KR101172881B1 - System and method for making the objective test paper used in on-line - Google Patents

Abstract

The present invention provides an online multiple-choice system that can significantly reduce the time of test paper production by automatically recognizing all the view-by-item views by recognizing the view image only once without the hassle of having to fill out questions and views in the online test paper. A method and a system for manufacturing a test paper, the method comprising: a file generation module for retrieving an original file from a memory and scanning the image, and loading the produced test paper file or storing and temporarily storing the test paper file in a specific directory; A multiple choice view generation module for extracting a view image of an online multiple choice test questionnaire as a sample, recognizing the pattern, and recognizing all views displayed in the image data; A multiple-choice item generation module for recognizing each item number of the online multiple-choice test paper; As the question recognition operation is performed by the multiple-choice item generation module, the answer sheet is displayed on one side of the test sheet, and the question image is pasted onto the actual image data and the answer check box of the question is generated. An answer display module; An interface unit for providing a graphical user interface for providing an input / output and a progress required for generating the online multiple-choice test sheet on a monitor; The present invention relates to a system for producing an online multiple-choice test paper comprising a central processing unit for driving and controlling each component module.

Description

METHODS AND METHOD FOR MAKING THE OBJECTIVE TEST PAPER USED IN ON-LINE}

The present invention relates to a method and a system for producing an online multiple-choice test paper. It is about.

With the development and dissemination of today's Internet and computers, offline tests have been conducted on remote computers, so that submitted answers can be processed more quickly and graded.

In order for these tests to take place, a production tool for producing computerized test papers is required, but the previously developed tools are cumbersome to fill out questions and examples, and it is cumbersome for the examinee to write their answers.

Accordingly, an object of the present invention for solving the above problems is to provide a method for producing an online multiple-choice test paper to automatically recognize the questions and views of the scanned test paper.

In addition, an object of the present invention is to provide a method for producing an online multiple-choice test paper so that the answer is automatically written on the answer sheet sheet according to the check of the answer on the test sheet.

In accordance with an aspect of the present invention, there is provided a system for producing an online multiple-choice test paper, comprising: a file generation module for retrieving an original file from a memory and scanning an image, and loading and temporarily storing the produced test paper file in a specific directory; A multiple choice view generation module for extracting a view image of an online multiple choice test questionnaire as a sample, recognizing the pattern, and recognizing all views displayed in the image data; A multiple-choice item generation module for recognizing each item number of the online multiple-choice test paper; As the question recognition operation is performed by the multiple-choice item generation module, the answer sheet is displayed on one side of the test sheet, and the question image is pasted onto the actual image data and the answer check box of the question is generated. An answer display module; An interface unit for providing a graphical user interface for providing an input / output and a progress required for generating the online multiple-choice test sheet on a monitor; The program is achieved by an on-line multiple choice test sheet fabrication system comprising a central processing unit for driving and controlling each component module.

In another aspect, the present invention, the file generation module, and loads the test paper original file to be produced by the program command, the file processing unit for storing and temporarily storing the online multiple-choice test paper file produced by the program and in particular set the file name and path to be stored; ; A file scanning unit scanning the original file imported by the file processing unit for each page to generate image data; A coordinate generation unit configured to have coordinate values for each page in the image data generated by the file scanning unit; Preferably, the coordinate generating unit includes a coordinate recognition unit that recognizes a specific position on the image data as coordinates and transmits the coordinate position to a module requesting the corresponding position as a coordinate value.

The present invention also provides a multiple-choice view generating module comprising: an image extracting unit for capturing numerical images corresponding to the number of views after receiving the number of views for each test item to extract the view image of the image data; An image recognizing unit recognizing a pattern of the numeric image received from the image extracting unit; An image discriminating unit for determining a degree of matching by comparing each view of pattern recognition with actual view images on the image data according to the view image pattern-recognized by the image recognition unit; If the view image and the pattern recognized view image on the image data are the same, obtain the view image coordinate value of the image data and paste the pattern recognized view image into the corresponding coordinates. It is preferably configured to include an image display unit to paste on.

The present invention also provides a multiple-choice item generation module, comprising: an item image generation unit configured to sequentially generate item images through a keyboard shortcut operation; An item image display unit for pasting an item image positioned at a mouse point so that the item image is pasted to the item on the actual image data; It is preferable to include an item recognition unit that receives the items of the image data and each coordinate value of the view image of the item and recognizes the views corresponding to the specific item as the position coordinates to match.

In addition, the present invention, the answer display module, after pasting the pattern recognized image on the image data by the multiple choice view generation module, to create an answer sheet sheet sheet on one side of the online multiple choice test paper window consisting of the image data Answer sheet generation unit; According to the item recognition step, which is the next step of the recognition of the item by question, the answer check box generation unit which allows the item image to be located on the actual image data and the view check box of the item and the item is created in the answer sheet sheet window. Wow; It is preferable to include a correct answer display unit which simultaneously marks the correct answer on the test sheet view and the item-specific answer check box while all the item-specific answer check boxes of the online multiple-choice test paper are generated.

The present invention also provides a method for producing an online multiple-choice test paper, comprising: a file generating step of importing an original file from a memory and scanning and displaying the image data to produce an online multiple-choice test paper; A multiple choice view generating step of recognizing a view image of the online multiple choice test paper displayed as image data; A multiple choice item generation step of recognizing the questions of each problem after performing the multiple choice view generation step; As the question recognition operation is performed by the multiple-choice item generation module in the multiple-choice item generation step, the answer sheet is displayed on one side of a test sheet, and the item image is pasted onto the actual image data and the corresponding item An answer display step of generating an answer check box of an answer; A file storage step of storing the produced online multiple-choice test paper as a file after performing the answer display step; It is also achieved by a method for producing an online multiple-choice test paper, comprising a file registration step of uploading the generated file on a server for managing the online multiple-choice test paper so that examinees can take the test through the actual test paper.

The present invention also provides a file generating step, wherein the file processing step comprises: an original file importing step of importing a test paper original file to be produced by a command on a program; Accordingly, an original file scanning step in which the original file is scanned page by page by the file scanning unit and converted into image data; Preferably, the image data is generated, and the coordinate generating unit comprises a coordinate generating step of allowing the image data to have a coordinate value in the corresponding page.

The present invention also provides a multiple-choice view generating step comprising: an image extracting step of capturing the view images of the image data according to the number after the image extracting unit receives the number of views per test item and transferring the image to the image recognizing unit; An image pattern analysis step of recognizing, by the image recognition unit, a pattern of a numeric image received from the image extraction unit; An image matching step of judging whether the image judging unit compares the viewing image pattern-recognized by the image recognizing unit with the actual viewing images on the image data to determine a degree of matching; A coordinate value recognition step of receiving a view image coordinate value of the image data from the coordinate recognition unit when the view images for each item coincide with the pattern recognized views in the image matching determination step; It is preferable that the image display unit is configured to paste to the view to automatically paste the pattern recognition view image on the coordinate through the coordinate value.

In addition, the present invention in the step of determining whether the image match, if a view image that does not match the pattern recognized view of each view image for each item is generated, paste the pattern recognition view image of the unmatched view to the area of the item Pasting on an area of the corresponding item to be pasted; It is preferable to perform a step of pasting to the item view after performing a drag step to move the mismatched view image to be dragged with a mouse so as to be positioned on the actual view image of the mismatched view image.

In addition, the multiple-choice item generation step, the item image generation step of causing the item image to be sequentially generated through the keyboard shortcut operation by the operator in the item image generation unit program; When the item image is provided on the screen by the item image generating step, the item image positioned at the mouse point by the operator's mouse is applied to the item on the actual image data so that the item image display unit pastes the item image to the item. Displaying an item image for pasting so as to be positioned; After the item image generation step and the item image display step are repeated for each item, the item image is pasted to all items, and the item recognition unit uses the coordinate recognition unit to answer the items of the image data and the coordinate values of the view images of the corresponding item. It is preferable to perform the matching step of the item and view matching each other by recognizing the corresponding views of a specific item as a position coordinate by receiving.

In addition, the present invention is the answer display step, the answer sheet generation unit pastes the image recognized by the multiple-choice view generation module on the image data, the answer sheet sheet window on one side of the online multiple choice test paper window consisting of the image data Answer sheet generation step of generating; An answer check box generating step of generating an answer check box for the corresponding question and the item in the answer sheet sheet as the answer check box generation unit recognizes both the question and the view; After the answer sheet generation step and the answer check box generation step are repeatedly performed, the answer check box of all the questions is generated, and then the correct answer display unit is configured to display the correct answer on the test paper.

In addition, the present invention, the correct answer display unit checks the correct answer view image of a specific question in the multiple-choice online test paper window, or whenever you check the correct answer view of the answer check box of the corresponding question on the answer sheet sheet to create an online multiple-choice test paper window or answer Even if you check Show Correct Answers in any of the sheet windows, it is desirable to have the correct answers for the questions displayed in both panes.

Therefore, the method and system for producing an online multiple-choice test paper of the present invention by means of the above-mentioned problem solving means, view all items by recognizing the view image only once without the hassle of having to fill out questions and views in the production of the online test paper. By allowing them to be automatically recognized, the paper production time can be greatly reduced.

In addition, depending on the recognition of the question, the answer sheet for each question is automatically filled out on the answer sheet, and the answer box for the online test is checked just by the examinees checking the questions. It will play a big role in saving time.

1 is an overall configuration diagram of a production system of an online multiple-choice test paper of the present invention;
2 is a configuration diagram of a file generation module of FIG. 1;
3 is a configuration diagram of the multiple choice view generating module of FIG. 1;
4 is a block diagram of a multiple-choice item generation module of FIG.
5 is a block diagram of the answer display module of FIG.
6 is an overall flowchart of a manufacturing method of an online multiple-choice test paper of the present invention;
7 is a detailed flowchart of a file importing step of FIG. 6;
8 is a screen example of loading an original file of FIG. 7;
9 is an exemplary view of scanning an original file of FIG. 7;
10 is a detailed flowchart of the multiple choice view generation step of FIG. 6;
11 is a screen example for extracting a view image of FIG. 10;
12 is a screen example of a paste step in the corresponding view of FIG.
FIG. 13 illustrates a screen example of a step of pasting into an area of a corresponding question of FIG. 10;
14 is a detailed flowchart of the multiple-choice item generation step of FIG. 6;
15 is a screen example of the item image generation step of FIG. 14;
16 is a screen example of the item image display step of FIG.
17 is a detailed flowchart of the answer display step of FIG. 6;
18 is a screen example of the answer check box generation step of FIG. 17;
19 is a screen example of a correct answer display step of FIG. 17.

Hereinafter will be described in more detail with reference to the accompanying drawings an embodiment of the method and system for producing an online multiple-choice test paper of the present invention.

1 is an overall configuration diagram of a production system of an online multiple-choice test paper of the present invention.

As shown in the drawing, the present invention includes a central processing unit 100, a memory 110, a file generation module 10, a multiple choice view generation module 20, a multiple choice item generation module 30, an answer display module 40, It is composed of an interface unit 50.

The central processing unit 100 is located inside the computer terminal to drive and control each component module on the program to process data, and save the generated file to the memory 110, and the file stored in the memory 110 Command to load

That is, the computer terminal has a related program built in to produce the online multiple choice test of the present invention, and each module of the program is operated by the central processing unit 100.

The memory 110 stores a program and an original file of an online multiple-choice test, and becomes a temporary storage place of the produced online multiple-choice test.

In this case, the original file includes a word processor file of Korean, MS, Hunminjeongeum, etc., which is generated by a general document writing program and has an extension of the corresponding document writing program, and also an image file.

The original file, which is either a word processor file or an image file, describes the actual test content.

The file generation module 10 retrieves the original file from the memory 110 and scans it as an image, and loads the produced test paper file or stores and temporarily stores it in a specific directory.

That is, as shown in FIG. 2, the file generation module 10 includes a file scanning unit 11, a file processing unit 12, a coordinate generation unit 13, and a coordinate recognition unit 14.

The file processing unit 12 loads an original test paper file to be produced by a command on the program, and stores and temporarily stores an online multiple-choice test paper file produced by the program, and particularly sets a file name and a path to be stored.

The file scanning unit 11 scans the original file imported by the file processing unit 12 for each page to generate image data.

At this time, the image data generated by the coordinate generation unit 13 has coordinate values for each page.

In addition, the coordinate recognizer 14 recognizes a specific position on the image data by the coordinate generator 13 as a coordinate and transmits the coordinate value to a module requesting the corresponding coordinate value.

The multiple choice view generation module 20 is a module which extracts a multiple view view image as a sample, recognizes a pattern, and recognizes all views displayed on the image data.

That is, the multiple view generating module 20 is an image extraction unit 21, an image recognition unit 22, an image display unit 23, an image determination unit 24 as shown in the detailed configuration diagram of FIG. Consists of.

The image extracting unit 21 receives a number of views for each test item through a program operator to extract a view image of the image data, and then captures numerical images corresponding to the number of views, respectively, and then the image recognition unit 22. ).

In this case, the number of views refers to the number of views presented for each item, and the number of views is five when the five branch lines are described in the embodiment of the present invention, and the number of views is four when the four branches are lines. .

The image recognizer 22 recognizes the pattern of the numeric image received from the image extractor 21.

In this case, the number image pattern of the view means a number type or font of each view.

According to the view image pattern-recognized by the image recognition unit 22, the image discriminating unit 24 compares each pattern-recognized view with actual view images on the image data to determine the degree of matching.

When it is determined that the viewing image on the image data is the same viewing image by the image discriminating unit 24, the image display unit 23 obtains a viewing image coordinate value of the image data and pastes the pattern recognition viewing image into the corresponding coordinates. do.

Accordingly, the image display unit 23 assigns each type of image of the pattern-recognized view to each item, and the pattern is displayed on the view image of the image data only when the image determination unit 24 determines that the image is the same image. The recognized view image is automatically pasted, and the view that is not identified among the given view images is pasted around the item so that it can be pasted on the view later by manual dragging of the worker.

For example, an item with a five-line multiple view has five view image types of 1,2,3,4,5, and these pattern-recognized images are assigned to each item so that they can be assigned to each item. To be automatically pasted into. Therefore, five view images assigned to a specific item are automatically placed on the view, but if a specific view image is not identified on the image data and is not automatically pasted, the given view image is pasted on the view image. It can't be pasted, so paste in the area of the question.

The multiple-choice item generation module 30 is a module for recognizing the questions of each problem.

To this end, the multiple-choice item generation module 30 includes an item image generation unit 31, an item image display unit 32, and an item recognition unit 33 as shown in FIG. 4.

The item image generation unit 31 allows the item images to be sequentially generated by operating a shortcut key of a keyboard by an operator on a program.

That is, whenever there is a shortcut operation, the item images from the first item to the last item are sequentially provided on the screen.

Accordingly, the item image display unit 32 pastes the item image located at the mouse point by the operator's mouse operation so that the item image is pasted to the item on the actual image data so as to paste the item image to the corresponding item.

The item recognition unit 33 receives the items of the image data and each coordinate value of the view image of the item through the coordinate recognition unit 14 to recognize the corresponding views of the specific item as the position coordinates.

In other words, the view of each item is listed vertically below the item, and in order to correlate the specific item and the corresponding view with each other, the coordinate values of the item number image and the view number image are identified and then related to each other according to a set of rules. will be.

The answer display module 40 causes the answer sheet to be displayed on one side of the test sheet as the question recognition operation is performed by the multiple-choice question generating module 30, and then pastes the question image onto the actual image data. At the same time, the answer check box of the question is generated.

To this end, the answer display module 40 includes an answer sheet generator 41, an answer check box generator 42, and a correct answer display unit 43.

The answer sheet generating unit 41 generates an answer sheet sheet sheet on one side of the online multiple choice test paper window composed of image data after the image recognized by the multiple view view generation module 20 is pasted into the pattern data. Do it.

Therefore, the answer check box generating unit 42 according to the item recognition step of the next step of the view recognition for each item is completed, the question image is located on the actual image data and at the same time the view of the corresponding question and item in the answer sheet sheet window Allow the check box to be created.

The correct answer display unit 43 plays a role of marking the correct answer on the test sheet in a state where all the answer check boxes for each item of the online multiple choice test paper are generated.

That is, the correct answer display unit 43 checks the correct answer view image of the specific question in the multiple-choice online test paper window, or checks the correct answer data of the answer check box of the corresponding question on the answer sheet. Get input.

At this time, even if you check the correct answer in either the multiple-choice online test paper window or the answer sheet sheet window, the correct answer of the question is displayed in both windows.

The interface unit 50 is a graphic user interface for providing input and output and progress required for the online multiple-choice test paper generation on a monitor, and supports the producer to easily produce the test paper through an operation such as a keyboard and a mouse.

Fig. 6 shows an overall flowchart of the method for producing an online multiple-choice test paper of the present invention.

As shown in the figure, a file generation step (S10) of first importing an original file from a memory and scanning and displaying it as image data to produce an online multiple-choice test paper is performed.

To this end, as shown in FIG. 7, first, the file processing unit 12 performs an original file retrieval step S110 of retrieving a test paper original file to be produced by a command on a program.

As shown in FIG. 8, the original file is stored in a worker's computer to search and open a directory in which the file is stored.

Accordingly, as shown in FIG. 9, an original file scanning step (S120) in which the original file is scanned page by page by the file scanning unit 11 and converted into image data is performed.

In addition, as the image data is generated, the coordinate generation unit 13 performs all the processes of the file generation step S100 by performing the coordinate generation step S130 to allow the image data to have a coordinate value in the corresponding page. do.

After performing the file generation step S100, the multiple choice view generation step S200 for recognizing the view image of the online multiple choice test paper displayed as image data is performed.

In this step, the view image of the multiple choice is extracted as a sample to recognize the pattern, and then recognized in all views displayed in the image data.

To this end, as shown in FIG. 10, the image extractor 21 performs an image extraction step S210 of extracting the view image 11 of the image data.

As shown in FIG. 11, in the step, the image extracting unit S210 receives the number of views for each test item through the operator on a program in which the online multiple-choice test paper is displayed as image data, and then displays numerical images corresponding to the number of views. Each captured image is transferred to the image recognizer 22.

After performing the image extraction step (S210), the image recognition unit 22 performs an image pattern analysis step (S220) for recognizing the pattern of the numeric image received from the image extraction unit 21.

 After performing the image pattern analysis step S220, the image discrimination unit 24 compares the viewing image recognized by the image recognition unit 22 with the actual viewing images on the image data to determine the matching degree. Whether or not the determination step (S230) is performed.

When the view images for each item match each of the patterns recognized views (S231), the coordinate value recognition step (S240) of receiving the view image coordinate values of the image data from the coordinate recognition unit 14 is performed. In addition, the image display unit performs a paste operation (S270) on the corresponding view which automatically pastes the view image pattern-recognized view image 12 on the corresponding coordinates as shown in FIG. 12 through the coordinate values.

In addition, in the determining whether or not the image matching step (S230) occurs when a view image that does not match the pattern recognition view of the view image for each item (S231), the pattern recognition view image of the mismatched view of the corresponding item The pasting step (S250) is performed on the region of the corresponding item to paste into the region.

In this step, as shown in FIG. 13, the image display unit 23 receives the coordinate values of the remaining matching views of the inconsistent view of the item from the coordinate recognition unit 14 and then does not match the upper view image. Paste the.

After performing the pasting step (S250) on the area of the corresponding item, the dragging step (S260) for disagreeing the view image 13 to be dragged with a mouse so as to be positioned on the actual view image of the disagreeing view image (S260). ), And then the image display unit 23 generates a multiple choice view by performing a paste operation (S270) on the corresponding view in which the pattern recognition view image (here, inconsistent view image) is pasted on the view image. The entire process of step S200 is performed.

After performing the multiple choice view generating step S200, the multiple choice item generating step S300 is performed.

In this step, the question of each problem is recognized.

To this end, as shown in Figure 14, the multiple-choice item generation step (S300), the item image generation unit 31 so that the item image is sequentially generated through the shortcut key operation of the keyboard by the operator on the program Step S310 is performed.

As shown in FIG. 15, in this step, the item image 4 is sequentially provided on the screen from the first item to the last item whenever there is a shortcut operation.

Whenever the item image is provided on the screen by the item image generating step S310, as shown in FIG. 16, the item image display unit 32 pastes the item image 5 to the corresponding item. By performing the item image display step (S320) to paste so that the item image located at the mouse point is located on the item on the actual image data.

After the item image generation step S310 and the item image display step S320 are repeated for each item, the item image is pasted to all items, and the matching step S330 of the item and the view is performed.

In this step, the item recognition unit 33 receives the items of the image data and the coordinate values of the view images of the corresponding item through the coordinate recognition unit 14 and recognizes the corresponding views of the specific item as the position coordinates. Match it.

In other words, the view of each item is listed vertically below the item, and in order to correlate the specific item and the corresponding view with each other, the coordinate values of the item number image and the view number image are identified and then related to each other according to a set of rules. will be.

Thus, when the multiple-choice item generation step S300 is performed, the answer display step S400 is performed.

In this step, as the question recognition is performed by the multiple-choice item generation module 30 in the multiple-choice item generation step (S300), the answer sheet is displayed on one side of the test sheet, and the question image is an actual image. As it is pasted onto the data, an answer check box for that question is created.

To this end, as shown in FIG. 17, first, an answer sheet generation step 410 is performed.

In the step, the answer sheet generator 41 pastes the image recognized by the multiple view view generation module 20 onto the image data, and then, on one side of the online multiple choice test paper window composed of the image data, an answer sheet sheet window Create a.

After the answer writing sheet window is generated, the answer check box generating unit 42 corresponds to the answer writing sheet window 6 as shown in FIG. 18, according to the matching step S330 of the question and the view. An answer check box generation step (S420) is performed to allow the view check box 7 to be generated.

After repeatedly performing these steps, the answer check boxes of all questions are generated, and the correct answer display unit 43 performs the correct answer displaying step S430 to mark the correct answer on the test paper.

That is, as shown in FIG. 19, the correct answer display unit 43 checks the correct answer view image of a specific question in the multiple-choice online test paper window, or checks the correct answer view 8 of the answer check box of the corresponding question on the answer sheet. As the questions are answered, the correct answer data of the question is input.

At this time, even if the correct answer view is checked in either the online multiple-choice test sheet window or the answer sheet sheet window, the correct answer of the corresponding question is displayed in both windows.

After performing all the above-described answer display step (S400) to perform a file storage step (S500) to save the produced online multiple-choice test paper as a file.

In the above step, the file processing unit 12 stores the online multiple-choice test paper, which has been completed until the answer is written, as a file, which is temporarily stored in a worker's computer, a server managing the online multiple-choice test paper, and the like.

The online multiple choice test paper temporarily stored through the file storage step (S500) can be viewed or modified at any time.

After performing the file storage step (S500), by uploading the generated file on the server for managing the online multiple-choice test paper to perform the file registration step (S600) for the examinees to take the test through the actually produced test paper Complete the entire process of the production method of the online multiple-choice test paper of the invention.

10: file generation module 11: file scanning unit
12: file processing unit 13: coordinate generation unit
14: coordinate recognition unit 20: multiple choice view generation module
21: image extraction unit 22: image recognition unit
23: image display unit 24: image determination unit
30: Multiple choice item generation module 31: Item image generation unit
32: item image display unit 33: item recognition unit
40: answer display module 41: answer sheet generator
42: answer check box generation unit 43: correct answer display unit
50: interface unit 100: central processing unit

Claims (12)

In the production system of online multiple choice test paper,
A file generation module 10 for retrieving an original file from a memory and scanning the image, and for retrieving the produced test paper file or storing and temporarily storing it in a specific directory;
To extract the view image of the online multiple-choice test question as a sample, after capturing the number of views for each test question and capturing each number image corresponding to the number of views, extracting the pattern of the received number image and recognizing the pattern. A multiple choice view generation module 20 for recognizing all views displayed in the image data;
Multiple-choice item generation module 30 for recognizing each item number of the online multiple-choice test paper;
As the question recognition operation is performed by the multiple-choice item generation module 30, the answer sheet is displayed on one side of the test sheet, and the question image is pasted onto the actual image data and the answer check box of the corresponding question. An answer display module 40 for generating a;
An interface unit 50 for providing a graphical user interface for providing input and output and progress required for the online multiple-choice test sheet generation on a monitor;
It comprises a central processing unit 100 for driving and controlling each component of the program,
The multiple choice view generation module 20,
An image extracting unit 21 for capturing numerical images corresponding to the number of views after receiving the number of views for each test item to extract the view image of the image data;
An image recognizing unit 22 recognizing a pattern of the numeric image received from the image extracting unit 21;
An image discriminating unit (24) for determining a degree of matching by comparing each of the pattern recognized views with actual viewing images on the image data according to the viewing image pattern-recognized by the image recognizing unit (22);
If the view image and the pattern-recognized view image on the image data are identical to each other, obtain the view image coordinate value of the image data and paste the pattern-recognized view image into the corresponding coordinates. It is configured to include an image display unit 23 to paste in,
The multiple-choice item generation module 30,
An item image generation unit 31 for sequentially generating item images through a keyboard shortcut operation;
An item image display unit 32 for pasting the item image positioned at the mouse point to the item on the actual image data so as to paste the item image to the item;
And an item recognition unit 33 configured to receive the items of the image data and each coordinate value of the view image of the corresponding item, and recognize and match corresponding views of the specific item as the position coordinates. Multiple-choice test paper production system.
The method of claim 1,
The file generation module 10,
A file processor (12) which loads an original test paper file to be produced by a program command, stores and temporarily stores an online multiple-choice test paper file produced by a program, and sets a file name and a path to be stored;
A file scanning unit (11) for scanning the original file imported by the file processing unit (12) for each page to generate image data;
A coordinate generator (13) which has a coordinate value for each page in the image data generated by the file scanning unit (11);
The multiple-choice test paper for the on-line test, characterized in that it comprises a coordinate recognition unit 14 for recognizing a specific position on the image data through the coordinate generation unit 13 as a coordinate and transmitting the coordinate value to the module requesting the corresponding position. Production system.
delete delete The method of claim 1,
The answer display module 40,
After the pattern-recognized image is pasted on the image data by the multiple-choice view generation module 20, the answer sheet generator 41 generates an answer sheet sheet on one side of the online multiple-choice test paper window composed of the image data. Wow;
An answer check box generator 42 for placing a question image on the actual image data and generating a check box of a corresponding question and a question in the answer sheet sheet;
Production system of online multiple choice test paper comprising a correct answer display unit 43 for marking the correct answer at the same time in the state that the answer sheet for each question of the online multiple choice test sheet is generated and the answer for each item check box at the same time .
In the production method of an online multiple-choice test paper,
A file generation step (S100) of retrieving the original file from the memory and scanning and displaying the original file from the memory to produce an online multiple-choice test paper (S100);
In order to recognize the view image of the online multiple-choice test paper displayed as image data, the multiple-choice view generation module receives the number of views for each test item, and then captures the numerical images corresponding to the number of views, and the pattern of the received numeric image. Extracting multiple-view views to recognize the pattern and extracting the pattern (S200);
Multiple-choice item generation step (S300) for performing a multiple-choice item generation module to recognize the questions of each problem after performing the multiple-choice view generation step (S200);
As the question recognition operation is performed by the multiple-choice item generation module in the multiple-choice item generation step (S300), the answer display module causes the answer sheet to be displayed on one side of the test sheet, and the question image is displayed on the actual image data. An answer display step (S400) to be pasted at the same time to generate an answer check box of the corresponding question;
A file storage step (S500) of storing the online multiple-choice test paper produced by the file processing unit 12 after performing the answer display step (S400);
It includes a file registration step (S600) for uploading the file generated by the server for managing the online multiple-choice test paper to take the test through the test paper actually produced,
The multiple choice view generation step (S200),
An image extracting step (S210) of capturing the view images of the image data according to the following number after receiving an input number of views for each test item and transferring the image extracting unit to the image recognition unit (S210);
An image pattern analysis step (S220) of recognizing the pattern of the numeric image received from the image extraction unit by the image recognition unit;
An image matching step (S230) of determining whether the image determining unit compares the viewing image pattern-recognized by the image recognition unit with the actual viewing images on the image data to determine a degree of matching;
A coordinate value recognition step (S240) of receiving a view image coordinate value of image data from a coordinate recognition unit when the view images for each item coincide with patterns recognized views in the image matching determination step (S230);
And pasting to the corresponding view for automatically pasting the view image whose pattern is recognized by the image display unit on the corresponding coordinates through the coordinate values,
The multiple-choice item generation step (S300),
An item image generation step (S310) of allowing the item image generation unit to sequentially generate the item images through a keyboard shortcut operation by an operator on a program;
When the item image is provided on the screen by the item image generating step S310, the item image located at the mouse point is controlled by the operator's mouse so that the item image display unit pastes the item image to the item. An item image display step (S320) of pasting so as to be positioned on the item on the image;
After repeating the item image generation step (S310) and the item image display step (S320) for each item and pasting the item image to all the items, the item recognition unit views the image data and the corresponding item through the coordinate recognition unit. And a matching step (S330) of questions and views matching each other by recognizing corresponding views of a specific question as position coordinates by receiving each coordinate value of the images.


The method according to claim 6,
The file generation step (S100),
An original file importing step (S110) of reading a test paper original file to be produced by a command on a file processor;
An original file scanning step (S120) in which the original file is scanned for each page by a file scanning unit and converted into image data;
Method for producing an online multiple-choice test paper, characterized in that it comprises a coordinate generation step (S130) so that the coordinate generation unit has a coordinate value on the page while the image data is generated.
delete The method according to claim 6,
If the image matching does not match the pattern-recognized view among the view images of each item in the image matching determination step (S230), paste the pattern-recognized view image of the unmatched view to the area of the corresponding item. Pasting on the area of the corresponding item (S250);
After performing the drag step (S260) to move the mismatched view image to be positioned on the actual view image of the mismatched view image by dragging with the mouse, it is characterized in that the step of pasting to the item view (S270) The production method of an online multiple choice test paper.
delete The method according to claim 6,
The answer display step (S400),
An answer sheet generating step 410 of pasting the pattern recognized image on the image data by the multiple answer sheet generating unit and generating an answer sheet sheet on one side of the online multiple-choice test paper window composed of the image data;
An answer check box generating step (S420) of generating an answer check box of the corresponding question and the item in the answer sheet sheet as the answer check box generation unit recognizes both the question and the view;
After the answer sheet generation step 410 and the answer check box generation step S420 are repeated to generate the answer check boxes for all questions, the correct answer display step S430 displays the correct answer on the test paper. Method for producing an online multiple-choice test paper comprising a.
12. The method of claim 11,
When the correct answer display unit checks the correct answer image of a specific question in the multiple-choice online test paper window or checks the correct answer in the answer check box of the corresponding question on the answer sheet, either the online multiple-choice test sheet or the answer sheet sheet How to produce a multiple choice test paper for online, characterized in that the correct answer of the question is displayed in both windows even if you check the correct answer in one.

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