JP4129829B2 - Education system - Google Patents

Description

[0001]
BACKGROUND OF THE INVENTION
The present invention relates to an education system using moving images.
[0002]
[Prior art]
Video was sometimes used as a teaching material for new employee education. In this video, the situation that can occur in the actual workplace is recorded, and this is shown to the learner, and when the trouble occurs, for example, the learner himself answers what to do There was a method. Education using videos, such as videos, has the advantage of making it easier for learners to understand the actual scene than simply reading textbooks.
This method can be used to show the learner a video that includes scenes that require action, such as troubleshooting, in the daily scene of the workplace. temporary the video is stopped, is that issues a problem with respect to the scene. Then, the learner's degree of understanding is evaluated from the correct answer rate of the problem.
[0003]
For example, in a store clerk education at a retail store, if a store clerk is thinking about what to do when a customer is picking up and holding a product, stop the image and say, “This situation is most appropriate now. Choose one of the following options. ” Then, for example, “1. Silently look at the situation. 2. Say“ Looking for something? ”3. Describe the product you have in your hand. Such a problem may be displayed on the screen where the video is viewed, may be printed with an answer sheet, or the instructor may ask questions verbally.
There are cases where education is given using videos that contain the above problems in various places.
[0004]
[Problems to be solved by the invention]
In the above method, when the learner comes to a scene where action must actually be taken, the image stops or a question is displayed, so the learner only remembers the content of the action that needs attention. If you do, you may be able to answer correctly. In other words, in the situation of A, if you remember that you have to do B, even if you can't judge now that you are in the situation of A or when you should take action, give a correct answer be able to. Therefore, even though learning can be performed and correct by the method as described above, there is a case in which an appropriate response cannot be made at an appropriate timing in an actual site.
[0005]
In other words, the above learning system has a problem that the learner's level of understanding cannot be properly evaluated.
An object of the present invention is to provide an education system capable of more accurately evaluating a learner's ability and more effectively improving a learning effect in an education system using a moving image.
[0006]
[Means for Solving the Problems]
In the first invention, the computer includes processing means, data storage means, and position specifying means, and the data storage means sets the correct time data determined in accordance with the progress of the instructional video including the action target. Predetermined correct answer position data on the display at that time is associated and stored as correct answer data, and the processing means displays the instructional video on the display, and simultaneously with the displayed instructional video. In addition to measuring the time, answer time data that is the time measured when the answer position data is specified in the answer position data that is the position of the action target on the display specified by the learner using the position specifying means. Corresponding data is stored in the data storage means as answer data, and the processing means finishes displaying the video for teaching material and then stores the data storage Is compared with the correct answer data, the answer time data is included in the correct time data, and the answer position data corresponding to the answer time data and the correct position corresponding to the correct time data It is characterized in that it is determined that the answer is correct when the data matches .
[0007]
The above-mentioned action object is a thing that requires action related to it. The position data is the position data of the action target displayed on the screen, such as coordinate data that can identify the action target when the learner specifies the action target on the screen.
[0008]
The second invention is based on the first invention, and the data storage means includes action content list data associated with the action target position data and correct action content data associated with the correct time data. When the position data of the action target is input from the position specifying means, the processing means displays the action content list data associated with this position data on the display, while the learner While the specified answer action content data is stored in the data storage means, the processing means determines that the answer is correct when the correspondence between the answer time data, the answer position data, and the answer action contents data matches the correct answer data. Characterized by points.
[0009]
The third invention is based on the first or second invention, and when the answer position data is input from the position specifying means, the processing means freezes the moving image and stops measuring the time, and the action content data This is characterized in that the time measurement is restarted after the moving image is restarted after .
According to a fourth aspect of the present invention, the computer includes a processing unit, a data storage unit, and a position specifying unit. The data storage unit associates each frame with the progress of the moving image for teaching material including the action target. In the attached image identification information, the correct image identification information of the frame that is the correct answer is associated with predetermined correct position data on the display of the frame and stored as correct data, and the processing means is configured to display the above-mentioned processing means on the display. A video for teaching materials is displayed, and the image identification information when the answer position data is specified is associated with the answer position data which is the position of the action target on the display specified by the learner using the position specifying means. Answer data is stored in the data storage means, and the processing means finishes displaying the instructional video and then returns the predetermined answer data stored in the data storage section. The answer image identification information and the correct image identification information match, and when the answer position data corresponding to the matched image identification information and the correct answer position data match, It has the feature in the point to judge .
[0010]
The fifth invention is based on the fourth invention, and the data storage means is selected from action content list data associated with action target position data and the action content list data, and The correct action action content data associated with the correct image identification information is stored, and when the position data of the action target is input from the position specifying means, the processing means displays the action content list data associated with the position data. While displayed on the display, the learner stores the response action content data specified from the action content list data in the data storage means, while the processing means corresponds to the answer image identification information, the answer position data, and the answer action content data. It is characterized in that it is determined as a correct answer when the relationship matches the correct answer data .
[0011]
DETAILED DESCRIPTION OF THE INVENTION
An embodiment of the present invention will be described with reference to FIGS. In this embodiment, an education system for educating shop staff of a game hall such as a pachinko parlor is used.
As shown in FIG. 1, in this educational system, a computer C having a display 1 for displaying a moving image for educational material is connected to educational material providing means 2 via communication means I such as the Internet. The computer C is a device on the game hall side that performs store clerk education, and includes processing means 3, data storage means 4, and position specifying means 5.
The learning material providing means 2 has a function of storing learning material data and transmitting the learning material data to the computer C. The teaching material data includes teaching material moving images including the problem and correct answer data for the problem, and these are transmitted to the computer C.
However, the computer C and the teaching material providing means 2 may be provided in the same place or in the same housing.
[0012]
If the teaching material providing means 2 is provided separately from the computer C as in this embodiment, the computer C side can sequentially display the transmitted moving image data, and can transmit a large amount of image data by itself. There is no need to remember. In particular, if various kinds of instructional videos are stored in the teaching material providing means 2 and the computer C receives specific teaching materials as necessary, various teaching materials can be provided without providing a large capacity storage means. Can be used. Moreover, if a plurality of computers are connected to the communication means I, teaching materials can be provided to each computer in the same manner.
[0013]
Further, the processing means 3 of the computer C receives the data transmitted from the learning material providing means 2 and displays the data on the display 1 and the correct data of the learning material is stored in the data storage means 4 and learning. A person has a function of scoring answers made to teaching materials. In addition, the said learner is an educated person educated by this system. That is, in this embodiment, the store clerk at the game hall is a learner.
[0014]
The position specifying means 5 has a function of generating position data for specifying the position when the learner indicates the position on the screen of the moving image displayed on the display 1. The position data is data necessary for specifying an action target described later. If this position data is used to specify the relative position in the entire moving image display area, the position of the object on the screen can be accurately specified even if the size or resolution of the display changes.
[0015]
The following describes about the educational material data used in this embodiment.
The moving image displayed on the display 1 shows a state in the game hall. For example, as shown in FIG. 2, the game machine 6 and the machine terminal 7 are alternately installed on the display 1, and one island A in which a chair 8 is installed in front of each game machine 6 is displayed. Here, the island is a row in which game machines are continuously installed. In FIG. 2, the customer is omitted, but in reality, the state of the customer playing on the game stand 6 in the island A is displayed on the display 1. A calling lamp 9 that is turned on when calling a store clerk is provided at the top of the game table 6, and an empty ball box 10 is stacked on the island edge.
In addition, a table 11 is provided in front of the game table 6, and a customer who is playing a game can place a ball box 12 containing the balls he has acquired on the table 11.
[0016]
A situation in which the learner needs to take action is included as a problem in the moving image displaying the situation in the game hall as described above. The behavior of the learner clerk is to have an empty cardboard box 10 on the island edge to the player who has hit the jackpot during the game and runs out of cardboard boxes to store the acquired balls. Or when a player who has finished playing has to carry a large number of ball boxes to the prize counter.
[0017]
In the above teaching materials, a target for the learner to take action is set from those displayed on the display, and a click point is embedded at a corresponding position. For example, when you think that you have to act on the gaming table 6, if you move the mouse pointer to a specific gaming table 6 on the display, a click point is displayed. It is considered that the action target is specified. What can be the action target varies depending on the teaching material, but includes, for example, a gaming table 6, a ball box 10 on the island edge, a ball box 12 in front of the gaming table, a calling lamp 9, and the like.
In this embodiment, the click point is displayed when the mouse pointer is moved to a specific location on the display 1, but the click point may not be displayed. Thereby, it is possible to ask the learner the judgment power closer to the actual site. It is also possible to specify a specific location with a finger instead of a mouse.
[0018]
On the other hand, an action content list corresponds to each action target. This action content list is displayed on the display 1 when the learner specifies an action target, and further, an appropriate action content is selected from the list.
The action content list displayed on the display includes those shown in FIGS. FIG. 3 is an action content list displayed when the island-side ball box 10 is an action target, and this list appears as a window 13 on a part of the screen. The action contents shown in this window 13 include, for example, “1. tidy the ball box”, “2. transport the ball box to the game table”, “3. wipe the ball box with a wipe”. The above-mentioned “1. tidy up the box” means that the timber box 10 placed on the island edge is messed up, and “2. “To carry” is an action to be taken when a game console with a big hit is found and there is no empty ball box in front of it. Further, when the ball box is dirty, it is necessary to “3. Wipe the ball box with a wipe”.
[0019]
Similarly, the window 14 in FIG. 4 is a list of action contents displayed when the call lamp 9 is an action object, and the window 15 in FIG. 5 is an action object for the ball box 12 placed in front of the game table. In this case, the window 16 of FIG. 6 is a list display window when the game table 6 is an action target.
The action content list as described above is displayed whenever a corresponding action target is specified.
[0020]
Further, the correct answer data included in the teaching material data is shown in the table of FIG. That is, the correct answer data is data in which the time at which the problem situation is displayed and the action to be taken in accordance with the progress of the moving image are associated with each other. And stored in the data storage means 4.
Here, the time is defined as a time when the starting time of the moving image is 0 hour 0 minute 0 second (0h0m0s) and the elapsed time thereafter. However, when the video is paused, the time is also stopped.
[0021]
For example, the correct answer data of the table of column 17 shown in FIG. 7, in the action target of between the time 3m35s~4m05s the "ball box of the island end", the action content is Ri Oh in "take the ball box to die" In the correct data in the column 18, the action target between times 3m37s and 4m27s is “call lamp”, and the action content is “speak to the customer”. Further, the correct answer data in the column 19 is that the action target at the times 3m45s to 4m25s is “ball box in front of the game table”, and the action content is “place the ball box on the floor”. In this way, correct data in which the time is associated with the action target and the action content is stored in the data storage unit 4. The reason why the time of the correct answer data is wide is that it takes into consideration the time from when the problem situation occurs until the store clerk notices the situation and takes action.
[0022]
The correct situation data corresponds to the following situation.
For example, the correct data in the column 17 indicates that the gaming table 6 displayed on the display 1 is a big hit, the decoration lamp attached to the gaming table 6 is lit, and the player lights the calling lamp 9. It is in the state. In such a situation, the store clerk must take the empty ball box 10 (see FIG. 2) placed on the island edge to the jackpot where the jackpot is made. Therefore, the correct answer when this situation is displayed on the display 1 is the correct data in the column 17.
[0023]
If the reason why the call lamp is lit is not known, as shown in the column 18 in FIG. 7, “Speak to the customer” becomes the correct answer data, and the table 11 in front of the game table 6 in FIG. When the ball boxes 12 containing balls are lined up, the column 19 “put the ball box 12 on the floor” is the correct answer data.
In FIG. 7 , the name of the object is represented as the action target of the correct answer data. However , the data storage unit 4 stores position data for specifying the relative position in the screen on which the action target is displayed. I have to.
[0024]
Then, in accordance with the flowchart of FIG. 8, a procedure in education system using the materials. The flowchart shown in FIG. 8 mainly shows data processing in the computer C. Unless otherwise specified, the processing of the processing means 3 is shown.
Here, the computer C accesses the learning material providing means 2, requests a necessary learning material, receives the received learning material, and causes the processing means 3 to display a moving image on the display 1. The correct answer data corresponding to the teaching material to be displayed is received from the teaching material providing means 2 in advance and stored in the data storage means 4 before the moving image is displayed.
[0025]
In step S1, moving image display is started and time measurement is started. As described above, the time is a time measured only during reproduction of a moving image, with the starting point of the moving image set to 0:00.
If the action target is specified by the learner on the display in step S2, the process proceeds to step S3. If the action target is not specified, the process returns to step S2 to continue displaying the moving image.
[0026]
When the action target is specified, in step S3, the display of the moving image is stopped and the time measurement is stopped. At this time, a still image is displayed on the display 1.
In step S <b> 4, the position specifying unit 5 generates position data of the action target position instructed on the display and inputs the position data to the processing unit 3.
In step S5, the processing means 3 associates the input position data with the time, that is, the time when the learner designates the action target, and stores it in the data storage means 4 as answer data.
[0027]
In step S6, an action content list corresponding to the position data is displayed.
The action content list displayed here is associated with each action target.
The action target and the action content list may be associated in any way, but in this embodiment, the action object is associated with the position data. That is, the teaching material data includes data in which the action content list is associated with the position data of the action target displayed for each time. However, when the display position does not change in the displayed moving image such as the game table 6 or the ball box 10, it is sufficient to associate the position data with the action content list regardless of the time.
[0028]
Next, it waits until action content is selected from the said action content list at step S7, and if action content is selected, it will progress to step S8. After displaying the action content list, set a time to accept the selection of the action content, and when that time has passed, stop displaying the content list and display the continuation of the video .
In step S8, the action content selected by the learner is added to the answer data and stored in the data storage means. As shown in the table of FIG. 9, the answer data is data in which the time when the action target is designated, the action target, and the action content are associated with each other. In this table, it is shown as an action target, but it may be position data of the action target.
[0029]
In step S9, the display of the moving image and the time measurement are resumed.
In step S10, the end of the moving image is determined. When the moving image is not ended, the process returns to step 2, and the above steps are repeated. .
In step S12, evaluation is performed by comparing the answer data of the learner and the correct answer data. In step S13, the result is displayed on the display 1 or printed, and the process ends (step S14).
In this embodiment, when an action target is designated on the display 1, the moving image is temporarily stopped. However, the moving image may be continuously flowed.
[0030]
The answer data is evaluated by comparing the correct answer data shown in FIG. 7 with the answer data shown in FIG.
Specifically, in the column 20 of FIG. 9, the correct time data of FIG. 7 includes the response of time = 3 m 42 s, action target = “island edge ball box”, action content = “carry the ball box to the game table”. If it is included, correct point 1 is given.
As shown in FIG. 7, the above answer data is included in the correct data in the column 17 of time = 3 m35 s to 4 m05 s, action target = “island edge ball box”, action content = “carry the ball box to the game table”. Therefore, the answer in the column 20 is determined to be correct and points 1 are given.
Similarly, from the answer column 2 2 in Figure 9, the correct data in the column 1 9 data Figure 7 adds correct point 1.
[0031]
On the other hand, since the correct data is not corresponding to the column 2 1 answer data in FIG. 9, for 1-point deduction. In this way, the correctness / incorrectness of all answers is determined and scored. And the scoring result is output as a learner's ability evaluation result.
However, the correctness / incorrectness determination method, scoring criteria, etc. are not limited to the above-described embodiment. For example, if you give a point corresponding to the answer data that matches the correct answer data and make an incorrect answer, you will not deduct points or you will not make an incorrect answer, but you did not answer where you should answer Whether to deduct points can be set according to the system.
[0032]
In this embodiment, if the learner makes a correct selection within a specific time, the correct answer point 1 is given, but the number of points to be given can be changed depending on the time until the correct answer. .
Furthermore, as a teaching material, you may make a problem that only the target of action is answered and the content of action does not matter. In that case, it is not necessary to store the action content list, and the action content is not included in the correct answer data.
[0033]
Furthermore, in this embodiment, the same action content list is associated with one action target. For example, when the call lamp is designated as an action target, the action content list window 14 shown in FIG. 4 is displayed regardless of the displayed state. In this way, the action target and the action content list are associated one-to-one with the content of the action most suitable for the learner from the action contents to correspond to various scenes. This is for selecting. However, different action content lists may be displayed for the same action object depending on the scene.
[0034]
In this embodiment, all the answer data of the learner is stored, and the answer is evaluated after the display of the instructional video is finished. However, the learner inputs the answer to the display 1. You may be made to judge and display the correctness every time. Further, the image to be displayed next may be changed according to whether the answer is correct.
Further, the image to be displayed next may be changed depending on the action target and action content designated by the learner. For example, when the learner has selected a gaming table, the player switches to an image viewed from the front of the gaming table, or when the learner has selected “take the ball box to the gaming table”, the table 11 The state where the ball box is placed is displayed up.
[0035]
The educational material moving image used in the educational system of the present invention includes a moving image that is smoothly continuous like a video and a frame-advanced image with intervals. In the case of a frame-by-frame image, the scene can be specified by adding image identification information to each frame and specifying the scene by the image identification information, instead of specifying the scene by time. The correct answer data may also be stored in association with the image identification information. If the image identification information is attached to each frame to manage the progress of the moving image, the correct data and the moving image scene can be easily associated with each other even when the interval between frames is displayed.
[0036]
In the educational system of this embodiment described above, the learner must determine the timing at which he / she should take action and select the action at that time, so he trains accurate judgment including the timing. be able to.
The education system according to the present invention can be used not only for store clerk education at amusement halls, but also for employee education in various industries such as waitress education areas, customer service education at retail stores, and trouble countermeasures at factories. The system can also be used at schools that teach driving procedures and production procedures.
[0037]
Further, the virtual position of the learner himself / herself may be displayed in the learning material moving image, and a screen corresponding to the position may be displayed. In particular, when the learner's position is related to judgment or behavior, if the learner's virtual position is displayed and the learner can change the position, the situation will be more realistic. Can learn.
[0038]
【The invention's effect】
According to the first to fifth inventions, in the educational system using moving images, it is possible to understand the behavior of the learner as well as the timing of taking the action such as when the learner should perform. It is possible to accurately evaluate the ability. In addition, the above-mentioned ability can be extended for learners who have received this education.
[0039]
In the fourth aspect of the invention, since the progress of the moving image is managed not by time but by the image identification information, the correct data and the moving image can be easily matched even when the frame interval is changed and displayed .
[0040]
According to the second and fifth inventions, the learner can also learn about specific action contents.
[Brief description of the drawings]
FIG. 1 is a system configuration diagram of an embodiment.
FIG. 2 is an example of an image displayed on a display in the educational system of the embodiment.
FIG. 3 is a screen showing a list of action contents according to the embodiment.
FIG. 4 is a screen showing a list of action contents according to the embodiment.
FIG. 5 is a screen showing a list of action contents according to the embodiment.
FIG. 6 is a screen showing a list of action contents according to the embodiment.
FIG. 7 is a table showing correct answer data of an example.
FIG. 8 is a flowchart showing a processing procedure of the embodiment.
FIG. 9 is a table showing answer data of learners in the embodiment.
[Explanation of symbols]
1 Display 3 Processing means 4 Data storage means 5 Location specifying means

Claims (5)

The computer includes processing means, data storage means, and position specifying means, and the data storage means adds the correct time data determined in accordance with the progress of the moving image for teaching material including the action object on the display at that time. Associating predetermined correct answer position data and storing it as correct answer data, the processing means displays the video for educational material on the display, and measures the time simultaneously with the displayed video for educational material, The answer time data, which is the time measured when the answer position data is specified, is associated with the answer position data, which is the position of the action target on the display specified by the learner using the position specifying means, and is answered The data is stored in the data storage means, and the processing means stores the data stored in the data storage means after the display of the instructional video. The predetermined answer data is compared with the correct answer data, the answer time data is included in the correct answer time data, and the answer position data corresponding to the answer time data and the correct answer position data corresponding to the correct answer time data match. An educational system that determines that the answer is correct . The data storage means stores action content list data associated with the position data of the action target and correct action content data associated with the correct time data, and the processing means stores the action target data from the position specifying means. When position data is input, action content list data associated with the position data is displayed on the display, while answer behavior content data specified by the learner from the action content list data is stored in the data storage means The education system according to claim 1, wherein the processing means determines that the answer is correct when the correspondence relationship between the answer time data, the answer position data, and the answer action content data matches the correct answer data . When the answer position data is input from the position specifying means, the processing means stops the video and stops measuring the time. After the action content data is input , the processing means restarts the video and measures the time. The education system according to claim 1 or 2, which is resumed . The computer includes a processing unit, a data storage unit, and a position specifying unit, and the data storage unit associates the progress of the moving picture for teaching materials including the action target with the progress of the moving image for teaching material, and stores the image identification information attached to each frame. The correct image identification information of the correct frame is associated with predetermined correct position data on the display of the frame and stored as correct data, and the processing means displays the instructional video on the display. The above-mentioned data storage is performed by associating image identification information when the answer position data is specified with the answer position data, which is the position of the action target on the display specified by the learner using the position specifying means, as response data. The processing means stores the predetermined answer data and correct answer data stored in the data storage section after the display of the instructional video is completed. Versus the door, and respond with the image identification information and correct image identification information coincides, when the answer location data corresponding to the matched image identification information and the correct position data match, the education system determines that correct . The data storage means includes action content list data associated with action target position data, and correct action content data selected from the action content list data and associated with correct image identification information. When the position data of the action target is input from the position specifying means, the processing means displays the action content list data associated with this position data on the display, while the learner While the identified answer action content data is stored in the data storage means, the processing means determines that the answer is correct when the correspondence between the answer image identification information, the answer position data, and the answer action contents data matches the correct answer data. The education system according to claim 4 .

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