JP2002341736A - System for mutual education recognition between instructor and trainee - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide two-way interactive education which enables trainees to take individual lessons and to provide mutual education for trainee who cannot take lessons at the specified time. SOLUTION: A main computer 10, a computer 30 for instructors, and a computer 40 for trainees are connected through the Internet 20. The main computer 10 is constituted of a database part 80 and a servo part, and the database part 80 includes a D/B 82 for management, a teaching plan D/B 84, and a moving picture/voice/correction D/B 86. The servo part includes a Web servo 91 for connection to and use of the Internet, a teaching servo 93 by which an instructor trains trainees or supports training of them, a media servo 95 which supports operation of many media, an on-demand servo 97 which enables trainees to take lessons in non-real time, and a chat servo 99 for conversation between trainees and the instructor.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention
The method of mutual education recognition between the instructor and the student using the computer above (hereinafter referred to as "education method")
In particular, the instructor computer 30 and a number of student computers 40 are remotely connected to the main computer 10 by real-time two-way communication, so that they can immediately respond to questions at the same time as remote education, and A method of recognizing mutual education between an instructor and a student who can receive education by connecting the educational material accumulated in the database of the department to the relevant student computer 40 in a non-real-time manner and receive education (hereinafter referred to as “education”). Method ”).

[0002]

2. Description of the Related Art Generally, an education / learning operation system is a method in which a large number of students are gathered at a designated place and an instructor progresses education or lectures. There is a personal education in which a single instructor educates or teaches a student, and a distance learning in which a large number of students secure designated teaching materials and simultaneously advance through a media broadcast or the like.

[0003] In the case of the conventional education or training as described above, particularly in the case of school-managed general education, there is an advantage that the concentration of the education by the general education can be increased and the efficiency can be increased. There is a problem that students must gather in a designated place at a designated time and a problem that leveled education cannot improve individual abilities and characteristics.

[0004] The above distance learning has an advantage that a large number of students can be educated at the lowest cost. However, it is necessary to listen to lectures broadcast at a designated time, and the degree of concentration of the training is increased. And the effect is inferior. In the case of the above-mentioned individual education, there is an advantage that the concentration of the training and the educational efficiency and the ability of the individual can be maximized, but there is a problem that the cost is high and the number of lecturers is required. .

In addition, the above-mentioned school-management-type overall education requires a separate dedicated facility where many students can receive education. In the case of the above-mentioned correspondence education, a small number of instructors provide education to many students. Although there is an advantage that students can only listen to one-sidedly, there are problems that cannot be learned while easily solving questions or questions that occur during the course, and specialized broadcasting facilities are required, etc. There is a problem.

[0006]

SUMMARY OF THE INVENTION The present invention relates to an instructor computer 30 connected to a computer system on the Internet 20 and a large number of student computers 4 connected to the Internet 20 at each location.
0 can be connected in real time to provide two-way interactive education in which individual instruction can be received from the instructor computer 30 in the same manner as general education and individual education, and at the same time, connection and attendance can be made at a specified time. It is an object of the present invention to provide a method of recognizing mutual education between an instructor and a student who can educate in a non-real time and make an evaluation by transmitting an assignment for the student computer 40 which has not been provided.

[0007]

In order to achieve the above object, the present invention utilizes a computer system formed by a main computer 10, a tutor computer 30, a student computer 40, and the Internet 20 network. In the method of recognizing mutual education between the instructor and the student, the connecting process of connecting to the servo unit 90 of the main computer 10 through the Internet 20 using the instructor computer 30 and the student computer 40; The user of the computer 30 for the student and the computer 40 for the student
A login process for determining whether the user is authorized to use the educational material of No. 0; if the user is authorized in the login process, a computer system administrator computer in the servo unit 90 to proceed with the education. A user confirmation process for determining whether or not the instructor computer 30 and the student computer 40 to be educated; and a main computer 10 when the instructor computer 30 confirms in the above user confirmation process.
And the teacher computer 30 are connected in real time to prepare a lesson to be educated and a non-real time connection to create a lesson to be taught; and whether the servo unit 90 should give a lecture using the instructor computer 30. Lecture judgment process for judging; When it is judged that a lecture should be given in the above-mentioned lecture judgment process, whether to give a lecture in real time or a non-real time lecture in the servo unit 90 A real-time lecture judging process of judging a real-time lecture; in the case of giving a real-time lecture in the above-mentioned real-time lecture judging process, the lecture progresses for a real-time student group 42 connected to the computer system in real time A lecture process in which a non-real-time lecture is advanced to a non-real-time student group 44 when a lecture is given in non-real time; And judged completed all lecture time, if completed, characterized in that including Certificates issued process of issuing a certificate of completion in the main computer 10.

[0008]

BEST MODE FOR CARRYING OUT THE INVENTION Hereinafter, a method of recognizing mutual education between a lecturer of the present invention and a student (hereinafter, referred to as "education method").
Will be described with reference to the attached drawings. FIG. 1 is a block diagram of a computer system to which the present invention is applied, which will be described with reference to the sequence diagram of the teaching method shown in FIG. 2 and the instructor computer 30 shown in FIG. 8 and FIG.
This will be described with reference to a block diagram of the student computer 40. Further, in the sequence diagram of the servo routine, the process is divided into a teaching process in FIG. 3, a lecture process in FIG. 4, a management process in FIG. 5, a attending process in FIG. 6, a recording process in FIG.

Referring to FIG. 1, in a computer system to which the present invention is applied, a main computer 10 is provided.
, A management database 82 in which data for management is recorded and stored, a teaching database 84 in which teachings for student education or training are recorded, and data such as video / audio / correction assignment are recorded. A database unit 80 composed of a large number of databases such as a moving image / voice / correction database 86; a web servo 91 connected to the Internet 20 network so that the Internet 20 can be used; A teaching servo 93 connected by 30 to support the education or training of the student computer 40, such as moving image media / audio media / text media so that the student computer 40 can be connected in real time to receive education. Media service that supports as many media as possible 95, students for the computer 40
A large number of servos such as an on-demand servo 97 that enables the user to connect and receive education in non-real time, and a chat servo 99 for dialogue between the student computer 40 and the instructor computer 30. And a servo unit 90.

The instructor computer 30 used by the instructor includes a microphone 51 for inputting an audio signal, a camera 52 for inputting an image signal by photography, a tablet 53 for inputting data for correction, and outputting a transmitted audio signal. A speaker 54 to be operated, an electronic blackboard 55 having a lecture blackboard function, and the like are connected to the user interface unit 31 as shown in FIG. The user interface unit 31 is connected to a processor 32 composed of a teaching processor 63, an input / output processing unit 64, and a database processing unit 65. The processor 32 includes a communication unit 33, a database 34, A program 35, a teaching plan recording program 36, and an audio / video encoding unit 37 are connected to each other, and the database 34 includes a communication unit 33 and a teaching plan creating program 35.
In addition, the teaching plan recording program 36 is connected to the audio / video encoding unit 37.

The student computer 40 used by the student is shown in FIG. 9 as a microphone 51 for inputting audio signals, a camera 52 for inputting image signals by photography, and a speaker 54 for outputting transmitted audio signals. It is connected to the user interface unit 41 as shown. The user interface unit 41 is connected to a processor 43 including a data petch processing unit 60, a data confirmation processing unit 61, and a training processing unit 62. The processor 43 includes a printing unit 49 and a communication unit 4.
5, data section 46, data decoding section 47
The data section 46 is connected to a communication section 45 and a data decoding section 47.

Accordingly, the main computer 10 is connected to the computer 20 for the instructor located at a remote place and the Internet 20 for connecting a number of computers 40 for the students. The student computer 40 is classified into a real-time group 42 for real-time attendance and a non-real-time group 44 for non-real-time attendance.

The teaching method of the present invention configured as described above will be described with reference to FIGS.
The main computer 10, the instructor's computer 30, the many students' computers 40 shown in FIG.
First, as shown in FIG. 2, a connection system S100 connects the instructor computer 30 and the student computer 40 to the main computer 10 through the Internet 20, as shown in FIG. .

In a login step S110, it is determined whether the user of the instructor computer 30 and the student computer 40 is permitted to use the educational materials in the database 80 in the main computer 10. In the user confirmation process (S120), if the user is authorized to use the educational materials of the database unit 80 in the log-in process, the connected person manages the computer. It is determined whether it is the computer 30 for the instructor who advances the education, or the computer 40 for the student who receives the education.

When the user who is connected and logs in in the user confirmation process (S120) is confirmed on the computer 30 for the instructor who is conducting the education, the computer 40 for the student is connected to the system in real time [Realtime].
To be educated and non-real time [Non-rea
ltime], a teaching plan to be educated can be created. In the opening process (S300) shown in FIG. 3, if a course to be opened by the instructor computer 30 is requested from the administrator computer, Establish a course to be decided by the administrator's computer,
The lesson to be lectured in the course is input for recording and storing in the lesson database 84 of the database unit 80 in the main computer 10.

In the course judging step (S310), in the opening step (S300), the course inputted into the corresponding database of the database section 80 in the main computer 10 is a real-time lecture course or a non-real-time lecture. Judge whether it is a teaching plan. If it is determined in the above-mentioned teaching process (S310) that the teaching process is a teaching to be given in real time (S320), it is determined whether an existing teaching exists in the corresponding course (S330).

In the preparation process (S340), in the above-mentioned correction process, when there is no draft to be used for the corresponding course and when an existing draft is to be revised, the relevant draft is created and inputted and corrected. In the storing step (S350), the real-time teaching plan created as described above is recorded and stored in the training plan database 84 of the database unit 80 in the main computer 10.

In the teaching plan end determining step (S360), if the storing is completed in the storing step (S350), it is determined whether to end or continue. If the storing is to be continued, the feedback (Feedback) is returned to the opening step (S300). ). The existing judging process (S370) is the same as the teaching judging process (S370).
310), if it is determined based on the non-real-time lecture lesson, the existing non-real-time lecture LOD (Lecture OnDeman
d) Determine if a lesson exists.

In the completion judging step (S380), if there is no existing LOD teaching in the existing judging step (S370), it is determined whether a non-real-time lecture teaching exists.
In the completion judgment process (S380), if there is a teaching plan, the LOD teaching plan is completed by recording and adding the relevant material mainly on the contents of the teaching plan. It is confirmed whether or not a video recording draft exists in the database unit 80 (S960). If the video recording draft exists in the database unit 80, the corresponding video recording draft is selected.
(S970) If there is no recording plan, the corresponding plan is recorded (step 980). Next, it is determined whether the order of the recorded pages is to be changed (S990). If the order of the recorded pages is to be changed, the corresponding page order is changed (order changing step S).
1000). Next, it is determined whether or not the correction pen, the thickness, the hue, and the pattern of the correction pen, which is formed to display a separate cursive font for the education on the lesson displayed on the monitor of the student computer 40, should be changed ( If it is determined that the determination result is to be changed, one of a number of examples presented by the corresponding database is selected and determined (correction determination step S1020). Next, it is determined whether a whiteboard for the lecture board should be selected and operated (S10).
30) If the whiteboard is to be operated, a whiteboard program is inserted (S1040) to operate the whiteboard (whiteboard process). Next, it is determined whether a separate video (Image) for a lecture should be input (S1050), and as a result of the determination (S1050), when a video is to be input, the video is input by inserting the video (video input). Step S1060). Next, it is determined whether an additional document (Text) for the student computer 40 should be separately input (S1070), and the above determination (S1070) is performed.
1070), when an additional document is to be input, the corresponding additional document is input (text process S1080). Next, it is determined whether it is necessary to input a separate Internet 20 address (URL) for the student computer 40 (S
1090), the Internet 20 address (UR
L), the corresponding Internet 20 address is input (address input step S110).
0). Next, it is determined whether to perform an event process such as a moving image, a still image, a window switch, another web browser display, a teaching plan change, or a display method change (S1110). Is established, the corresponding event is inserted (S112).
0), if it is determined whether or not to end the recording, and the recording is to be continued, the process returns in the above-described order change process (S990) (S113).
0) The recording process (S400) of the servo routine performed in the event process.

The course creation process shown in FIG. 3 (S39)
In step (0), if there is no teaching plan in the completion judging process (S380), the corresponding teaching plan is created using the instructor computer 30. In the existing judging process (S370), it is determined whether there is an existing LOD teaching plan or the recording process (S370).
400) and whether to modify the LOD draft and the draft created in the drafting process (S390) (S4).
10) If the above correction is made, the corresponding correction is performed (correction step S420). Next, it is determined whether or not the LOD teaching plan has been completed by the above-described process. If not completed, the process returns to the opening process (S300). If completed, the LOD teaching plan is recorded and stored in the teaching plan database 84 of the main computer 10. A servo routine teaching process performed in the recording process (S130); and a lecture determining process of determining whether to start a lecture by the instructor computer 30 (S140).
When it is determined in the above-described lecture determination process (S140) that a lecture should be given, a real-time lecture determination process (i.e., whether to give a lecture in real time or a non-real time) (S150) and; When the lecture is performed in real time in the real-time lecture judgment process (S150), the lecture proceeds to the student computer 40 connected to the computer system in real time, and the non-real time In the case of giving a lecture, a non-real-time lecture proceeds, and the lecturer computer 30 determines whether to give a real-time lecture or a non-real-time lecture (S4).
50).

The lecture process shown in FIG. 4 (S45)
If it is determined in step 0) that a real-time lecture should be held, the instructor computer 30 uploads the corresponding teaching from the teaching database 84 of the database 80 through the teaching servo 93 of the servo unit 90 in the main computer 10 (Up-Load). (S460), the image / audio / correction signal is encoded through the media servo 95 and transmitted to the student computer 40 in real time through the Internet 20 network (S470). At step S480, it is determined whether a correction explanation for a lecture should be made on the teaching plan (S480). If the correction explanation is made, a correction process is performed so that the correction data is displayed on the student computer 40 (step S480). S490)
It is determined whether or not chatting is required between the instructor computer 30 and the student computer 40 (S500). If chat is required, the instructor computer 30 and the corresponding student computer 40 need to be chatted. A chat process (S510) for performing a corresponding process so as to enable a chat;
Determines whether the user wants to view the screen of the specific student computer 40 (S520), and if the user wants to see the screen, the instructor computer 30 processes to view the screen of the corresponding student computer (see step S520). S53
It is determined whether data transmission is required between the instructor computer 30 and the student computer 40 (S540). If the data transmission is required, the instructor computer 30 and a large number of students are required. A transmission process (S550) in which data is transmitted between the computer 40 or the instructor computer 30 and the specific student computer 40 (S550); It is determined whether or not the education management work for the attendance management of the computer 40, the student identity confirmation, and the managed administrative processing is necessary (S560). Perform education management (S57)
0), if it is determined whether or not to continue the real-time education, the education management process (S580) returns to the real-time transmission process (S460); and the non-real-time lecture in the lecture process (S450). If it is determined that it should be performed, it is connected to the database unit 80 through the on-demand servo 97 of the servo unit 90 in the main computer 10 to search for the materials stored in the database (S590), and the instructor computer 30 The subject is classified and analyzed according to (S600), and the test answer sheet is classified and analyzed (S600).
610), a research process (S620) of grasping and responding to a student question of the student computer 40; determining whether there is data material to be transmitted to the student computer 40 by the above research process 40, and transmitting the data. If there are data materials to be provided, the student computer 40
A response process (S640) of transmitting the relevant material to the instructor; managing the attendance of the instructor's computer 40 for the non-real-time lecture progress of the instructor's computer 39, confirming the identity of the instructor of the instructor's computer 40 and related It is determined whether the required educational management work for administrative processing is required (S650). If the above-mentioned educational management work is required, the corresponding educational management for non-real-time education progress is performed (S66).
0), if it is determined whether or not to continue the non-real-time lecture, the progress management process returns to the above research process (S670).
This is a lecture process of the servo routine performed in the above.

The processor 43 of the student computer 40 determines whether or not all the lectures of the predetermined time have been lectured and completed (S170). Issue a certificate of completion (S180); and in the above-mentioned login process (S110), determine whether to terminate if an unauthorized person connects to the computer system (S210). A registration process (S220) in which the user agrees, enters the detailed personal information and contact information, and furthermore, enters the necessary information so that the educational material of the computer system can be used so that the educational material can be used.
And if it is determined by the administrator computer in the above-mentioned user confirmation process (S120), the management operation is performed, and it is determined whether the computer system operator should manage the student bachelor of the student computer 40. (S680) If the above-mentioned bachelor management is performed, it is the bachelor management process (S690) in which the student bachelor management is performed.

In the learning management process shown in FIG. 5, it is determined whether the student learning state of the student computer 40 should be separately centralized (S700). Perform the street processing of management (S
710). The evaluation management process is performed by the student computer 40.
It is determined whether the learning result of the attending should be evaluated and managed intensively (S720). When the above evaluation and management are performed, the student evaluation and management processing of the student computer 40 is performed (S730).

In the operation management process, it is determined whether operation management for operating the computer system should be performed (S7).
40) If the above management is performed, the corresponding management processing is performed (S750). In the student support process, the student computer 40 determines whether or not to provide attendance confirmation, completion confirmation, and related support (S760), and if the above support is to be provided, the main computer 10 provides support to the relevant student computer 40. (S770).

It is determined whether a system management should be performed to support the smooth operation of the computer system and the corresponding civil application of the student computer 40 (S780). If the system management is performed, a support process is performed to perform the corresponding work. (S790), it is determined whether or not to continue, and if it is to be continued, the process returns to the bachelor's management process (S800). The servo routine management process performed in the system process (S200).
And the user confirmation process shown in FIG. 2 (S120).
User connected to the computer 4
When the confirmation is made at 0, the course opened in the computer system is searched by the processor 43 constituted by the data petch processing section 60, the data confirmation processing section 61 and the training processing section 62, and the course to receive the training is selected. Application process (S230); and the application process (S230)
230) a selection step (S240) of determining whether to apply for the lecture selected in the course; and the selection step (S2).
In step 40), it is determined whether the course selected by the student computer 40 should be taken by the user and the non-user, and the corresponding lecture is taken through the computer system according to the selected method. Is a course selection process (S250) for determining whether to take the course selected by the processor 43 in real time or non-real time.

The real-time connection process shown in FIG. 6 (S85)
0) is connected to the teaching servo 93 of the servo section 90 in the main computer 10 in real time when the relevant course is taken in real time in the course selection process (S250). Processor 4 of student computer 40
3 judges whether or not to take the examination by the relevant course (S82).
0), when taking a test, a test process (S830) in which a corresponding answer sequence is created and transmitted to the main computer 10 connected through the Internet 20 by the communication unit 45 and recorded and stored in the corresponding database; The processor 43 of 40 determines whether the correction data should be transmitted to the instructor computer 30 (S840). If the correction data is to be transmitted, the correction data is transmitted through the Internet 20 and transmitted to the corresponding database of the main computer 10. The student correction process (S850) to record and accumulate; the processor 43 determines whether there is a problem (S860), and if the determination result (S860) indicates that there is a problem, downloads or receives the relevant problem. Corresponding database of student computer 40 Recording and storing the data unit 46 issues product process and (S870) is; the processor 4
3 is a computer 30 for the instructor for the corresponding moving image and audio signal.
It is determined whether the video and audio signals should be transmitted to the communication unit of the instructor's computer 30 (S880). (S890); it is determined whether or not to print the teaching plan and screen contents of the processor 43 course using the designated printing unit 49 (S900), and the determination result (S90)
When printing the teaching of (0), the corresponding teaching is printed (S92).
0), when printing the screen currently displayed on the student computer 40, a printing process (S910) of printing the relevant screen through the designated printing unit 49 (S910); It is determined whether or not the type of data document should be submitted to the instructor computer 30 (S930). If the report is to be submitted, the report data is transmitted to the main computer 10 via the Internet 20 (S940), and the attendee attends. It is determined whether or not to continue, and if it is to be continued, a report process (S950) returning to the above-mentioned enrollment application process; and the above-mentioned enrollment application process (S2)
In the case of 50), the student is connected to the on-demand servo 97 of the main computer 10,
The process proceeds to the student correction process (S840) (S96).
0) The attending process of the servo routine performed in the non-real-time connection process; and determining whether to request the issuance of the completion certificate by the student computer 40 (S270), and when the processor 43 requests the issuance of the completion certificate. And outputting the certificate of completion (S280).

The teaching method of the present invention configured as described above will be described in detail with reference to FIGS. The computer system to which the present invention is applied is composed of a main computer 10, the Internet 20, a computer 30 for an instructor, and a large number of computers 40 for students.

The main computer 10 records and accumulates data corresponding to the operation and management of the computer system. A management database 82 records and accumulates various kinds of teaching plans for educating students by the instructor. A large number of necessary data including a teaching plan database 84, a moving image / voice / correction database generated by the instructor and students, and a moving image / voice / correction database 86 in which data of reports and answer sheets are recorded and stored. A database 80 that can manage the base separately; a web servo 91 for searching various kinds of Internet 20 materials; and a teaching process for performing necessary processes for educating the student computer 40 by the instructor computer 30. Servo 93,
Since the media data such as moving images, audio, and corrections are processed, the student computer 40 is connected to the instructor computer 30 in real time, and the media servo 95, which is provided to take the course, takes the course in non-real time. Connected to the student computer 40, that is, an on-demand servo (ODS) that transmits corresponding data for education according to the request of the student computer 40.
emand Serve) 97, and a servo unit 90 such as a chat servo 99 for enabling communication between the instructor computer 30 and the student computer 40.

The instructor computer 30 includes a microphone 51 for inputting an audio signal to the user interface unit 31 shown in FIG. 8, a camera 52 for inputting an image signal,
A tablet 53 for inputting correction data, a speaker 54 for outputting audio signals, an electronic blackboard 55 for inputting board data, and the like are connected to external equipment. The student computer 40 is connected to external equipment such as a microphone 51 for inputting audio signals, a camera 52 for inputting image signals, a speaker 54 for outputting audio signals, and the like to the user interface unit shown in FIG.

The Internet 20 allows the main computer 10, the instructor computer 30, and a number of student computers 40 to be interconnected even if they are located at a long distance, so that remote education is possible. At the same time, it is connected to various web sites. The teaching method having the above-described configuration includes an instructor in charge of the education, a student receiving the education, and a computer system administrator (not shown).
Since the designated address (URL) is input through the Internet 20 using the "0", a connection is made with the web servo 91 of the main computer 10 (S100).

The main computer 10 determines whether or not the registered cipher and ID number should be input by the connected user (S110). If the registered cipher and ID number have not been input, the main computer 10 determines whether to end. Judgment (S21
0) If not, request that you agree to the rules necessary to become a registered member, and request that you enter detailed personal information, including name, resident registration number, contact information, address, etc. , If the above personal information is entered,
Process as a registered member, and return to the login process (S110).

In the main computer 10, if the connected user computers 30 and 40 are confirmed to belong to the registered member by the log-in process (S 110), the computer 30 for the instructor or the computer 40 for the student is used. Or an administrator computer (S120). When the user is confirmed by the administrator computer in the user confirmation process (S120), the administrator computer performs the management process (S120).
200) can manage the computer system.

As an example, when the manager computer intends to manage a bachelor such as output items or attendance time (S680), the manager computer performs a bachelor management process by comparing and analyzing data of the corresponding database (S690). If the learning management is to be performed to determine whether the learning is definitely progressing (S700), the corresponding data in the database unit 80 is analyzed to process the learning management (S71).
0).

Further, when it is intended to perform various kinds of evaluation management accompanying education, such as evaluation of studying ability and diligence (S720), the corresponding data in the database unit 80 is processed and applied. An evaluation process is performed according to the evaluation criterion (S730), and when operation and management of the operation and education of the computer system are required (S740), the corresponding data in the database 80 is analyzed and processed to perform the operation and management (S750). ).

Further, if student support such as student welfare and civil application matters is required (S760), a corresponding process is performed for student support (S770), and the computer system and the education are provided. If it is necessary to manage other items for smooth progress (S780), the corresponding system management is performed and processed (S790), and whether the management by the administrator computer should be continued or interrupted as described above. Is determined, the process returns to the bachelor's management process (S680) if continued, and the process ends if interrupted (S8).
00).

If the connected person is the instructor's computer 30 in the user confirmation process (S120), a teaching process (S310) for creating a teaching process is performed, and the teaching process (S310) includes the following servo. The routine is as follows. If a course to be opened by the processor 32 composed of the teaching processor 63, the input / output processing unit 65 and the database processing unit 65 of the instructor computer 30 is requested to the administrator computer,
The administrator computer establishes a course to be lectured based on the judgment, and inputs the teaching material prepared on the main computer 10 (S300). Whether the input teaching material is a material to be taught or taught in real time or not. Alternatively, it is determined whether the material is to be educated or taught in non-real time (S310).

If it is determined in the above-described teaching decision process (S310) that the teaching should be given in real time, it is checked whether there is an existing teaching for teaching in the database unit 80 of the main computer 10 (S320). If so,
It is determined whether the above-mentioned existing teaching should be newly modified (S33).
0), if necessary, make corrections (S340).
In the creating process (S340), a new teaching plan is created at the same time as modifying an existing impaired teaching plan online, and a teaching plan created offline is input.

The teachings created, modified or inputted as described above are stored in the teaching database 84 constituting the database 80 of the main computer 10 (S3).
50) It is determined whether or not the real-time lecture teaching should be continuously created as described above (S360). If the teaching is to be continued, the process returns to the opening process (S300). If not, the process ends.

If a non-real-time teaching is to be created by making a determination in the teaching determining step S310, the existing LOD
Is determined (S370), and if there is no lecture LOD for the established course, it is checked whether a non-real-time lesson exists (S380). If there is no corresponding plan in the completion determination process (S380), the plan is prepared online or the prepared plan is input or loaded (S390).

If there is a corresponding teaching in the completion judging step (S380), the LOD is completed because the recording is performed for the non-real-time lecture centering on the teaching (S400). Is performed by the following separate servo routine. Recording process (S400)
The servo routine determines whether or not the recorded teaching is recorded and stored in the database unit 80 (S96).
0), if the above-mentioned recording teaching exists, the corresponding recording teaching is selected (S970). If not, the processor 32 controls the microphone 5 connected to its own computer 30.
1. The corresponding recording proceeds using the camera 52, the tablet 53, the electronic blackboard 55, and the like (S980).

If it is desired to edit the contents or change the page order in the recorded teaching (S990), the order of the corresponding page is edited or changed (S1000), and the type of pen used for correction and the type of character are changed. It is determined whether the thickness, the character pattern and the color should be changed (S1010), and if so, the corresponding change or correction is made (S1020). The instructor's computer 30 uses a whiteboard or an electronic blackboard 55 when it is necessary to insert the written material of the electronic blackboard 55 into the teaching plan.
Is selected (S1030), the processor 3 configured to operate the corresponding whiteboard or electronic whiteboard 55 is operated.
The corresponding equipment is prepared through the internal program and the user interface unit 31 (S1040), and it is determined whether to additionally input an image such as a moving image or a still image (S1050). Is input, the corresponding video is input (S1060).

The processor 32 determines whether it is necessary to input a separate textbook text (S107).
0), if the text should be input, the corresponding text is input (S1080), it is determined whether it is necessary to input a required web address (URL) separately (S1090), and the web address is determined. If it is necessary to enter a web address, enter the corresponding web address.

The processor 32 determines whether or not a separate event is required for the lecture (S1110). If the separate event is required, the processor 32 inserts the corresponding event (S1120). It is determined whether the recording should be continued or terminated (S1130). If the recording should be continued, the process returns to the order change process (S990), and if not, the process ends.

It is determined whether the recording is completed through the servo routine of the recording process (S400) as described above or the teachings created through the teaching creation process (S390) should be modified (S410). If it is necessary, the corresponding correction work is performed (S420). Whether the non-real-time LOD textbook has been completed through the above process, etc.
Or, it is determined whether to create another LOD (S430),
When continuing, the process returns to the opening process (S300). When completed, the process is stored in the database unit 80 (S300).
440) End.

When the teaching is completed as described above, the instructor computer 30 determines whether the processor 32 should give a lecture using the teaching preparation program 35 and the exchange recording program 36 (S140). Proceeding to the management process (S200), when giving a lecture, it is determined whether the lecture should be given in real time or in non-real time (S150).

If the real-time or non-real-time lecture is determined as described above, the corresponding servo routine for the real-time or non-real-time lecture is performed in the lecture process (S160, S165). It is as follows. It is further confirmed whether the lecture selected by the instructor computer 30 is a real-time lecture or a non-real-time lecture on the main computer 10 (S450). If the lecture is a real-time lecture, the lecture computer 30 communicates. The teaching servo 93 of the servo unit 90 through the unit 33
Is connected to the media servo 95 and the corresponding image / audio / correction data is encoded by the audio / video encoding unit 37 (S470).

In the course of the lecture being conducted by the instructor computer 30, it is determined whether correction data should be input (S480). If correction is to be performed, the corresponding correction processing is performed (S490), and the student computer 40 is interacted with. It is determined whether there is a need for a chat for
0) If the chat is necessary, the corresponding chat process is performed (S510).

The processor 32 determines whether or not it is necessary to view the screen of the student computer 40 by the instructor computer 30 (S520). If necessary, the screen of the student computer 40 is displayed. A process for viewing the screen is performed so that the user can view it (S53).
0), it is determined whether it is necessary to transmit data such as materials (S540). If the data is required, the data transmission process of the relevant materials is performed (S550), and it is necessary to perform management for education progress. It is determined whether there is any (S560). If the above is necessary, after performing the corresponding education progress management processing (S570), it is determined whether the user lecture should be continued (S570), and the process is continued. In this case, the real-time transmission process (S
460), and terminates if not continued.

When a lecture is to be given in non-real time as determined in the course of the lecture (S450), the instructor computer 30 is connected to the database unit 80 of the main computer 10 and searched (S590). Classify and analyze the assignments recorded from the student computer 40 (S610), search and answer and classify the answer sheets for the assignments and the like (S610), and apply if there is a question from the student computer 40. A response process to the question is performed (S620).

If there is a material and data to be transmitted to the student computer 40 (S630), the instructor computer 30 transmits the relevant material or data to the relevant student computer 40 through the communication units 33 and 45. (S640), if education management by non-real-time education is necessary (S650), the management process for the progress of the teaching education is not performed (S660), and it is determined whether the non-real-time education as described above should be continued. (S670), and if it should be continued, return to the above research process (S590),
If not, the process ends.

The lecture process described above (S160, S16)
5) The processor 43 of the student computer 40 that has received real-time and non-real-time education through 5) takes education for a predetermined time, so that the main computer 10
Determines whether the completion is completed (S170). If the completion is determined, the student computer 40 performs a corresponding process to issue a certificate of completion by the student computer 40 (S18).
0), the instructor computer 30 determines whether or not to continue its own work (S190). If it does, it returns to the user confirmation process (S120). If not, it ends.

If the user connected to the main computer 10 in the user confirmation process (S120) is judged by the student computer 40, the student computer 40 is connected to the main computer 10 and the student computer 40 is connected. The processor 43 of 40 searches the opened course and selects the course to be taken (S230).

The processor 43 determines whether or not to apply for the course selected above (S240), and when making an application for the course, determines whether to take the course in real time or in non-real time. (S250), the relevant lecture is taken (S260, S265). The attending process as described above operates by the following servo routine.

It is determined whether or not the student computer 40 takes a course in real time or non-real time (S250). If the course is taken in real time, the teaching servo of the main computer 10 for performing the course in real time is performed. Connect to (S
810), it is determined whether or not to take an exam in the course of taking the course (S820), and if the above-mentioned exam is to be taken, the answer sheet prepared online is transmitted and stored in the main computer 10 (S830).

In the course of attending the course, it is confirmed whether or not there is correction data (S840). If there is correction data, the correction data is transmitted and stored (S850), and it is confirmed whether or not there is a problem (S860). If there is an object, the corresponding object is stored (S870). Moving images for attending the course /
It is determined whether audio transmission is necessary (S880), and if so, moving images / videos / audios are transmitted and stored, and it is determined whether the lesson plan and the screen should be printed (S900). If it is necessary to print, it is separated into the teaching print and the screen printing. In the case of the printing of the teaching, the corresponding teaching is printed through the designated printing unit 49 (S920). In the case of the screen printing, the designated printing unit 49 is printed. The contents of the screen are printed using the information (S910).

The student computer 40 checks whether there is any data such as an assignment and a report to be transmitted to the instructor computer 30 that supervises the education (S93).
0) If there is data to be transmitted, after performing transmission processing (S940), it is determined whether or not to continue the course (S950). If the course is to be continued, the course selection step (S250) If you do not continue the course, you will end.

The processor 43 of the student computer 40 that has completed the course by the above-described real-time or non-real-time course servo routine determines whether a certificate of completion is required (S270). Outputs a certificate of completion based on the data transmitted from the main computer 10 (S280), determines whether or not to continue the course (S290). The process returns to S230).

Therefore, the teaching method of the present invention having the above-described structure allows a two-way chat, image transmission, and voice transmission by a computer system connected between the instructor computer 30 and the student computer 40. It is possible to perform learning such as general education, to manage a large number of students for the students 40 by a small number of instructors of the computer, and to perform non-real time lectures as well as real time lectures. There are advantages that can be.

[0059]

According to the present invention described above, the student computer 40 remotely connected to the main computer 10 via the Internet 20 is connected to the instructor computer 30 in a real-time or non-real-time manner like a personal training. Has a significant effect.

Further, the present invention has an effect that a large number of student computers 40 can take a course using a small number of instructor computers 30.

[Brief description of the drawings]

FIG. 1 is a configuration diagram of a computer system to which the present invention is applied.

FIG. 2 is a flowchart of the teaching method according to the present invention.

FIG. 3 is a flowchart of a teaching routine servo routine according to the present invention;

FIG. 4 is a flowchart of a lecture process servo routine according to the present invention.

FIG. 5 is a flowchart of a management process servo routine according to the present invention.

FIG. 6 is a flow chart of a servo routine in the course of attendance according to the present invention.

FIG. 7 is a flowchart of a recording process servo routine according to the present invention;

FIG. 8 is a block diagram of the instructor computer 30 shown in FIG.

FIG. 9 is a block diagram of the student computer 40 shown in FIG. 1.

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS 10 Main computer 20 Internet 30 Instructor computer 40 Student computer 42 Real-time student group 44 Non-real-time student group 51 Microphone 52 Camera 53 Tablet 54 Speaker 55 Electronic blackboard 80 Database part 82 Management D / B 84 Teaching plan D / B 86 Video / audio / correction D / B 90 Servo unit 91 Web servo 93 Teaching servo 95 Media servo 97 On-demand servo 99 Chat servo

 ──────────────────────────────────────────────────の Continuing on the front page (72) Inventor Song Yong Ho Gyeonggi-do 463-070 Sung Gun-am City Pundang-gu Yata P-dong Maepha Maefa Maeul Daejang Villa 802-40 (72) Inventor Jeong Seong-woo Gyeonggi, Korea -D 425-080 An Sun City Chozi-Dong 591 Samsung Yolip 4-208 (72) Inventor Lee Min Jae-un Seoul, Republic of Korea 158-074 Young Cheong-gu Singjeong 4-Dong 964-10 F-term (reference) 2C028 BA01 BA03 BA05 BB05 BB06 BB08 BC01 BD02 BD03 CA13 DA00 DA04

Claims (7)

[Claims] 1. A method for recognizing mutual education between an instructor and a student using a main computer, a computer for an instructor, a computer system for a large number of students and a computer system formed by an Internet network, the computer for an instructor, A connection process of connecting to the servo section of the main computer through the Internet using the student computer; and so that the instructor computer and the student computer user can use the educational materials in the database section. A login process for determining whether the user is authorized; if the user is an authorized user in the login process, a computer system administrator computer, a computer for an instructor performing education, and a computer for a student receiving education in the servo unit. In the user confirmation process to judge whether or not it is possible; in the above-mentioned user confirmation process, when the confirmation is made on the instructor computer, the main computer and the instructor computer are connected in real time and connected to the teaching plan to be educated in non-real time A teaching process in which a lecture to be educated is prepared; a lecture judgment process in which the servo unit determines whether to give a lecture using a computer for an instructor;
A real-time lecture judging process for judging whether or not to give a lecture in real-time or non-real-time in the servo section; Lectures for real-time student groups connected to the above computer system in real time, and non-real-time lectures for non-real-time student groups if lectures are given in non-real-time Process and;
The instructor is characterized in that it includes a process of issuing a certificate of completion in which the student computer attends all lectures for the specified time and completes, and if completed, issues a certificate of completion on the main computer A method of recognizing mutual education with students. 2. If a person who is not authorized in the above log-in process connects to the main computer, judge whether to terminate it, and if continuing, agree to the applicable rules, detailed human matters and contact information, and further A registration process of registering to use the educational materials of the database section by inputting necessary items; and a management process of performing a management operation if judged by the administrator computer in the user confirmation process. A course application process of searching for a course established on the main computer by the processor and selecting a course to be taught in the course of user confirmation in the user confirmation process; and a course selected in the course application process. A selection process for determining whether to apply for the lecture; and a computer for the student being selected in the selection process. Judge whether the selected course should be taken in real time or non-real time, and take the course through the main computer according to the selected method; and issue a certificate of completion by the processor of the student computer. 2. The mutual communication between the instructor and the student according to claim 1, further comprising an output process of outputting the certificate of completion when the student computer requests the issuance of the certificate of completion after judging whether to make the request. Education recognition method. 3. The computer system operator determines whether or not the student computer manages the student bachelor, and if the student manages the bachelor, the bachelor performs the bachelor management of the student computer. Management process; determining whether the learning state of the student computer should be managed, and, if the learning state management is to be performed, a learning management process of performing a corresponding process of the learning state management of the student computer; An assessment management process for assessing and managing student computers, determining whether to evaluate and manage the learning results of the course;
Judgment on whether to manage the computer system should be performed, and if the above management is performed, the operation and management process to perform the relevant management; confirmation of attendance, completion confirmation, and related support for the student computer In the case of providing the above support, the student support process to provide the relevant support; and, furthermore, the system management to support the smooth operation of the computer system and the relevant private application of the student computer. And a servo routine performed in a system process of returning to the bachelor's management process in the case where the management is performed, the corresponding support is performed, and whether or not to continue is determined. 2. The mutual education recognition method between the instructor and the student described in 2. 4. A course selection process in which the student computer determines whether the course selected by the student computer should be taken in real time or in non-real time; and in the course selection process, the course is selected in real time. In the case of taking a course, a real-time connection process of connecting a real-time teaching servo; the student's computer determines whether or not to take an examination in the corresponding course, and in the case of taking an examination, prepares a response sheet and is connected through the Internet. The test process of transmitting the corrected data to the main computer and storing it in the corresponding database; determining whether the student computer should transmit the corrected data to the instructor computer, and transmitting the corrected data via the Internet when transmitting the corrected data. Student correction process stored in the relevant database on the main computer; The computer determines whether there is an assignment, and if the assignment is present, downloads the assignment and accumulates it in the corresponding database of the student computer; moving images and audio of the student computer It is determined whether the signal should be transmitted, and when transmitting the moving image and the audio signal, the image processing process to be transmitted to the main computer via the Internet and stored; Judge whether it should be printed, and print the relevant textbook when printing the textbook, and print the relevant screen when printing the screen through the designated printing unit; Is to be submitted to the instructor's computer. The process of transmitting the data to the main computer, determining whether to continue, and returning to the above-mentioned course application process if continuing, and turning on the main computer if taking the course in non-real time during the course application process. 3. A method for recognizing mutual education between an instructor and a student according to claim 2, wherein the servo routine is performed in a non-real time connection process which is connected to a demand servo and proceeds to the student correction process. . 5. The teaching process comprises the steps of: opening a course to be taught by the instructor's computer; and inputting a course to be taught in the course in order to record and store the course in the course database of the main computer; In the opening course, a course judgment process for judging whether or not a course inputted in the corresponding database of the main computer is a real-time course or a non-real-time course; A correction process for determining whether there is an existing draft in the relevant course if it is determined based on the draft to be taught in real time, and determining whether to modify the existing draft if there is; In the case where there is no lesson to be used for the relevant course in the course and when the existing lesson is to be modified, the relevant lesson is created and the process of making and modifying; If accumulation is completed by the accumulation process; the accumulation process and for recording accumulated in lesson plans database of the main computer
Judgment whether to complete and, if continuing, return to the above-mentioned opening process; a course completion judging process; and, if judged in the above-mentioned course completion judging process, non-real-time lecture teaching, existing non-real-time lecture An existing judging process for judging whether a lecture LOD teaching exists; and a completion judging process for judging whether a non-real-time lecture teaching exists if there is no existing LOD teaching in the above-mentioned existing judging process; In the judging process, if there is a draft, a video recording process to complete the LOD draft by recording the relevant content of the draft and adding relevant materials; and, if the draft does not exist in the above-mentioned completion determining process, create the relevant draft. A drafting process; if there is an existing LOD drafting in the existing judgment process, or an LOD drafting created in the video recording process and the drafting process; Judge whether the plan should be revised, and if so, a correction process to make the amendment; and if the LOD textbook has been completed by the above process, etc., and if not completed, return to the above opening course and complete 2. The method for recognizing mutual education between an instructor and a student according to claim 1, wherein in the case, a servo routine is performed in a recording process of recording and storing in a teaching database of a main computer. 6. In the recording process, the instructor computer checks whether or not a recording teaching is present in the database of the main computer, and if the recording teaching is present, selects the corresponding recording teaching, and the recording teaching is present. If not, the course recording process of recording the relevant teaching; and if the order of the recorded pages should be changed, and if the order of the above pages should be changed, the order changing process of changing the relevant page order; A correction determining process of determining whether to change the thickness, hue, and pattern, and if so, selecting and determining one of a number of examples presented by a corresponding database; To decide whether to operate,
If the whiteboard is to be operated, a whiteboard process is performed to insert and operate a whiteboard program; determining whether to input a separate video for a lecture, and inputting the video of the above determination result A video input process of inputting the relevant video if necessary; and a text process of inputting the relevant additional document if the additional document for the student computer is to be input separately and the additional document is input. Determining whether it is necessary to input a separate Internet Protocol (IP) address for the student computer, and inputting the IP address if the IP address should be input; Images, still images, window switching, other web browser display, teaching plan change, display method change It is determined whether or not to perform the event processing. If the above-described event processing is to be performed, the corresponding event is inserted. It is determined whether or not the recording should be completed. 6. A method for recognizing mutual education between a lecturer and a student according to claim 5, wherein: 7. The lecture process includes: determining whether to give a real-time lecture or a non-real-time lecture by using a computer for an instructor;
If it is determined that a real-time lecture will be given in the course of the above course, the instructor's computer uploads the corresponding lesson from the lesson database in the database section through the teaching servo of the main computer, and transmits the image, audio, and correction signal through the media servo. A real-time transmission process of encoding and transmitting in real time to the student's computer through the Internet network; and in the case where the instructor's computer determines whether a correction explanation for the lecture should be made on the teaching plan and makes the above correction explanation Is a correction process that allows the correction data to be displayed on the student's computer by performing correction processing; and determines whether online conversation (chat) is required between the instructor's computer and the student's computer. Instructor computer if needed And a chat process in which a corresponding process is performed so that a chat can be performed between the student computer and the corresponding student computer; determining whether the teacher computer is looking at the screen of the specific student computer, A process in which the computer for the computer looks at the screen of the relevant student computer; determining whether or not it is necessary to transmit the material between the computer for the instructor and the computer for the student; A material transmission process in which materials are transmitted between a computer and a large number of student computers or an instructor computer and a specific student computer; attendance management that is necessary for educational operation by real-time lecture of an instructor computer; Identification of student computers and related administrative processes Judge whether or not the education management work is necessary. If the above-mentioned education management work is necessary, make the education management for the progress of education and judge whether or not to continue. Education management process returning to the process; If it is determined that a non-real-time lecture should be given in the course of the above course, it is connected to the database unit through the on-demand servo of the main computer, and the data stored in the relevant database is The research process of searching and classifying and analyzing the corresponding subject by the instructor computer, classifying and analyzing the test answer sheet, grasping and responding to the questions of the student computer; and transmitting to the student computer by the above research process Judge whether there is any material to be sent, and if there is any of the above materials to be transmitted, the response And the attendees' computer attendance management for conducting non-real-time lectures on the instructor's computer, identification of the student's computer, and determination of the need for educational management for related administrative processes However, if the above-mentioned educational management work is necessary, it is necessary to establish educational management for non-real-time education and determine whether or not to continue it. 2. The method for recognizing mutual education between an instructor and a student according to claim 1, wherein the servo routine is performed.