KR20060038648A - Six-step online study system for abacus calculation and its implementation method - Google Patents

Abstract

The present invention relates to a mainstream learning system using a computer network, and more particularly, to a system and method for providing a six-level mainstream learning process online based on a systematic seven-step cloud fingering method.

In learning Jusan, the basic learning about Unju fingering is most important. The present invention proposes a systematically established Unju fingering method and a 6-step Juju learning method through it, and implemented it on a computer network. It is for the purpose of providing.

In order to solve the above technical problem, the present invention, in the online education system for transmitting and receiving data of various types including sound, image and video based on the network, to learn the movement and fingering structured in seven steps Learning data storage unit which is a calculation data database for; An image storage unit which stores image data for expressing a state in which an actual calculation is performed; An operation controller configured to provide a service user with a calculation image of the learning data storage unit on which the image required by the image storage unit is combined and the learning data storage unit based on the calculation data in the learning data storage unit, and to control the progress of basic learning; Provides an online learning system that includes basic learning included.

According to the present invention, since the above-mentioned basic learning process of the seventh stage of the main course and the sixth stage of the learning method can be completely implemented in a computer network system, even if you do not go to the Jusan Academy, it is more cost effective and more systematic and effective. Learning is possible.

Jusan, Unju, Cloudy, Hosan, Amsan

Description

Six-step Online Study System for Abacus Calculation and its Implementation Method}

1 is a block diagram of an online learning system according to the present invention.

2a to 2g is an embodiment of a step-by-step database of the learning fingering learning data storage unit according to the present invention.

Figure 3a to 3f is an embodiment of a step-by-step database of the mainstream learning data storage unit according to the present invention.

Figure 4 is an embodiment of abacus learning data storage unit according to the present invention.

5 is an embodiment of an image storage unit according to the present invention.

6 is a flowchart illustrating a method for providing an online learning system according to the present invention.

<Description of the major reference numerals>

10: integrated control unit 100: basic learning unit

110: learning material storage 111: learning fingering learning data storage unit

112: mainstream learning data storage unit 120: image storage unit

130: operation control unit 200: member authentication unit

300: eosinophilic learning unit 400: amsan learning department

500: video learning unit

The present invention relates to a computer learning system using a computer network, and more particularly, to a system and method for providing a systematic 7-step cloud fingering method and a 6-step computer learning process online.

Recently, as Jusan has been provided with information that it is very effective for mental arithmetic and intelligence development, it has been in the spotlight again in the field of education.

Therefore, Jusan education is widely used in online, offline, or textbook forms, but Jusan education requires a tool called abacus. There was a limit. For this reason, the mainstream education is generally in the form of face-to-face lectures in academy or home rather than online, and thus the educational effect is greatly influenced by the teaching method and is the main cause of delaying the spread of the mainstream education.

In addition, attempts have been made to use Jusan for mental arithmetic, but since it focuses only on a tool called abacus, it is true that the movement of abacus is less interested. Jusan is used for mental arithmetic in that it can be reminiscent of abacus in the head even if there is no actual abacus.However, what we associate in our head while doing mental arithmetic is the hand movement that moves it before the abacus. Anyone who has learned will agree.

In other words, Jusan uses the abacus as a means and the finger moves the abacus, but when we recognize the movement of the abacus in our head, we do not recognize the result of the abacus. By recognizing the movement of the egg first, the result is clearly imprinted in the head. Therefore, if the foundation of the fingering fingering method is not firm, you can not be able to do well, and it is difficult to expect the effects of arithmetic.

Nevertheless, it is no different from building a thought-based education in which students are forced to progress in order to ward off difficult calculations rather than the basic learning of wheel fingering.

As the teaching of such important fingering fingerings is so varied, it is not easy to find the most efficient fingering fingering method among them, and the school-based learning process also requires a lot of trial and error.

The present invention has been made to solve the above-mentioned problems of the conventional mountain learning, and proposes a systematically-established seven-step operation method and a six-step learning method through the same, and provides an online learning system and method implemented on a computer network. For the purpose.

In order to solve the above technical problem, the present invention, in the online education system for transmitting and receiving various types of data including sound, image and video based on the network, for learning the fingering fingering system organized in seven steps A learning data storage unit including a learning data storage unit, which is a calculation database;

An image storage unit which stores image data for expressing a state in which an actual calculation is performed;

An operation control unit for providing the service user with the calculated image of the learning data storage unit based on the calculated image in the image storage unit and the learning data storage unit based on the calculated data in the learning data storage unit and controlling the progress of basic learning. While providing an online learning system that includes a basic learning department to include,

The learning data storage unit may further include abacus learning data storage unit, which is a calculation data database for six-step mainstream learning, or abacus learning data storage unit, which is a data database for learning the rules of abacus.

According to another aspect of the present invention, in the online education system providing method for transmitting and receiving various types of data including sound, image and video based on the network,

1 step to raise or lower 1 week using thumb, 2 steps to raise or lower 5 weeks using index finger, 3 steps to raise or lower 1 and 5 weeks using thumb and index finger simultaneously, 1 week with thumb 4 steps to move down first and 5 weeks with index finger, 5 steps to raise or lower 1 and 5 weeks with simultaneous motion of thumb and index, 6 steps to raise 10 and 5 weeks using thumb and index finger simultaneously and It includes a fingering fingering learning material storage unit for storing the seven stages of fingering fingering calculation data required for the seven-step fingering fingering learning process, which is to lower one week first with the thumb and index finger at the same time. Learning material storage unit,

Comprising: an image storage unit for storing the image data for representing the actual state of the mountain;

Combining the necessary images in the image storage unit based on the calculated data in the learning data storage unit to complete an operation image;

Combining an image required by the image storage unit based on the calculation data in the learning data storage unit to complete an operation image;

Selecting, by the operation control unit, the contextual information to provide the service user with the operation image and corresponding learning data;

Receiving, by the operation control unit, the learning contents of the step from the service user, and providing the service related command to the service user accordingly;

While presenting a method for providing online learning system including a,

As the mainstream learning data in the learning data storage,

Step 1 to learn the addition and subtraction using pairs and complements, Step 2 to learn addition using a pair, Step 3 to learn subtraction using a pair, Step 4 to learn addition using a complement, and subtraction using a complement Comprising a step-by-step learning learning data storage unit for storing the step-by-step calculation data necessary for the fifth step of learning and the sixth step of learning addition and subtraction using the pair and complement at the same time; Or it may further comprise the step of having abacus learning data storage as a database consisting of any number of positive and integer numbers to learn the rules of operation of the abacus.

In addition, the present invention provides a computer-readable recording medium of the on-line learning method providing program.

Hereinafter, embodiments of the present invention will be described in detail with reference to the drawings.

Figure 1 shows an embodiment of the online learning system according to the present invention, which includes the basic data such as numbers and letters between the service provider and the service user through the network 1, as well as sound, image and video. Based on the computer system capable of various types of data communication and processing, the integrated control unit 10, basic learning unit 100, member authentication unit 200, eosinan learning unit 300, mental acid learning unit 400 and The video learning unit 500 may include.

1. Integrated control unit (10)

The integrated control unit 10 as a part of the overall control of the mainstream learning system according to the present invention, the system components, for example, the basic learning unit 100, the member authentication unit 200, eosinophil learning unit 300, mental arithmetic learning Determining the prosecution of information exchange or operation between the unit 400 and the moving picture learning unit 500 and controlling the progress of the mainstream learning.

2. Basic Learning Division (100)

The basic learning unit 100 may include a learning material storage unit 110, an image storage unit 120, an operation control unit 130, and a step selection unit 140.

If you define the name related to the abacus first, the top egg at the top of the 1-unit column of abacus is "5 weeks", the bottom egg with a value of 1 below 5 weeks is "1 week", and if the unit goes up by 10 units, the bottom egg is It will be referred to as "ten weeks". Also, two numbers that can add up to five, that is, "1 + 4" and "2 + 3" are called "pairs" for five, and two numbers that can add up to ten, that is, "1 + 9" , "2 + 8", "3 + 7", and "4 + 6" are called "repairs" for 10.

Learning storage unit (110)

The learning data storage unit 110 may include a cloud fingering learning data storage unit 111, the mainstream learning data storage unit 112 and the abacus learning data storage unit 113.

The fingering fingering learning data storage unit 111 is a database that stores and stores step-by-step calculation data necessary for demonstrating the structured fingering fingering structured in seven steps according to the present invention, an embodiment of Figs. 2a to 2g. As shown in the figure, the calculation data, which is a set of numbers, is stored to express the movement fingering for each step.

When explaining the seven-step movement fingering according to the present invention will be described in more detail the movement fingering learning material storage unit 111 as follows.

One-step movement fingering according to the present invention is an operation of raising and lowering only one week by the thumb from the abacus, the first-step movement fingering calculation data to enable the learning of this operation, as shown in Figure 2a, the absolute value is only a number between 1 and 4 The number should be configured so that the result of each addition and subtraction does not exceed 4 at all times.

The two-stage fingering fingering operation is the operation of raising and lowering only five weeks from the abacus. The two-stage fingering fingering calculation data must have "5" and "-5" as shown in FIG. The results should not always exceed nine.

Three-step movement fingering is 6, 7, 8, or 9, if you add a week and five weeks at the same time, one week with the thumb up and five weeks at the index finger simultaneous movement, this step to learn the three steps As shown in FIG. 2C, the data of the fingering fingering method must include at least one of 6, 7, 8, or 9 in each data set, and the result of each subtraction must not exceed 9 at all times.

If the four-step movement fingering is subtracting 6, 7, 8, or 9, the first movement with the thumb down first, and then five weeks with the index finger movement. As in 2d, each dataset must contain at least one -6, -7, -8 or -9 and must not always exceed 9 as a result of each subtraction.

The five-step movement fingering is a simultaneous movement of raising and lowering one and five weeks simultaneously with the thumb and index finger, so that the five-step movement fingering calculation data can be learned as shown in FIG. 2E. Arrange the numbers so that they move in the same direction, but do not always exceed 9.

The six-stage movement fingering is a simultaneous operation that raises five and ten weeks, so that the six-stage movement fingering calculation data can be changed by one week while the unit is increased by the addition of "5 + 5" as shown in FIG. It should be configured to change only 5 and 10 weeks without a change.

The seven-step movement fingering is a gesture that raises one week with the thumb first and then raises 10 and 5 weeks with the thumb and forefinger at the same time, so that the seven-step movement fingering calculation data is shown in FIGS. Similarly, it should be configured such that a change of one week occurs as the unit goes up when adding "5 + 5".

The seven-step movement fingering method according to the present invention is the most efficient movement fingering method that the applicant has acquired while studying the mainstream education for several decades, and the service user can systematically learn the movement of the fingering based on the seven-step movement & fingering calculation data.

The primary learning data storage unit 112 is a database required for a six-step learning process to learn the actual perinatal based on the fingering fingering method according to the present invention. FIGS. 3A to 3F illustrate one embodiment.

When explaining the six-step cast acid learning method according to the present invention will be described in more detail the cast acid learning data storage unit 112 as follows.

The first-level mainstream learning method is to learn the addition and subtraction without using a pair or a complement. The first-level mainstream learning calculation data is an absolute value for addition and subtraction using only one week and five weeks as shown in FIG. 3A. Only numbers between 1 and 9 should be used, and the result of each subtraction must be between 0 and 9.

The two-stage learning method is learning the addition using a pair. To enable this learning, the two-stage calculation method is added to the abacus more than one selected from the pair for 5, that is, 1 to 4, as shown in FIG. It should be configured to lack the number of one week.

The three-step cast learning method is to learn the subtraction using a pair. To enable this learning, the three-step cast learning data is subtracted from the abacus more than any one selected from a pair for 5, that is, 1 to 4, as shown in FIG. It should be configured to lack the number of one week.

Four-step mainstream learning method is to learn the addition using the reward. For this learning, the four-step mainstream learning calculation data can be selected from 1 to 9, as shown in FIG. 3D. Must be configured to yield a value.

The five-step cast-in learning method is a step of learning subtraction using the reward, so that the 5-step cast-in learning data can be learned so that the number of units from 10 or more is less than the number of one weeks that can be subtracted from the abacus, as shown in FIG. It must be configured.

The six-stage learning method is a step of learning addition and subtraction using a pair and a complement simultaneously. The six-step learning process calculation data can be used to properly calculate the number required for the learning steps 2 to 5 as shown in FIG. 3F. It must be mixed.

The six-stage learning method according to the present invention utilizes the seven-stage clouding method, and thus, the applicant systematized to learn the perfusion in a shorter period of time.

The abacus learning data storage unit 113, as shown in Figure 4, is a database consisting of any number of positive and integer numbers to learn the rules of the run of abacus, which means that the number of moving abacus eggs actually means It is necessary to learn.

The abacus egg of the image storage unit 120 represents the corresponding number based on the abacus learning data storage unit 113 data. In this case, the operation controller 130 controls the abacus and the abacus egg without the combination of the movement and fingering motion. It should be shown to enable learning of the rules of the run.

Image storage unit 120

The image storage unit 120 is a database that stores abacus or finger movements as image data in order to express the appearance of the actual abacus, such as the actual movement of the finger on the abacus or the movement of the abacus egg on the abacus.

Figure 5 is that the image data stored in the image storage unit is expressed as an embodiment bar, only the thumb out, thumb and index finger retracted, thumb and index unfolded, thumb and index finger up, abacus and abacus Eggs are shown. Various tools may be used to produce such an image, but in general, it is convenient to use a flash.

Motion control unit 130

The operation control unit 130 is a means for controlling the overall learning, in particular, based on the calculation data in the learning data storage unit 110 combines the images required by the image storage unit 120, the user's selection or Select the action image to be provided to the service user and learning contents that are the calculation data by synthesizing the situation information with the same basic setting, and start, repeat, speed control, stop or end in connection with providing the image of the demonstration operation from the service user. It receives the progress-related command of the serves to provide the learning content to the service user.

The movement & fingering motion image may be continuously provided to the service user for each learning stage by default setting, but the specific learning of the basic learning process, for example, the seventh stage movement fingering and the sixth stage learning through the step selection unit 140. It is desirable to allow the service user to select and learn context information such as contents and steps.

3. Member Certification Department (200)

The member authentication unit 200 is a component for enhancing profitability and security by providing online learning contents only to those who have specified requirements such as fee payment or membership registration.

The member authentication unit 200 may include a member information DB 201 and an authentication control unit 202, the member information DB 201 is a matter related to the identity of the service user, such as ID, password, personal information, contact information And learning-related information such as learning progress and assessment results. The authentication control unit 202 serves to provide the service user with a member authentication procedure, authenticate the membership based on the information input by the service user and the member information DB, and allow the service user to check their personal information or modify the information. Do this.

4. Eosinophilic Learning Department (300)

The eosinophilic learning unit 300 is a modification of eosinophilic learning for voice learning, which is an important learning method in mainstream education, for online learning. The voice generating unit 301, the step providing unit 302, and the eosinophilic control unit 303 ) May be included.

The voice generator 301 may be any device capable of providing a sound to the service user. However, the voice generator 301 may be a storage unit of the sound data when using a voice recording in which a human voice is recorded and reproduced as a digital signal. .

The step providing unit 302 classifies the eosinophilic learning content according to the difficulty level and allows the service user to select a step suitable for his level.

The eosin control unit 303 controls the overall progress of eosin learning and information exchange with the service user, such as providing eosinophilic learning contents to the service user.

 5. Asan Learning Division (400)

The mental acid learning unit 400 is for deep learning or proficiency. Therefore, it is possible to continue the practice based on the method of learning acquired in the basic learning unit (100). The arithmetic learning unit 400 may include a step providing unit 401, a correct answer receiving unit 402, a noon decision unit 403, a result transmitting unit 404, an arithmetic data storage unit 405, and an arithmetic control unit 406. As such, the step providing unit 401 allows the service user to select a unit or the number of problems so that the user can select and practice the level of learning. The correct answer receiving unit 402 receives the correct answer inputted on the screen after the service user solves the problem shown on the screen by the calculation or calculation. The noon determination unit 403 determines whether or not the correct answer entered by the service user is noon. The result transmitter 404 serves to inform the service user of the result of the noon decision unit 403. The arithmetic data storage unit 405 stores a mental arithmetic problem to be used for mental arithmetic learning, and the mental arithmetic controller 406 provides a mental arithmetic problem to the service user, exchanges information with the user, and controls the mental arithmetic learning progress.

6. Video learning unit 500

The video learning unit 500 is a means for providing the contents of the movement fingering and the six-step cast learning according to the present invention in the form of video lectures in order to increase the efficiency of online learning, the video DB 501 and the video controller. 502 may include.

The video DB 501 stores lecture data stored with sound in the form of a video image. The video controller 502 provides a service user with a list of video lecture contents stored in the video DB 501 so that the service user can select necessary contents, and provides a video selected by the service user to the service user. Do this.

6 illustrates an orderly aspect of a method of providing a basic learning unit in a mainstream learning system according to the present invention.

Provision of the basic learning unit 100 begins at step S11 including the learning material storage unit 110 and the image storage unit 120.

The learning material storage unit 110 is a database including a wheel fingering learning material storage unit 111, a mainstream learning data storage unit 112 and the abacus learning data storage unit 113, the step (s11) is provided with these It's a step.

When the learning data storage unit 110 and the image storage unit 120 is provided in the step (s11), the operation controller 130 is an image of the image storage unit 120 based on the calculated data of the learning data storage unit 110 In operation S12, the operation image is combined and stored as an operation image.

Next, the operation control unit 130 may select the operation content to be provided to the service user and the learning content that is the calculation data (s13). The selection of the operation control unit 130 may be performed by the service user. It is based on contextual information such as choices or basic settings. In particular, in the case where the service user can select the learning contents and the situation information of the step, the step (s121) of receiving the corresponding information from the service user through the step selector 140 may be added before the step (s13). have.

In the step (s13) on the basis of the situation information, whether to learn the movement and fingering movement, learning the main mountain or learning the rules of the abacus, and the corresponding learning content is also divided into several stages according to the level, specific steps According to the choice of learning content to be provided can be selected.

When the learning content to be provided in step S13 is determined, the operation controller 130 receives a progress related command such as start, repetition, speed adjustment, stop or end from the service user to control the playback of the learning content. Step s14; is performed.

As described above, the method for providing the online learning system may be provided as a program on a computer readable recording medium such as a CD-ROM or a DVD. This method may be useful in a situation where network connection is difficult.

While the present invention has been described in detail above, it should be apparent that the embodiments mentioned in the process are only illustrative, and not restrictive, and component changes to an extent that may be equivalently substituted from the present invention are within the scope of the present invention. Will belong to.

According to the present invention, since the above-mentioned basic learning process, the 7-step movement & movement method and the 6-step main learning method can be perfectly implemented in a computer network system, even if the main school does not go to a low cost, more systematic and effective way Learning is possible.

In addition, since the mainstream learning system according to the present invention can be provided as a recording medium such as a CD-ROM that can be easily driven using only a computer even without a network, the present invention can be easily accessed even in a region where network connection is difficult. .

Claims (18)

In the online education system for transmitting and receiving various types of data including sound, image and video based on the network, 1 step to raise or lower 1 week using thumb, 2 steps to raise or lower 5 weeks using index finger, 3 steps to raise or lower 1 and 5 weeks using thumb and index finger simultaneously, 1 week with thumb 4 steps to move down first and 5 weeks with index finger, 5 steps to raise or lower 1 and 5 weeks with simultaneous motion of thumb and index, 6 steps to raise 10 and 5 weeks using thumb and index finger simultaneously and A learning data storage unit including a learning data storage unit 111, which is a calculation data database for demonstrating the operation of a fingering system, which is organized in seven stages by lowering one week first and raising 10 and 5 weeks simultaneously with the thumb and index finger ( 110); An image storage unit 120 that stores image data for expressing a state in which an actual calculation is performed; Based on the calculation data in the learning data storage unit 110 provides the service user with the operation image combined with the image required in the image storage unit 120 and the calculated data of the learning data storage unit 110 based on the service user. And a basic learning unit (100) including an operation control unit (130) for controlling the progress of basic learning. The method of claim 1, wherein the learning data storage unit 110 learns the addition and use of the first step to learn the addition and subtraction without using a pair and a complement, which can learn the actual perception based on the movement fingering method It consists of two steps to do subtraction using pairs, three steps to learn addition using conservatives, five steps to learn subtraction using complements, and six steps to learn addition and subtraction using both pairs and complements. Online learning system, characterized in that it further comprises a learning database storage unit 112, a database containing calculation data necessary for the six-step learning process. According to claim 1, The learning material storage unit 110 is further provided with abacus learning data storage unit 113 that is a database consisting of any number of positive and integer numbers to learn the driving rules of the abacus, the operation The control unit 130, the online abacus learning system, characterized in that for the data of the abacus learning storage unit 113 is provided to the service user by combining only the movement of the abacus eggs without finger movement and fingering operation. The method of claim 1 or 2, wherein the operation control unit 130 further includes a step selection unit 140 to allow a service user to learn by selecting the learning content and step suitable for their level in the basic learning process. Online learning system, characterized in that. The method of claim 1, further comprising a member information DB 201 and an authentication control unit 202 for determining and authenticating the membership of the service user, and for controlling information exchange and operation between system components. Online learning system further comprising an integrated control unit (10). According to any one of claims 1, 2, 3 and 5, further comprising an eosinophilic learning unit 300, the eosinophilic learning unit 300 is a voice generating unit for sounding eosinophilic problems 301; And an eosinophilic controller (303) for controlling information exchange and eosinophilic learning progress with a service user. The on-line learning system according to claim 6, wherein the voice generator (301) is an eosinophilic data storage unit for storing sound data recorded by a human voice. 7. The online learning system according to claim 6, further comprising a step providing unit (302) for dividing the eosinophilic content into levels for each level to allow a service user to select and learn an appropriate step. The method according to any one of claims 1, 2, 3 and 5, further comprising an arithmetic learning unit 400, wherein the arithmetic learning unit 400 receives a correct answer sent by a service user. The correct answer receiving unit 402, the noon determination unit 403 to determine the noon by comparing the correct answer and the answer of the service user, the result transmitter 404 to provide the service user with the results of the noon, and stores the arithmetic data to be used as a mental problem An online learning system including an arithmetic data storage unit 405 and a mental arithmetic control unit 406 for providing a mental arithmetic problem to a service user, exchanging information with a service user, and controlling a mental arithmetic learning process. 10. The online learning system according to claim 9, further comprising a step providing unit (401) for allowing a service user to select a level of arithmetic problem to learn. The method according to any one of claims 1, 2, 3 and 5, further comprising a video learning unit 500, wherein the video learning unit 500 stores video data to be provided to a service user. Online DB learning system including a video DB (501) and a video lecture list stored in the video DB to the service user, providing a corresponding video selected by the service user, and a video control unit 502 for controlling the video learning progress. In the online education system providing method for transmitting and receiving various types of data including sound, image and video based on the network, 1 step to raise or lower 1 week using thumb, 2 steps to raise or lower 5 weeks using index finger, 3 steps to raise or lower 1 and 5 weeks using thumb and index finger simultaneously, 1 week with thumb 4 steps to move down first and 5 weeks with index finger, 5 steps to raise or lower 1 and 5 weeks with simultaneous motion of thumb and index, 6 steps to raise 10 and 5 weeks using thumb and index finger simultaneously and Fingering fingering learning data storage section for storing the seven-stage fingering fingering calculation data required for the seven-step fingering fingering learning process of lowering one week first with thumb and index finger 10 and 5 weeks at the same time Learning data storage unit 110, including; (S11) having an image storage unit (120) for storing image data for expressing an actual state of being made; A step in which the operation controller 130 combines the necessary images in the image storage unit 120 and completes the operation image based on the calculated data in the learning data storage unit 110 (S12); Selecting, by the operation control unit 130, the contextual information and the learning content which is the calculation image and the corresponding calculation data to be provided to the service user (s13); Receiving, by the operation controller 130, a progress related command from the service user, and controlling reproduction of the learning content in step S13 (s14); Online learning system providing method comprising a. The method of claim 12, wherein the step (S11) is the learning data storage unit 110, as the mainstream learning data, Step 1 to learn the addition and subtraction using pairs and complements, Step 2 to learn addition using a pair, Step 3 to learn subtraction using a pair, Step 4 to learn addition using a complement, and subtraction using a complement Comprising a step-by-step learning learning data storage unit 112 for storing the calculated data required for the step 5 learning and the step 6 learning the addition and subtraction at the same time using the pair and the complement; Method for providing online learning system characterized in that. The abacus learning data storage unit 113 of claim 12, wherein the step (s11) includes the abacus learning data storage unit 113 as a database composed of any number, both positive and integer numbers, so that the learning data storage unit 110 can learn the driving rules of the abacus. The method for providing online lessons learned system further comprising the step of having. 13. The method according to claim 12, further comprising a step (s121) of receiving the learning contents and the step from the service user and storing them in the context information prior to the step (s13). 1 step to raise or lower 1 week using thumb, 2 steps to raise or lower 5 weeks using index finger, 3 steps to raise or lower 1 and 5 weeks using thumb and index finger simultaneously, 1 week with thumb First, step 4 to raise the 5 weeks with the index finger, 4 steps to raise or lower 1 and 5 weeks by the simultaneous motion of the thumb and index finger, 6 steps to raise 10 and 5 weeks using the thumb and index finger at the same time And one finger thumb down first and then 10 weeks and 5 weeks with thumb and index finger at the same time for the seven-step fingering fingering learning process, the seven-step fingering fingering learning data storage step by step to store the data stored separately (111 Learning data storage unit 110, including; (S11) having an image storage unit (120) for storing image data for expressing an actual state of being made; A step in which the operation controller 130 combines the necessary images in the image storage unit 120 and completes the operation image based on the calculated data in the learning data storage unit 110 (S12); Receiving the learning information and the situation information of the step selected by the service user through the step selection unit 140 (s121); Selecting, by the operation control unit 130, the contextual information and the learning content which is the calculation image and the corresponding calculation data to be provided to the service user (s13); Receiving, by the operation controller 130, a progress related command from the service user, and controlling reproduction of the learning content in step S13 (s14); A computer-readable recording medium having recorded thereon a program for executing the program. The method of claim 16, wherein the step (S11) is the learning data storage unit 110, as the mainstream learning data, Step 1 to learn the addition and subtraction using pairs and complements, Step 2 to learn addition using a pair, Step 3 to learn subtraction using a pair, Step 4 to learn addition using a complement, and subtraction using a complement Comprising a step-by-step learning learning data storage unit 112 for storing the calculated data for each step 5 learning and step 6 for learning addition and subtraction using the pair and complement at the same time step by step; Computer-readable recording medium that records the program. The abacus learning data storage unit 113 of claim 16, wherein the step (s11) includes a learning abacus learning data storage unit 113 as a database composed of any number between positive and integer numbers so as to learn the driving rules of the abacus. A computer-readable recording medium having recorded thereon a program for executing the step further comprising.

Images