KR20000054208A - Remote education and training system on internet and method thereof - Google Patents

Abstract

PURPOSE: A remote education system using internet and the method thereof are provided so that a lecturer can lecture through internet as well as a student can select the lecturer. CONSTITUTION: A remote education system using internet and the method includes a plurality of student's terminals(20, 21) to be lectured, a plurality of lecturer's terminals(30, 31) being used in lecture by a lecturer, and a remote lecturing server(40) providing remote education information. The student's terminals and the lecturer's terminals are connected through Internet. The lecture estimates the reply of the student. The student may select one of the lecturer's terminal(30, 31) based on the estimation of the lecturer's. The remote lecturing server (40) includes a web server (41) for connecting a plurality of student's terminals(20, 21) with a plurality of lecturer's terminals(30, 31). A remote lecturing control server (42) stores data, such as relating to inquiries from the student's terminal, responses from the lecturer's terminal and a degree of satisfaction to the responses, to a database (43) and controls the data in order to be provided the users according to requests of the users.

Description

Remote education system using internet and method thereof

The present invention relates to a remote education system using the Internet and a method thereof. When a question is recorded and transmitted to the student and the instructor, the instructor answers the student's question and the student can also select the instructor according to the satisfaction of the instructor's response. The present invention relates to a distance education system using the Internet and a method thereof.

As the Internet develops, methods for distance education using the Internet have been proposed. Tele-education is a form of video education, which is performed by transmitting video or audio in real time, and also by downloading and recording recorded video or audio rather than real-time.

Such a conventional distance education system and method was difficult to improve the quality of education by focusing only on the implementation of distance education, and there was no way for a student to evaluate an instructor.

Accordingly, the present invention provides a remote education system using the Internet that allows the student and the instructor to perform the education using the Internet, as well as select the instructor according to the instructor's answer state according to the student's question.

In addition, another object of the present invention to provide a method for implementing a distance learning system using the Internet.

1 is a block diagram showing a distance learning system according to an embodiment of the present invention;

FIG. 2 is a block diagram illustrating a distance education method in a connected state with the student terminal of FIG. 1;

3 is a screen state diagram of the student terminal of the question content description proxy,

4 is a screen state diagram showing the bulletin board,

5 is a field configuration diagram of a record used for a bulletin board;

6 is a screen state of the student terminal when selecting the answer title,

7 is a flowchart illustrating a calculation process of satisfaction;

8 is a flowchart illustrating a remote education method in a connected state with an instructor terminal of FIG. 1;

9 is a screen state diagram of the instructor terminal of the response content proxy;

10 is a screen state diagram of the instructor terminal at the time of question title selection;

11 is a flowchart for explaining a distance learning method when requesting an instructor selection;

12 is a record diagram of question / answer data;

Fig. 13 is a record diagram of instructor data.

<Brief Description of Drawings>

10: Internet 20: First Student Terminal

21: 2nd Student Terminal 30: 1st Instructor Terminal

31: second lecturer terminal 40: distance education server

41: web server 42: distance education control unit

43: database

The remote education system using the Internet according to the present invention for solving the above problems is the Internet, a plurality of student terminals to receive distance education and a plurality of instructor terminals to perform distance education, and the student terminals and the instructor terminal A distance learning server connected to each other and the Internet, evaluating the contents of the instructor terminal's answers to the questions of the student terminal, and providing distance education information to select one of the instructor terminals based on the evaluation data. It includes.

The remote education method using the Internet according to the present invention for solving another problem is connected to the student terminal and the first step of recording the input question data in accordance with the question creation request signal of the student terminal, and the recorded question data In the second step of outputting the selected response content by posting the corresponding response content, and in the second step, the third step of receiving and storing the satisfaction data when the response content confirmation is completed, and connected to the instructor terminal of the instructor terminal The fourth step of recording the answer data for the selected question content by posting the question content according to the answer creation request signal, and selecting the question title corresponding to the recorded answer data, the satisfaction information for the completed answer content is confirmed. And a sixth step of selecting an instructor terminal based on the fifth step of outputting and the satisfaction data of the third step.

Hereinafter, with reference to the accompanying drawings will be described in detail a remote education system and method using the Internet of the present invention.

1 is a block diagram showing a distance education system according to an embodiment of the present invention.

In the apparatus of FIG. 1, the Internet 10 is a connection path configured to enable data communication between systems by interconnecting systems and between networks to which the systems are connected. 1 includes a plurality of student terminals 20 and 21 and a plurality of instructor terminals 30 and 31 connected to the Internet 10. In addition, it includes a distance learning server 40 for executing distance education using the Internet (10). The distance learning server 40 includes a web server 41, a distance education control unit 42, and a database 43 for controlling distance education.

A distance education method using a distance education system using the Internet having such a configuration will be described with reference to FIGS. 2 and 11.

FIG. 2 is a block diagram illustrating a distance education method in a connected state with the student terminal of FIG. 1.

In FIG. 1, the first student terminal 20, among the first or second student terminals 20 and 21, accesses the distance learning server 40 through the web server 41 to receive distance education using the Internet. Then, the distance learning server 40 is in a state of being connected with the student terminal (step 201). When the connection is completed, the distance learning server 40 receives an ID from the first student terminal 20 and checks the ID (step 202). Then, when the first student terminal 20 requests a question writing, the distance education control unit 42 determines whether a request signal for writing a question is input from the first student terminal 20 (step 203). As a result of the determination, when the question preparation request signal is input, the input window for recording the question content is transmitted to the first student terminal 20 to record the question content. This is illustrated in FIG. 3. 3 shows a screen state when the first student terminal 20 records the question contents. In FIG. 3, the student of the first student terminal 20 selects a question as a cursor among questions and answers, and creates a question content using a question content record window on the right. When the preparation of the question contents is completed from the first student terminal 20, the distance learning control unit 42 completes the recording of the question data input from the first student terminal 20 in the database 43 (step 204). When the question data recording is completed, the distance education control unit 42 outputs the contents of the answer board corresponding to the previous question contents on the screen of the first student terminal 20 (step 205). The bulletin board is as shown in FIG. In FIG. 4, when the title or the number is selected by the cursor, the selected screen is output. Here, the field configuration of the record used for the bulletin board is as shown in FIG. In other words, the number, title, content, satisfaction, whether or not to record the satisfaction, whether the question is a question, the sum of the latest scores.

Meanwhile, the distance education control unit 42 determines whether an answer title selection signal to be selected from among the contents of the answer board is input from the student of the first student terminal 20 (step 206). If the answer title selection signal is input, the remote education control unit 42 outputs the screen shown in FIG. 6 on the screen of the first student terminal 20. When the student selects an answer among the questions and answers with the cursor, the selected screen shows the answer on the right side (step 207). The student of the first student terminal 20 checks the contents of the answers to their questions and inputs the satisfaction in the satisfaction input field at the lower right of FIG. 6. Then, the distance education control unit 42 receives the satisfaction from the first student terminal 20 and stores it in the database 43 (step 208).

This, the process of calculating the satisfaction will be described with reference to FIG.

In FIG. 7, initial values of i = 0 and n = 0 are input (step 701). Then, it is determined whether the answer field of the record is "1" (step 702). If the answer field is "1", it is determined whether the satisfaction is not "0" (step 703). If the satisfaction is not "0", i = i + satisfaction, n = n + 1 (step 704). Otherwise, the process returns to step 702. Then, it is determined whether the current record is null (step 705). If it is determined that the current record is null, the satisfaction level is set to i / n (i divided by n) and the process ends (step 706).

FIG. 8 is a flowchart illustrating a remote education method in a connected state with the instructor terminal of FIG. 1.

In FIG. 1, the first lecturer terminal 30 of the first or second lecturer terminals 30 and 31 connects to the distance learning server 40 through the web server 41 for distance learning using the Internet. Then, the distance learning server 40 is connected to the instructor terminal is completed (step 801). When the connection is completed, the distance learning server 40 receives an ID from the first instructor terminal 30 and checks the ID (step 802). Then, when the first instructor terminal 30 requests the answer writing, the remote education control unit 42 determines whether a request signal for writing an answer is input from the first instructor terminal 30 (step 803). As a result of the determination, when the answer preparation request signal is input, the content of the question board as shown in FIG. 4 is output (step 804). When one of the contents of the question board is selected, as shown in FIG. 9, when the answer cursor is selected among the questions and answers, the right screen is displayed. Then, the first instructor terminal 30 writes the answers to the corresponding questions and transmits to the distance learning server (40). Then, the remote education control unit 42 of the distance education server 40 records the answer data record contents in the database 43. When the answer data recording is completed (step 805), the remote education control unit 42 outputs the contents of the answer board, which is a list of answers to the previous question, on the screen of the first lecturer terminal 30 (step 806). The answer board is as shown in FIG. 4 described above. When one of the contents of the answer board is selected, a question title selection screen is output as shown in FIG. 10. When the first instructor terminal 30 selects the title of the question that he has answered, the distance education control unit 42 receives a question title selection signal (step 807). When the question title selection signal is input, the distance education control unit 42 outputs the satisfaction level of the answer to the corresponding question to the first instructor terminal 30 (step 808). Therefore, the instructor of the first lecturer terminal 30 can know the students' satisfaction with their answers.

11 is a flowchart illustrating a distance education method when a teacher selector is requested.

In FIG. 11, the first student terminal 20 accesses the distance learning server 40 through the web server 41 to select a desired instructor using the Internet. Then, the distance learning server 40 is in a state of being connected with the student terminal (step 901). When the connection is completed, the first student terminal 20 inputs an instructor selection request signal. Here, the instructor selection request signal may be transmitted in real time while the first student terminal 20 is undergoing a distance education, and the non-real time (weekly, monthly, And quarterly). The distance learning server 40 receives an instructor selection request signal from the first student terminal 20 (step 902). Then, the distance learning server 40 transmits and outputs the question / answer data stored in the database 43 to the first student terminal 20 (step 903). As shown in FIG. 12, the record configuration of the question / answer data includes an instructor number, a subject name, a name, and a recent score total. In addition, the distance learning server 40 transmits and outputs the instructor data stored in the database 43 to the first student terminal 20 (step 904). As shown in FIG. 13, the record structure of the instructor data includes a number, title, content, satisfaction, whether or not to record satisfaction, whether the question is a question, a total number of recent scores, a name, and a subject name. Then, the remote education control unit 42 determines whether the number of question / answer data and the instructor number of the instructor data match (step 905). If the determination result is matched, detailed data such as a subject name, a name of the lecturer data, and the sum of recent scores is output (step 906). The first student terminal 20 selects the instructor by looking at the detailed data of the instructor data. When the instructor selection signal is input from the student of the first student terminal 20 (step 907), the distance education control unit 42 stores the instructor selection information in the database 43 (step 908).

Therefore, the present invention can be provided from time to time upon requesting objective information on evaluating the instructors according to the instructor's response state according to the question of the student in the distance education over the Internet, the student based on the known instructor information This allows you to make distance learning with credibility between teacher and student.

Claims (9)

In the distance education system, Internet; A plurality of student terminals seeking distance education; A plurality of instructor terminals for performing distance education; It is connected to each of the student terminals and the instructor terminals on the Internet, so as to evaluate the contents of the instructor terminal's answers to the questions of the student terminal, and to select one of the instructor terminals based on the evaluation data. Remote education system using the Internet including a remote education server to provide education information. According to claim 1, wherein the distance learning server A web server for accessing the student terminals and the instructor terminals; Database; Remote education system including a remote education control unit for controlling distance education by storing the question data from the student terminal, the response data from the instructor terminal, and the satisfaction data for the response in the database and provide on request . According to claim 2, wherein the distance education control unit Remote education system using the Internet characterized in that for storing the instructor data of the instructor number, subject name, name, the total number of recent instructors in the database, and thereby selects the instructor terminal from the student terminal. In the distance education method, A first step of recording the question data inputted according to the question preparation request signal of the student terminal connected to the student terminal; A second step of outputting a selected answer content by posting an answer content corresponding to the recorded question data; A third step of receiving and storing satisfaction data when the answer contents check is completed in the second step; A fourth step of connecting the instructor terminal to record the question data according to the selected question contents by posting the question contents according to the response writing request signal of the instructor terminal; Selecting a question title corresponding to the recorded answer data, outputting satisfaction data on an answer content confirmed answer content; A distance education method using the Internet comprising a sixth step of selecting a teacher terminal based on the satisfaction data of the third step. The method of claim 4 wherein the first step is Remote education method using the Internet characterized in that it further comprises the step of checking the ID of the student terminal. The method of claim 4, wherein the fourth step is Remote education method using the Internet characterized in that it further comprises the step of checking the ID of the instructor terminal. The method of claim 4, wherein the fifth level of satisfaction data If the answer field of the record recorded with i = 0 and n = 0 as initial values is 1 and the satisfaction is not 0, i = i + satisfaction, n = n + 1 and if the current record is null, the satisfaction is i / n Remote education method using the Internet, characterized in that set to. The method of claim 4, wherein the sixth step Receiving an instructor selection request signal from the student terminal; Outputting question / answer data and instructor data when an instructor selection request signal is input; Determining whether the number of the question / answer data and the instructor number of the instructor data match; Outputting detailed information of instructor data when the determination result is matched; And Remote education method using the Internet comprising the step of receiving and storing the instructor selection signal according to the detailed information of the instructor data. The method of claim 8, wherein the detailed information of the instructor data Distance education method using the Internet, characterized in that the subject name, name, the total number of recent scores.