present invention is configured to provide the lectures for each subject, the degree of difficulty, there is an effect that can be carried out smoothly low level education difficult to implement due to inferiority problems in the actual school.

Although the remote education system using the Internet network and the operating method according to the embodiments of the present invention have been described above, the present invention is not limited thereto, and those skilled in the art will be able to variously modify and apply the same.

Claims (13)

One or more student computers operated by a student who wants to take a learning lecture, one or more teacher computers operated by a teacher who wants to take a learning lecture, and a server that allows learning lessons to be conducted between the teacher and the students; Each student computer, each teacher computer, and the server are configured to be interconnected through an internet network; Each teacher computer includes a writing input means and a microphone, and the lecture proceeding by using the microphone and the writing input means is transmitted to the server in real time through an internet network, and has been transmitted from the server. Questions and questions will be displayed on the screen. Each student computer includes a writing input means and a speaker, selects a lecture provided through the server, is provided in real time through a screen and a speaker, and writes a problem solution and a question using the writing input means. Configured to send to the server, The server controls the connection between the teacher computer and the student computer connected through the Internet network, and transmits lectures and answers transmitted from each teacher computer to the corresponding student computer in real time, and transmits from each student computer. Remote education system using the Internet network, characterized in that programmed to transmit the problem solving and questions that have been in real time to the teacher computer. The method of claim 1, Each teacher computer is provided with a camera and a program for photographing the teacher's face and transmitting the image signal through the Internet network; The server is configured to transmit the image signal transmitted from each of the teacher computer to the student computer taking the lecture of the teacher in real time, so that the teacher's face is displayed on one side of the screen of the student computer Distance education system using the Internet network. The method according to claim 1 or 2, Each student computer includes a camera and a program for photographing a student's face and transmitting an image signal through an internet network; The server is configured to transmit the image signal transmitted from each student computer to the teacher computer that the student is taking in real time, so that the student's face is displayed on one side of the screen of the teacher computer Distance education system using the Internet network. The method of claim 1, Each student computer is provided with a microphone, each teacher computer is provided with a speaker, the remote education using the Internet network, characterized in that the voice of the student is configured to be output in real time through the speaker of the teacher computer system. The method of claim 1, Each teacher computer is programmed to display a lecture frame on which a character written by a handwriting input means connected thereto is recorded on a screen, and the teacher selectively transmits the characters displayed in the lecture frame to a corresponding student computer; Each of the student computers, the exercise book frame on which the characters written by the handwriting input means is recorded is displayed on the screen, the student is programmed to selectively transmit the characters displayed in the exercise book frame to the teacher computer Distance education system using the Internet network. The method according to claim 1 or 5, The handwriting input means is a remote education system using an internet network, characterized in that the electronic pen and the support plate configured to be displayed on the screen connected to the computer recorded characters. The method of claim 1, The teacher computer is a remote education system using the Internet network, characterized in that installed in different areas for each geographical area. The method of claim 1, The teacher computer is a remote education system using the Internet network, characterized in that configured to provide the learning content of the area divided by the difficulty of each subject. In the operation method of distance education system using internet network: Display of timetables so that users of student computers connected to the site of the server through the Internet can recognize the timetables of the lectures provided by each teacher's computer on the site of the server connected to the Internet. step; After the timetable display step, the course registration step for each student computer to select the desired class from among the lectures contained in the server site; After the course registration step, when the lecture time comes, the lecture contents generated by the cursive input means and the microphone are transmitted from the server through the Internet network from the teacher's computer, which is the lecture time, and the corresponding lecture contents in the course registration step. A lecture step of transmitting the lecture to the student computer for which the class is applied so that the lecture is performed in real time through the screen and the speaker of the student computer; And, During the course of the lecture, the server receives the problem solving / question contents generated by the cursive input means from the student computer taking the lecture through the Internet network, and transfers the contents to the corresponding teacher computer. Student participation step of delivering the problem solving / question content of the student in real time through the screen of the teacher computer; operating method of a remote education system using the Internet network comprising a. The method of claim 9, In the lecture step, the teacher's face taken by the camera connected to each teacher computer is displayed on one side of the screen of each student computer in the course via the server, and the camera is connected to each student computer. A method of operating a remote education system using an internet network comprising a video transfer process for allowing a student's face to be displayed on one side of a screen of a teacher's computer via a server. The method of claim 9, In the student participation step, a student voice transmission process for outputting a student's voice signal input through a microphone connected to each student computer is output through a speaker of a teacher computer in lecture via the server. Operation method of distance education system using network. The method of claim 9, In the previous step of the timetable display step, the user of each teacher computer and the user of each student computer is connected to the server through the Internet network, each member registration step for additional membership is provided on the Internet Operation method of distance education system using network. The method of claim 9, After the timetable display step, the ability evaluation request step of judging from the server whether the student computer clicked on the ability evaluation button displayed on one side of the screen; In the ability evaluation request step, if it is determined that the ability evaluation request is made from a student computer, the subject selection step of transmitting a list of subjects for each grade from the server to the corresponding student computer so as to select a subject to be evaluated by the corresponding student computer; When one of the subjects displayed on the screen of the student computer is selected through the subject selection step, the problem display step of transmitting the evaluation problem of the subject from the server to the student computer, so that the display on the screen of the student computer Wow; A problem solving step in which a user of the student computer prepares an answer for the evaluation problem displayed on the screen after the problem display step; A scoring step of receiving an answer written in the problem solving step from the server and scoring the grading; Next to the scoring step, the remote education system using the Internet network characterized in that it further comprises an evaluation result notification step of evaluating the student's ability according to the scores scored on the server, and transmits the result to the corresponding student computer How to operate.