KR20010008142A - Method for providing a interactive go learning service based on database which contains intelligential multimedia go contents using the wire/wireless internet - Google Patents

Abstract

PURPOSE: A method for supplying intellectual multimedia paduk study service using wire/wireless networks is provided to enable a user to study paduk effectively regardless of time and place, and to improve efficiency of study. CONSTITUTION: A user connects to a homepage constructed in a server for paduk study using a learner terminal.(S100) The user executes a paduk study progress controlling program installed in each learner terminal.(S110) If the user requests a paduk study service(S120), the paduk study progress controlling program receives a paduk study content, which the user selected, from the server for paduk study,(S140) and determines whether the paduk study content is an explanation type or a response type.(S150) If the paduk study content is an explanation type, the paduk study progress controlling program progresses explanation according to constitution of corresponding content.(S160) If the paduk study content is a response type, the paduk study progress controlling program determines whether a paduk mounting point of the user inputted through a computer screen of each learner terminal is correct or not.(S170) If the monting point is correct, a paduk study agent outputs an explanation message together with praise response.(S180) If the mounting point is incorrect, the paduk study agent outputs an explanation message together with failure response(S190).

Description

TECHNICAL FOR PROVIDING A INTERACTIVE GO LEARNING SERVICE BASED ON DATABASE WHICH CONTAINS INTELLIGENTIAL MULTIMEDIA GO CONTENTS USING THE WIRE / WIRELESS INTERNET}

The present invention relates to an intelligent multimedia Go learning service providing method using a wired / wireless network that can conduct Go learning effectively regardless of time and place. The present invention relates to an intelligent multimedia Go learning service using a wired / wireless network so as to learn Go by remotely accessing a wireless network.

The term " intelligent multimedia Go learning content " referred to herein refers to Go learning content produced by a computer organically combining Go procedures and lecture text, voice, sound, and animation in various cases.

In addition, the term "interactive Go learning based on intelligent multimedia Go contents" referred to herein refers to a Go learning guide and a user through a cyber go learning agent incorporating the web agent technology and the character animation technology into the intelligent multimedia Go learning content. It refers to an intelligent Go learning method that directs Go learning in a proper response to the Go point.

Recently, the Internet, which has shown rapid growth, has been exploding in the late 90's, and the Internet, which is generating such a huge flow of information, has many services that cannot be guessed in its size and quantity. These services are also closely related to our daily lives.

On the other hand, educational systems using wired / wireless networks have recently been gradually increasing. As disclosed in Korean Patent Application No. 1996-047807, the educational system using a network up to now has a method of using a text accumulation transmission method and expensive equipment in a bulletin board system (BBS). A remote lecture system has been developed to receive lectures from lecturers in other areas in remote areas, and has been widely used for learning English and learning papers.

However, in the conventional learning method using a wired / wireless network, since text-based contents are provided in one direction regardless of the level of the user, the learning effect of the learner cannot be improved. In other words, there is no disclosure or suggestion regarding the intelligent Go learning education system provided to correspond to the level of learners through the Internet.

Accordingly, the intelligent learning content-based database and learner that can detect the go-go point of the Go learner in real time and present the reaction result in the baduk field where the population of explosives is gradually exploding. There is a need for a user interface model using multimedia that makes it easy to use the database.

Therefore, the object of the present invention was developed in order to solve all the problems of the simple one-way Go learning described above, and it is possible to perform Go learning effectively regardless of time and place, in particular, It is to provide intelligent Go learning service using wired / wireless network that can effectively respond to Go learning needs and effectively improve learning efficiency.

In addition, another object of the present invention is a wired / wireless network that maximizes the learning effect by using multimedia such as voice, sound, and animation with a series of learning configuration systems that meet the Go learning requirements by remote access through a wired / wireless network. It is to provide a multimedia Go learning service using.

Another object of the present invention is to provide an interactive Go learning service using a wired / wireless network that determines whether a learner's go point is appropriate and informs the learner of the result in real time through a wired / wireless network. There is.

1 is a conceptual diagram illustrating an intelligent multimedia Go learning service providing method using a wired / wireless network according to the present invention.

2 is an operational flowchart illustrating a method for providing an intelligent multimedia Go learning service using a wired / wireless network according to the present invention.

Figure 3 is an explanatory diagram for databaseizing the Go learning data according to the present invention on the Go learning server.

4 is a learning content scheme stored in the database for learning Go according to the present invention.

5 is a classification table for explaining the classification of each series and its contents according to the configuration of each learning content of FIG.

6A and 6B are detailed classification tables showing the details of FIG. 4.

7 is an exemplary web screen that automatically responds to the user's point of view in the intelligent multimedia Go learning program screen of the present invention.

8 is an exemplary web screen showing a process of inducing a course selection to learners in the intelligent multimedia Go learning program screen of the present invention.

9 is an exemplary web screen showing an end state of the Go learning service on the intelligent multimedia Go learning program screen of the present invention.

<Explanation of symbols for main parts of drawing>

100A-100M: Learner terminal 102: Internet network

104: Go learning server 106: Private line

108: Go learning content input

In order to achieve the above object, the intelligent multimedia Go learning service providing method using the wired / wireless network of the present invention is an interactive multimedia learning service providing method based on the intelligent multimedia Go learning content database using a wired / wireless network. Remotely connecting to at least one learner terminal operated by a Go learning server through a wired / wireless network such as an internet network, accessing and logging in to a homepage of a website built on the Go learning server, and The intelligent learning content built for Go learning is transmitted to the learner terminal through the internet network, and the intelligent learning content from the Go learning server is executed on the learner terminal, and the response result of the user's game of Go is found on the learner terminal. Acoustic, anime And the text is characterized in that it comprises a Monarch Learning implementation phase to be implemented in the commentary.

In addition, the Go learning execution step is characterized in that the information on the learning evaluation of the user is transmitted to the learner terminal.

In addition, the Go learning execution step is characterized by determining whether or not the user's go to go to the egg point to the real-time representation of the response result implemented in a predetermined multimedia.

Through the intelligent multimedia Go learning service providing method using the wired / wireless network of the present invention as described above, the learner receives Go learning using the Internet, thereby enabling Go learning effectively regardless of time and place. Learners can easily determine interactively whether or not they have a chance to go.

In addition, learners can not only enhance the effectiveness of Go learning because they can verify their Go skills through the practice of real power games using the artificial intelligence computer game program, and at the same time, the need for learning to improve their skills can be induced. Therefore, students can choose their own series to take the Go lecture or solve the problem, so that they can receive a systematic and accurate Go education.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings, and the technical features of the present invention described above will be more readily understood from the following description.

First, FIG. 1 is a conceptual diagram illustrating a method of providing an interactive intelligent multimedia Go learning service using a wired / wireless network according to the present invention. In order for a learner to receive Go learning service through the Internet, for example, a mobile phone is provided. Each learner terminal (100A-100M) and the Go learning server 104, including a wireless mobile communication terminal, and the like, the Internet network 102 connecting them, and the Go learning content input unit 108 and the Go learning server 104 ) And the dedicated learning line 106 for communication connection between the Go learning content input device 108 and the like.

The learner terminal 100A-100M is provided with a modem or network interface card for high-speed communication network connection and a web browser capable of searching for various servers (for example, Microsoft Internet Explorer).

In addition, the server for learning Go 104 is built a database that stores the intelligent Go learning content to be provided through the screen of each learner terminal (100A-100M) connected to the wired / wireless Internet network 102 at the learner's request The Go learning content is provided to the learner through a wired / wireless network by the learning progress control program installed in each learner terminal (100A-100M).

For example, in order to receive the Go learning service, the user accesses the corresponding website through his learner terminal (100A-100M), registers first, and then downloads the Go learning program provided by the homepage. 100A-100M). At this time, the user can download various control files and multimedia files necessary for setting the environment including the learning progress control program in a package form.

Meanwhile, the learning progress control program of the present invention enables communication between the Go learning server 104 and the learner terminal 100A-100M using a visual application and a web programming language for a user interface. It was made.

In addition, 'BADOSA', a character of the cyber go learning agent developed by the present applicant, was introduced for multimedia learning to increase the interest of learning, and the learning progress control program of the present invention is a Windows-based visual object. It consists of OCX files created by Visual Object Programming technique and SGF files in Go expression format.

When the above-described user's Go learning service environment is completed, the user will learn Go in stages according to his level. For example, if you are a beginner, you can learn from a specific series of beginner courses.

The most important point in the step-by-step learning of the present invention is that it is an interactive learning that can directly check the computer's response to the user's point of contact, rather than a one-way lecture to enhance the learning effect.

The learning contents (contents) of the present invention are databased on the server for learning Go (104), and the user has his / her learner terminal (100A-100M) learning contents that are databased on the server for learning Go (104). ) Is provided.

FIG. 2 is a flowchart illustrating a method of providing an interactive Go learning service using a network according to an embodiment of the present invention. The user uses a learner terminal 100A-100M on a homepage built on the Go learning server 104. After connecting (S100), the learner progress control program installed in each learner terminal (100A-100M) is executed (S110).

The Go learning progress control program receives the Go learning content selected by the user from the Go server for learning (104) when the user requests the Go learning service (S140) according to whether or not the Go learning service request (S140) It is determined whether the response is responsive (S150), in the case of commentary content, the Go learning progress control program proceeds unilaterally according to the configuration of the corresponding content (S160).

Meanwhile, in the responsive content, the Go learning progress control program determines whether or not the user's go point of entry entered through the computer screen of each learner terminal (100A-100M) is correct (S170). By sending a commentary message with a response of praise (S180), and in the case of wrong point of attachment by sending a commentary message with a response of failure (S190), the method of providing an interactive Go learning service using the Internet according to the present invention can be performed. .

In addition, the content production and the administrator can use the Go learning content input unit 108 to build and manage the Go learning content database of the server for learning Go 104 through a dedicated line 106, and the Go learning content input 108 The procedure for constructing a database using can be seen in more detail through the explanatory diagram of FIG. 3.

First, the administrator uses the Go learning content input unit 108 (S240), setting the field, subject, title for each course series (S260), inputting content for Go learning (S270), the content of the When the input process is performed, the Go learning content is formed in a tree-shaped structure starting from the basic diagram (S280).

In particular, in the case of commentary progressive content (S290) is composed of a basic type (S310) and a tree type (S320), and in the case of user-responsive content (S300) is composed of a failure degree (S330) and definite chart (S340) database Stored in, and consists of a database input completion step (S350) to complete these tasks. Here, the failure degree (S330) is to perform the process of returning to the origin of the basic diagram again with the description that the wrong landing when the user made the go, the definite degree (S340) when the user succeeded in the correct landing To proceed.

Figure 4 schematically shows the configuration of the learning content stored in the Go learning database according to the present invention, the Go learning content stored in the database of the Go learning server 104 of the present invention is largely introductory learning content, beginner learning It is classified into contents, intermediate learning contents and advanced learning contents. Each learning content is divided into learning courses for each series again.

First, introductory learning content from level 25 to level 13, for beginner content from level 12 to level 8, for intermediate content from level 7 to level 4, and for advanced learning content It consists of a level 3 course and probably a stepped course.

In addition, the content of each of the learning content for each category of FIG. 4 is classified according to the difficulty level, as shown in FIG. 5, which is classified in detail step by step. For example, when a user selects 25 grades of an introductory course, Go lessons are provided and explanations of names on the board, such as ears, sides, and centers, as well as narrations about the bow and the singular, are provided to the user. Learning is progressed by user-responsiveness centered on problem solving by themes such as Common and Gai.

6A and 6B show details of the classification items of FIG. 5, their contents, and file names. In the case of the 25 grades that teach the names on the board and the number of the tracks, the area description, the line description, and the track Learning content according to the theme of explanation, singular, and line problem is provided to the user.

7 to 9 illustrate web screens for explaining the configuration of the homepage on which the intelligent multimedia Go learning program of the present invention is implemented, wherein the user is connected to the Internet network 102 through the learner terminal 100. Go to the website of the learning server Go 104, after going through the user's membership certification Go to the Go Go web screen, which is the Go learning program screen, through the display window of the Go learning program screen, the user has a level course for their level You can learn by selecting.

For example, if the user selects a theme of "connection of stone 2" from "19th grade course (refer to the bottom right of FIG. 7)" and the user strikes the stone on the board, "badosa" character for the cyber goggle learning agent of the present invention The commentary of the user's point of view is displayed in the commentary window, and if the user's point of entry is a wrong point, the text commentary is automatically output along with voice and sound while taking an animation action indicating that the Go learning agent has failed. Three-dimensional intelligent multimedia Go learning can be made.

In this way, the intelligent multimedia Go learning program of the present invention can be guided by using the character for the cyber learning agent or the commentary progress can be made automatically, the user can easily and interestingly learn the Go lecture.

That is, after the user accesses the homepage of the website established on the server 104 for learning on Go through a wired / wireless network, the learner terminal 100A-100M such as a PC or a mobile communication terminal, When the Go learning service is requested, the program of the Go learning server 104 communicates with the Go learning progress control program installed in the corresponding learner terminal 100A-100M, and the database for Go learning server 100A-100M. Intelligent Go learning contents are transferred to the corresponding learner's terminal (100A-100M), and the Go learning progress control program using the Windows interface processing technology, Web agent technology and web application technology is transmitted. The content is displayed on the monitor of the learner terminal (100A-100M) through a web browser. It shows the progress of learning Go.

As described above, according to the intelligent multimedia Go learning service providing method using the wired / wireless network of the present invention, a learner who is a user can interactively learn regardless of time and place using the Internet network, and in particular, cyber Learning is progressed according to the interesting guidance by the character, and it is expected that a very effective Go education can be provided because the learner's response to the Go game is presented in multimedia.

In addition, in the above-described preferred embodiment of the present invention, the Go learning service has been described as an example of a commentary or responsive Go learning program, but the present invention is not limited thereto, and various programs for Go learning may be used, and thus the present invention. The scope of the technical spirit of the should be judged by the claims described below.

Claims (4)

In the method of providing interactive Go learning service based on intelligent multimedia Go learning content database using wired / wireless network, Remotely connecting to the server for learning Go 104 through a wired / wireless network such as the Internet network 102 to one or more learner terminals 100A-100M operated by a user; Accessing and logging in to a homepage of a website built in the server for learning Go 104; Transmitting intelligent learning contents built in the server for learning Go 104 to the learner terminal 100A-100M through the Internet network 102; As the intelligent learning content from the Go learning server 104 is executed in the learner terminal 100A-100M, the response result of the user's game of Go is realized as voice, sound, animation, and text commentary on the learner terminal 100A-100M. Go learning execution step; Intelligent multimedia Go learning service providing method using a wired / wireless network comprising a. The method according to claim 1, wherein the Go learning execution step is characterized by determining whether or not the user's go to go to the point of the game, the real-time representation of the response result implemented in a predetermined multimedia on the learner terminal (100A-100M). Intelligent multimedia Go learning service providing method using a wireless network. The method according to claim 1, wherein the Go learning execution step comprises transmitting information about a user's learning evaluation to a corresponding learner terminal (100A-100M). According to claim 1, As a method for maximizing the learning effect of Go, the artificial intelligence computer playing program installed in the learner terminal (100A-100M) from the Go learning server 104 at the time of the user's first service using the learner's request Characterized in that the user authentication type AI computer service service using a remote server to perform the AI computer game through the user authentication based on the user information previously registered on the Go learning server 104 through the city Internet Intelligent Multimedia Go Learning Service using Wired / Wireless Network.