JP2007322748A - High-speed test score counting system, program, and its counting terminal - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To improve the efficiency in a test scoring method, and shorten the time needed from the completion of scoring to the completion of counting and to the releasing. <P>SOLUTION: This system has a file server having a master file storing the set data registering the scorer information and the scorer group information, a scanning terminal connected to the file server through a network to scan the answer sheets written with answers, a data server storing the answer data read by the scanning terminal and the scoring plan information, a scoring terminal which is connected to the data server through the network and can add scoring information to the data read by the scanning terminal and also print the scored results on the answer sheets, and an application server connected between the scoring terminal and the data server through the network to transfer the data of the data server. Thus, the scoring result counting is made at high speed by dividing the answer data in each question or in each question group to score. <P>COPYRIGHT: (C)2008,JPO&INPIT

Description

  Providing a high-speed scoring system, a high-speed scoring system, and a scoring terminal for scoring written academic ability tests, etc., and improving the efficiency of scoring to process a large amount of achievement test results at high speed It is in.

  A mark sheet method is adopted as a test method for scoring a large amount of test results. However, since the mark sheet method is a selective test, it is difficult to use it together with a descriptive test.

  Therefore, a test method suitable for a large amount of descriptive tests has already been proposed. For example, the applicant has proposed a method for efficiently scoring the answer sheet of a descriptive test by displaying an answer sheet on a liquid crystal screen in Patent Document 1 and displaying the score result after scoring. . Here, a function capable of transmitting a scoring result as data over a network is also employed.

  Further, in Patent Document 2 by another applicant, there is a method in which the answer is read by the scanner unit and the answers and correct answers are compared and arranged as shown in FIG. Proposed.

  Further, Patent Document 3 proposes a system in which a server for scoring work is established and a plurality of scorers score. In particular, the system of Document 3 provides a system capable of intuitive work by making the layout of the answer sheet and the scoring screen substantially the same when scoring.

JP 2004-361755 A Japanese Patent Laid-Open No. 9-68919 JP 2002-251127 A

  However, the methods proposed in these patent documents are not sufficient for faster scoring and publication of results.

  When using the scoring device disclosed in Patent Document 1, scoring is done while browsing the answer sheet answered by the examinee, so it is necessary to transport the answering target paper to the hand of the scoring device. It was. That is, since it is naturally difficult to score during transportation, transportation time and scoring time are required to obtain a scoring result.

  When utilizing the scoring device disclosed in Patent Document 2, the answer sheet is not necessarily required for scoring by the answer scoring device in order to score the image, and the image may arrive even if the answer sheet does not arrive. However, the technique disclosed in Patent Document 2 is an image based on FAX and video, so the transmission speed is not necessarily high. That is, transmission speed such as FAX × number of sheets + scoring time is required.

  Furthermore, since Patent Document 3 proposes a PDF answer information file as an answer sheet, it is conversion time to PDF + transfer time + scoring time, and the scoring time required by a plurality of scoring clients is being reduced. .

  However, in order to further reduce the scoring time, it is necessary to perform more efficient scoring without delivering the answer sheet as shown in FIG.

  Accordingly, an object of the present invention is to provide a high-speed scoring system, a high-speed scoring program, and a scoring terminal for improving the efficiency of the scoring method and minimizing the time from completion of the test to completion of the result summarization and announcement.

A first aspect of the present invention is a file server having a master file in which setting data in which grader information and grader group information are registered in advance is stored.
At least one scanning terminal installed at an answer sheet collection position for scanning an answer sheet that is connected to the file server via a network and in which an answer is written;
A data server connected with the scanning terminal via a network and provided with answer data read by the scanning terminal and storing scoring plan information;
At least one scoring terminal capable of printing scoring results on answer sheets as well as adding scoring information to data read by a scanning terminal connected to the data server via a network;
An application server connected via a network between the scoring terminal and the data server to transfer data of the data server;
A management terminal connected to the application server via a network and controlling each server and each terminal;
Corresponding scoring terminals for each answer data are set in advance according to pre-determined scoring plan information, and the answer data is divided and graded for each question or question group, so that the scoring results after completion of the test can be collected at high speed Providing a high-speed scoring system that can

  In the scoring plan, the test execution date, the scoring division, and the grader group may be set numerically.

The high-speed scoring and counting program according to the second aspect of the present invention includes a file server having a master file in which setting data in which scorer information and scorer group information are registered in advance is stored.
At least one scanning terminal installed at an answer sheet collection position for scanning an answer sheet that is connected to the file server via a network and in which an answer is written;
A data server connected with the scanning terminal via a network and provided with answer data read by the scanning terminal and storing scoring plan information;
At least one scoring terminal capable of printing scoring results on answer sheets as well as adding scoring information to data read by a scanning terminal connected to the data server via a network;
An application server connected via a network between the scoring terminal and the data server to transfer data of the data server;
Using a management terminal connected to the application server via a network and controlling each server and each terminal,
A step in which a predetermined answer division method is stored in the database;
A process in which a scoring plan that pre-determines which testers score what test results are stored in the database;
The process of dividing the answer sheet into a digital file as soon as it is obtained by dividing it by a predetermined method,
And scoring is completed in an electronic file state.

Furthermore, the scoring terminal according to the third aspect of the present invention includes a file server having a master file in which setting data in which scorer information and scorer group information are registered in advance is stored.
At least one scanning terminal installed at an answer sheet collection position for scanning an answer sheet that is connected to the file server via a network and in which an answer is written;
A data server connected with the scanning terminal via a network and provided with answer data read by the scanning terminal and storing scoring plan information;
An application server connected via a network between the scoring terminal and the data server to transfer data of the data server;
A management terminal connected to the application server via a network and controlling each server and each terminal;
Corresponding scoring terminals for each answer data are set in advance according to pre-determined scoring plan information, and the answer data is divided and graded for each question or question group, so that the scoring results after completion of the test can be collected at high speed In a high-speed scoring system that can
The scoring information can be added to the data read by the scanning terminal connected to the data server via the network and the scoring result can be printed on the answer sheet.

A first aspect of the present invention is a file server having a master file in which setting data in which grader information and grader group information are registered in advance is stored.
At least one scanning terminal installed at an answer sheet collection position for scanning an answer sheet that is connected to the file server via a network and in which an answer is written;
A data server connected with the scanning terminal via a network and provided with answer data read by the scanning terminal and storing scoring plan information;
At least one scoring terminal capable of printing scoring results on answer sheets as well as adding scoring information to data read by a scanning terminal connected to the data server via a network;
An application server connected via a network between the scoring terminal and the data server to transfer data of the data server;
A management terminal connected to the application server via a network and controlling each server and each terminal;
Corresponding scoring terminals for each answer data are set in advance according to pre-determined scoring plan information, and the answer data is divided and graded for each question or question group, so that the scoring results after completion of the test can be collected at high speed By adopting a high-speed scoring system that can perform grading, it is possible to start scoring without moving the answer sheet even when the test is conducted at multiple bases, and simultaneously scoring at multiple scoring terminals according to the scoring plan Since this can be done, the scoring time can be shortened.

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

  FIG. 1 shows a block diagram of an embodiment of the high-speed scoring system of the present invention. 1 includes a file server 4, a data server 6, an application server 8, a network hard disk 10, scan PCs 12 and 14, a management PC 16, and dedicated scoring terminals 18 and 20 via the Internet 22 as a network. It is connected.

  The file server 4 is connected to a plurality of master disks as shown in FIG. The operation setting definition file 24 which is a plurality of master disks includes a network setting file master 26, a scoring setting master file 28, a scoring setting master file 30, a classroom master file 32, a navigation information file 34, and a grader master 36. .

  The network setting file master 26 includes IP addresses of servers such as the file server 4, the data server 6, and the application server 8, each user ID, and each user's password. There is also a date directory.

  The scoring setting master file 28 includes classification check data that is input of examiner classification information, scoring lower limit check data indicating a reference point for alerting the grader to prevent scoring errors, and 2 in the group scoring system. The notation point check data indicating the permitted combination of scoring results over the question and the start screen message data for displaying the title of the test to be scored for the grader are stored.

  The scoring setting master file 30 is the same as the setting file for each assignment category and scoring category, the test scoring for each question, and the printing position coordinates of the scoring result for each question by “○”, “×” and “R”. The printing size of scoring results, permission data for incorrect answer input, order information for each question number, which is navigation information for each process, position information on the answer sheet, and size information for the answer column are registered in advance, and each program Settings are recorded and stored so that a marker such as a red circle is displayed for the grader in the vicinity of the answer column to be graded as necessary at the time of execution. The total score is set to be printed at a fixed position.

  In addition, permission data of permission data for erroneous answer input is data that can be used to fill in the scoring results and the answer entry contents of the students. If it is set in advance by entering 0, it is considered that there is no input, and if it is set with a value of 1 or more, it is possible to input that number of bytes. In addition to incorrect answers, correct answers can be entered.

  In addition, there are five divisions, (1) a single-scoring method in which the grader scores each question sheet independently for each answer sheet, and (2) a single-class problem. Multiple scorers share the scoring system, but each one scoring all the scoring methods, and (3) Dividing the answer sheet data, each scorer scoring only a specific question (4) Divided answer sheet data, the answer is converted into text using OCR, etc., and the scoring machine recognizes the features through image processing, compares them, and scores them. (5) On the test questions It is a group scoring system in which the answers in the same question are grouped and data is divided and a different scorer scores each county.

  In addition, there are two scoring categories, with no scoring that is a scoring excluding “○”, “×”, and “Le” (1) No scoring scoring and scoring scoring (2) It is a scoring score. These categories are items indicating in which category each answer sheet data is scored.

  The classroom master file 32 is a classroom master file that indicates a place where each test has been performed. Each classroom is assigned a symbol consisting of a plurality of alphabets, and the classroom name and symbol are stored.

  The navigation information file 34 records and stores the coordinate information (position and size information) of the cut-out position that is necessary when dividing one scanned image.

  In the grader master 36, grader, subject, grade pattern, group number are registered as grader ID, login password, grader name Japanese, grader name Roman letter grade group name, grader charge information as items. .

  As shown in FIG. 3, the database server 6 includes a scoring group master 38, a scoring plan master 40, a test / test state file master 42, an individual problem master 44, a network setting master 46, a classification check master 48, an error table 50, and a scoring setting. The master file 52, answer scoring result / question scoring result 56, classroom master 58, scoring setting management master 60, question position master 62, scoring file 64, question basic master 66 and scorer master 70 are configured.

  The scoring group master 38 is a database that stores scoring group IDs and scoring group names.

  The scoring plan master 40 consists of the test implementation date, the grades to be tested, the subjects to be tested, the division of divisions at the time of scoring, the classroom at the test site, the same subjects in the same grade, and by difficulty level, category, and theme. It consists of a plurality of prepared test patterns and scoring group IDs.

  The test / test state file master 42 includes a test execution date, a test subject grade, a test subject, and a test pattern.

  The question individual master 44 is a question designated as an automatic scoring question in the scoring setting master, and includes an examination date, a grade to be examined, a test subject, a test pattern, a question number, an answer, a division, and a group. It consists of any automatic scoring pattern, grade input, number of digits for incorrect answers, written points, and a table that stores basic information for one question such as scoring.

  Similar to the network setting file master 26, the network setting master 46 includes IP addresses of the server such as the file server 4, the data server 6, and the application server 8, each user ID, and each user's password. It is downloaded from the network setting file master 26 and becomes the same data.

  The classification check master 48 is the same as the scoring setting master file 28. The classification check data, which is input of examinee classification information, and the lower limit check data indicating the reference points for urging the scorer to prevent scoring mistakes. In addition, notation point check data indicating a combination of scoring results permitted by two or more questions in the group scoring method and start screen message data for displaying a test title to be scored for the scorer are stored.

  The error table 50 is a database that stores data with duplicate examination numbers.

  The scoring setting master file 52 includes classification check data that is the division classification information of the scorers, scoring lower limit check data that indicates a reference point to call the scorer to prevent scoring errors, and two questions in the group scoring system. The notation point check data indicating the permitted scoring result combinations and the start screen message data for displaying the title of the test to be scored for the grader are stored.

  The answer scoring result / question scoring result 56 comprises a grader name, a grader ID, a scoring category, a sharing category, and graded answer sheet data.

  The classroom master 58 is the same as the classroom master file 32. The classroom master file indicates the place where each test is performed, and each classroom is assigned a symbol consisting of a plurality of alphabets. Stored.

  The scoring setting management master 60 is the same as the scoring setting master file 30 and stores setting files for each division and scoring section.

  In the question position master 62, the coordinate information of the four corners of the answer column in the answer sheet of the test question that has not been carried out read by the scanner is registered.

  The scoring file 64 is composed of scoring and answering image data, a test taker number as header data, a test execution date, a test execution classroom code, a test subject grade, a test subject, a test pattern, and a room student division.

  The question basic master 66 stores the basic information for one answer sheet, while the question individual master stores details for one question. The items are a table in which the number of questions, the perfect score, and the points A and B are stored separately with the test date, grade, subject, and test pattern as the main keys.

  As with the grader master 36, the grader master 70 includes the grader's ID, login password, grader name Japanese, grader name Roman letter grade group name, grader information as grader, subject, grader. Pattern and group number are registered.

  The application server 8 is connected to the dedicated scoring terminals 18 and 20 via the network and to the grader master 36. The application server 8 is a server that controls access to the grader master 36 of the dedicated scoring terminals 18 and 20.

  The network hard disk 10 is a hard disk that is directly connected to the network and can be read and written from other terminals and servers. A reference number and image data are stored.

  The scan PCs 12 and 14 are scanners 13 and 15 connected to a so-called personal computer, and are connected to the Internet 22.

  The management PC 16 is a so-called personal computer and is connected to the Internet 22. Furthermore, a management program 72 for managing a scoring system started as a management menu is installed.

  A block diagram of the dedicated scoring terminals 18 and 20 is shown in FIG. A main body 80 of the dedicated scoring terminals 18 and 20 includes a CPU 82, a liquid crystal screen 84, a touch panel 86, an answer sheet 88, a printing unit 90, a keyboard 92, a network connection device 94, and an HDD 96.

  The CPU 82 controls the entire system as the control means of the main body 80 of the dedicated scoring terminals 18 and 20. The CPU 82 incorporates an internal storage device (not shown), temporarily stores image data and scoring results, and uses them when performing various processes.

  The liquid crystal screen 84 is connected to the CPU 82, has a size that can display the answer sheet and has a resolution, and is a display that displays input character information, answer sheet image information, and scoring result information. is there.

  The touch panel 86 is a thin and transparent input unit that is installed so as to overlap the liquid crystal screen 84.

  The printing unit 90 is connected to the CPU 82 and is a device for printing a scoring result on an answer sheet.

  The 10 key + o, x, les, execution, arrow keyboard 92 is connected to the CPU 82 and is composed of a keyboard necessary for data registration and scoring. In particular, it is composed of 10 keys for inputting numbers 0 to 9, a “o” input key, a “x” input key, a “re” input key, an “execute” key, and an “arrow” key.

  The network connection device 94 is a device connected to the CPU 82 and connected to the Internet 22, and is specifically a LAN card or the like.

  The HDD 96 is a hard disk drive for storing answer sheet image data, and is connected to the CPU 82. This is a storage device with a built-in magnetic disk in which answer image data and other data and application programs are stored.

  Hereinafter, processing of the high-speed scoring system of the present invention will be described with reference to the drawings. The high-speed scoring system is processed by programs executed by the management PC 16, the scan PCs 12 and 14, and the dedicated scoring terminals 18 and 20, which are three types of devices. Mainly, a management menu program 100 executed by the management PC 16, a data division program 98 executed by the scan PCs 12 and 14, an answer reading program 102, a scoring program 104 executed by the dedicated scoring terminals 18 and 20, an incorrect answer Processing is performed by the input program 106 and the scoring input program 108. These programs will be described later using flowcharts.

  As shown in FIG. 5, the management menu program 100 includes 13 programs. When the management menu program 100 is activated on the management PC 16, a management menu screen is displayed. The management menu screen includes an upload program 120, a scoring group registration / deletion program 122, a grader registration / deletion program 124, a test registration / deletion 126, a scoring plan program 128, an answer registration program 130, a scoring file creation program 132, and a PDF creation. Each button of the program 134, the PDF printing program 136, the scoring progress inquiry program 138, the PDF progress inquiry program 140, the scoring confirmation / cancellation program 142, and the operating environment setting program 144 is arranged. The program is executed. If the end button 128 is selected, the management menu program 100 ends.

  Furthermore, it demonstrates using the flowchart of FIGS. 6-28 and each display screen of FIGS. 29-34 according to the order of the process sequence of the high-speed scoring total system of this invention.

  First, the data division program 98 in which the scan PC reads the image data of the answer sheet and the position information of each answer will be described with reference to FIGS. When the data division program 98 is executed, the answer sheet is requested to be scanned, and the answer sheet is scanned by the scanner devices 13 and 15 (SA2).

  The image data of the scanned answer sheet is displayed on the screen of the scan PCs 12 and 14 as shown in FIG. 29 (SA4).

  The data division program 98 is in a standby state whether it adopts a group scoring system in which a plurality of answers are inquired collectively or a division scoring for scoring each question individually (SA6).

  When the button for selecting the group scoring system is selected, the selection input by the mouse drag and the county number input for determining the answer position coordinates for scoring of the group unit are awaited (SA8).

  When the button for selecting the divided scoring method is selected, the selection input by mouse drag that determines the answer position coordinates for scoring for each question and the input for associating the question number are awaited (SA10).

  The definition file of the cut position coordinates for each group or the position coordinate information of each question and the question number information is generated by dragging the mouse (SA12).

  The generated definition file is stored in the scoring setting master 30 and the navigation information file 34 as shown in FIG. 29 (SA14). Each data includes a question number, a question order, answer location information, and marker instruction information.

  By this process, the position information on the answer sheet for each question or group is made into a database.

  Second, FIG. 7 shows data synchronization between the file server 4 and the data server 6. First, the upload button is selected to display the management menu (SB2). As a result, an upload button screen is displayed on the management PC 16 (SB4).

  The upload program 120 reads all operation setting definition file names from the file server 4. Each downloaded master name is displayed on the upload button screen (SB6).

  Either all data download, selection data download or selection data deletion is awaited (SB8).

  If all data download is selected, all the master data is copied to the database 37 of the database server 6 (SB10).

  Here, these data are stored in the operation setting definition 24 and the database 37.

  If download of only selected data is selected, the selected master is downloaded to the database server 6 (SB12).

  Further, when deletion of only selected data is selected, the selected master of the selected database server 6 is deleted (SB14). Return to the management menu by the return button (SB16).

  Third, FIG. 8 shows a flowchart of a program for registering a plurality of graders as a group.

  First, a scoring group registration / deletion button is selected in the management menu display (SC2). As a result, a scoring group registration / deletion input display screen is displayed on the management PC 16 (SC4).

  Wait for scoring group registration / deletion button (SC6). Here, when there is no input, SC6 is repeated again.

  When the registration button is selected, the scoring group ID and scoring group name are registered in the grader group master 38 (SC8).

  Fourth, FIG. 9 shows a flowchart of the grader registration program. A grader registration / deletion button is selected in the management menu display (SD2). As a result, a grader registration / deletion input display screen is displayed on the management PC 16 (SD4).

  Wait for the grader registration / deletion button (SD6). When registration is selected, the grader ID, name, password, and scoring group ID are entered on the grader registration / deletion input display screen (SD8). Here, when the registration button is selected, it is stored in the grader master 70 (SD10).

  On the other hand, when the delete button is selected, the selected grader information is deleted.

  Fifth, a flowchart for the test registration / test registration deletion program as shown in FIG.

  A test registration / deletion button is selected in the management menu display (SE2). As a result, a test registration / deletion input display screen is displayed on the management PC 16 (SE4).

  On the test registration / deletion input display screen, the test date, the grade to be tested, the test subject, and the test pattern are input (SE6).

  When the above data is input, it waits for input of a test registration or test deletion button (SE8). If there is no input, the standby state is entered again. If the test registration button is selected, the previously input items are registered in the test / test state file master 42 (SE10).

  When the test deletion button is selected, the selected test item is deleted from the test / test state file master 42 (SE12). This registration makes it possible to ascertain the test items before conducting the test.

  Sixth, a flowchart of the scoring plan program 128 is shown as shown in FIG.

  A scoring plan button is selected in the management menu display (SF2). As a result, a scoring plan input display screen is displayed on the management PC 16 (SF4).

  The scoring plan program 128 reads the test / test state file master 42 and reads the scoring group master 38 (SF6). Specifically, the test execution date, test, classroom code, room student division, and scoring group display are input (SF8).

  When the data is input, the system waits for input of a scoring plan or scoring plan deletion button (SF10). When the registration button is selected, the read test execution date, test, classroom code, room student classification, and scoring group display information are stored in the scoring plan master 40 (SF12).

  On the other hand, when the delete button is selected, the test item selected from the scoring plan master 40 is deleted (SF14). Since this plan is determined in advance before the test scoring, the scoring can be started immediately after the test.

  Seventh, a flowchart of the answer registration program 130 is shown as shown in FIG.

  The answer registration button is selected in the management menu display (SG2). As a result, an answer registration input display screen is displayed on the management PC 16 (SG4). Here, the answer registration program 130 extracts the test implementation date, grade, subject, and test pattern from the question individual master 44, but only answers that are designated as automatic scoring questions from the scoring setting master file 30 are input to the answer registration. Display on the display screen. Further, a model answer to a question designated as an automatic scoring question is input (SG6).

  Here, when the above data is input, it waits for an input of a model answer registration button (SG8).

  Therefore, when there is no input, the standby is continued, and when the registration button is selected, the answer registration program 130 stores the data including the model answer in the question individual master 44 (SG10). By processing in this way, the automatic scoring answer can be stored as data in advance. As described above, the grader and the scoring group for reading and scoring the answer sheet are determined, and the automatic scoring correct answer is stored in the database.

  Next, an answer after the test is carried out is read by the scan PC in order to input it to the system as data.

  Eighth, a flowchart of the answer reading program 102 is shown as shown in FIGS.

  The answer sheet is set in the scanner devices 13 and 15 connected to the scan PCs 12 and 14 (SH2). Subsequently, the answer reading program 102 is activated and the main screen of the answer reading program is displayed on the scan PCs 12 and 14 (SH4). Here, image related data such as test date, test site code, answer sheet ID, room student classification code, serial number, number of pages read, etc. are input to the main screen (SH6). The reading start button is selected and reading of the scanner devices 13 and 15 is started. (SH8). The read image data is stored in the temporary scan PC temporary area 9 connected to the scan PC 12 together with the answer sheet image data and the image related data (SH10).

  After the answer sheet image data is scanned, selection of “print”, “number display”, and “continue reading” is awaited (SH12).

  When “Print” is selected, a print screen is displayed, and the answer sheet is printed by the printer connected to the scan PC 12 (SH14).

  When “number display” is selected, a test number confirmation screen is displayed on the screen of the scan PC 12 (SH16).

  When “Continue reading” is selected, the scan is further executed (SH18).

  Subsequently, the read image is displayed on the screen of the scan PC 12 (SH20).

  Further, the scanner reading result is displayed on the screen (SH22). Subsequently, the screen display button selection is awaited (SH24). Here, if the “transfer” process is selected, the transfer process is performed (SH26).

  When the “print” button is selected, print / transfer selection (SH28) is executed. Further, when the “Cancel” button is selected, the processing is stopped. The print cancellation process is shown in (SH30).

  Here, print / transfer selection is further executed to perform print processing (SH32), and transfer processing is performed to the management PC temporary area 17 (SH34).

  Ninth, FIG. 15 shows a divided image creation program for dividing the read image as if it was divided by the data division program 98.

  In the divided image creation program, the file monitoring program included therein reads the position coordinate information and question information definition file generated by the data division program 98 into the navigation information file 34 provided in the file server 4, and is a temporary disk of the management PC. (SI4).

  Subsequently, the file creation monitoring program reads the image data of the answer sheet stored by the answer reading program 130 (SI6).

  Here, when the scoring method is the divided image method, the image data of the answer sheet in the SI6 process is divided according to the position coordinate information and question information definition file in the SI4 process, and the divided image 19 is divided into the temporary area of the management PC. Store as. Subsequently, it is a step of storing the divided image generated in the temporary area in the database (SI10).

  Specifically, the image reading program reads the divided image 19 in the temporary area of the management PC (SI12).

  Further, the image data storage program accumulates and stores the divided image 19 in the grader master 36 for each grader (SI14). If no division instruction is given, the answer image not to be divided is stored in the grader master 36. In the case of group division, group division information is stored in the grader master 36.

  Here, FIG. 32 shows a screen in which data is divided and the answers for one question are counted for a plurality of people, FIG. 33 shows a screen in which answers are counted for a plurality of people in units of groups, and the data is divided for automatic scoring. FIG. 34 shows a screen in which the answers for one question are tabulated for a plurality of people in comparison with the model answer.

  Through this process, all the answers on the answer sheet can be divided or divided into groups.

  Tenthly, a scoring program for controlling a process in which the answer image stored in the scorer master 36 is scored by the dedicated scoring terminal 18 is shown in FIGS.

  When the power switch of the dedicated scoring terminal 18 is activated, the scoring program activates the dedicated scoring terminal 18 (SJ2).

  The scoring program reads a screen for entering the login ID and password from the memory and displays the screen on the liquid crystal screen 84 of the dedicated scoring terminal 18 (SJ4).

  Here, the scoring program accesses the ID information stored in the grader master 36 from the input ID and password, and authenticates the stored password against the input password (SJ6). If they do not match as a result of the authentication, the login screen is redisplayed with incorrect display (SJ10).

  If they match as a result of authentication, the scoring program is set so that the master table download instruction signal is transmitted and the master table is downloaded to the dedicated scoring terminal 18 (SJ8).

  When the master table has been downloaded to the dedicated scoring terminal 18, the scoring program displays on the screen the grade, item, test symbol, category, group number, classroom symbol, number of scoring, and answer sheet status information for the unscored test (SJ12).

  Subsequently, when one item of incomplete data is selected, the answer sheet information of the selected data, that is, the classroom ID, the room student division, and the division division are displayed on the screen of the dedicated scoring terminal 18 (SJ14).

  When the selection data is determined, the scoring program searches the scoring master 36 for data (SJ16), and downloads the image data to the dedicated scoring terminal 18 (SJ18). Further, an examination number confirmation screen for displaying the room student division symbol and the examination number in FIG. 17 is displayed on the screen of the dedicated scoring terminal 18 (SJ20). When the confirmation button is selected, the scoring program deletes the examination number confirmation screen and displays the answer image on the screen of the dedicated scoring terminal 18 together with the navigation marker (SJ22). The display of the navigation marker is shown in FIG. The navigation marker is a marker indicating an unscored item in the young order of the problems stored in the navigation information file 34. When the grading is made, the fact is recorded and a mark such as a circle is displayed on the upper part of the answer part of the next unscored question.

  Subsequently, a scoring input waiting screen is displayed on the screen of the dedicated scoring terminal 18 (SJ24). Here, any one of the hold button, the score button, and the return button is selected (SJ26). When the hold button is selected, scoring is temporarily stopped (SJ28).

  When the score button is selected, a score input screen is displayed on the screen of the dedicated scoring terminal 18 (SJ30).

  Eleventh, when the return button is selected, SJ32 is made for return scoring. Details are shown in FIGS.

  Subsequently, the erroneous answer input program displays a scoring input standby screen on the screen of the dedicated scoring terminal 18, and also displays a navigation marker (SK2).

  Subsequently, it enters a standby state for a correct answer or an incorrect answer (SK4). If the answer is correct, the correct answer is displayed on the scoring key and the correct answer mark is displayed on the screen of the dedicated scoring terminal 18 (SK10).

  On the other hand, if it is an incorrect answer, it enters a standby state for holding or scoring (SK8). When hold is selected, a hold screen is displayed, and a hold mark is displayed on the screen of the dedicated scoring terminal 18 as an answer (SK12). Further, the erroneous answer input program waits for a scoring input (SK14). On the other hand, if it is wrong answer and scoring is selected, the wrong answer is displayed on the scoring key and the wrong answer mark is displayed on the answer screen (SK18). Thereafter, the erroneous answer input program waits for a scoring input (SK20).

  Thereafter, the erroneous answer input program determines whether or not there is an unscored answer per answer image (SK22). If there is an unscored problem, the process returns to the (SK2) process.

  On the other hand, if there is no unscored, the completion of scoring and the presence / absence of suspension are displayed (SK24).

  Subsequently, the scoring results are displayed as shown in FIG. In this case, a correction standby state is entered (SK26). The incorrect answer input program then displays the scoring results on the screen. At the same time, the erroneous answer input program displays a standby screen for correcting the grader (SK26).

  An instruction waiting for the presence or absence of correction input is awaited (SK28). If there is a correction, the correction is input and the correction result is displayed on the screen of the dedicated scoring terminal 18 (SK30).

  When there is no correction input, a registration notice display is displayed on the dedicated scoring terminal 18. The registration notice display displays an actual scoring completion screen. The display data is stored in the scoring terminal memory (SK32).

  Subsequently, a wait for a confirmation determination button for whether there is an unregistered answer is displayed (SK34). If there is an unregistered answer, the process returns to the SK2 process.

  On the other hand, if there is an unregistered answer in the confirmation determination button for the presence / absence of an unregistered answer, a bag unit registration notice display is displayed on the screen of the dedicated scoring terminal 18 (SK36). The bag unit registration notice display is shown in FIG.

  Further, as shown in FIG. 20, the erroneous answer input program generates and stores the scoring result data for which scoring has been completed as a scoring file in the scoring master 36 (SK38). The scoring file includes a scoring result for the question number and a candidate number. Here, the erroneous answer input program detects the presence or absence of duplication of examinee numbers for the scoring results. If detected, the duplicate candidate number is stored in the error table 50 (SK42).

  The erroneous answer input program stores the data for which the error check has been completed in the scoring file 64 (SK46).

  Further, the incorrect answer input program converts the scoring result image into a PDF file which is a file format of Adobe, and stores it in the PDF file 62 (SK48).

  Twelfth, FIG. 21 shows a score input program that is an input program when score evaluation is required at the time of scoring. This corresponds to the case where a scoring input screen is displayed on the scoring input standby screen (SJ24) in the scoring program (FIG. 17) (SJ30). First, the score input program displays a score input screen on the screen of the dedicated scoring terminal 18 (SL2). It waits for a grader to input a grade into the grade input part (SL4). When the grader selects a confirmation button on the grade input screen, it is saved as temporary data (SL8).

  13thly, the flowchart of the scoring file program which stores a scoring result as text data in management PC16 is shown in FIG.

  First, a scoring file creation button is selected in the management screen display (SM2). The scoring file program is activated and a scoring file creation input screen is displayed on the management personal computer screen (SM4). On the scoring file creation input screen, the test execution date, classroom code, grade, subject, test pattern, room student classification, and examination number are awaited (SM6).

  The scoring file program waits for a creation start button after input (SM8). If there is no creation start instruction, the (SM8) step is repeated.

  When the creation start instruction button is selected, a scoring file program candidate number duplication check is executed, and the result is registered in the answer scoring result 56 and the error table 50 (SM10).

  Thereafter, the scoring file program creates header data as the header of the scoring file and stores it as a scoring file 64 (SM12).

  Next, FIG. 23 shows a 13th PDF creation flowchart.

  First, a PDF file creation button is selected in the management screen display (SN2). The PDF file program is activated and a PDF file creation input screen is displayed on the management personal computer screen (SN4). On the PDF file creation input screen, input of an examination execution date, classroom code, grade, subject, test pattern, room student category, and examination number is awaited (SN6).

  The PDF file program waits for a creation start button after input (SN8). If there is no creation start instruction, the (SN8) step is repeated.

  When the creation start instruction button is selected, the answer scoring result / question scoring result is registered in the answer scoring result 56 (SN10).

  Further, the image data after scoring is converted to a PDF file and stored as a PDF 62 file (SN12).

  14thly, the flowchart of the PDF printing program which prints the reply data preserve | saved by a PDF file in management PC16 is shown in FIG.

  First, a PDF print button is selected in the management screen display (SO2). The PDF printing program is activated and a PDF printing input screen is displayed on the management personal computer screen (SO4). On the PDF print input screen, the test entry date, classroom code, grade, subject, test pattern, room student classification, and examination number are awaited (SO6).

  Further, the designated printer name and paper setting information input are set in a standby state (SO8).

  The PDF printing program waits for a creation start button after input (SO10). If there is no creation start instruction, the (SO10) step is repeated.

  When the creation start instruction is selected, the PDF printing program reads the designated PDF file from the PDF file 62 (SO12). Thereafter, the PDF file designated by the printer connected to the management PC 16 is printed (SO14).

  Fifteenth, in the management PC 16, a flowchart of a scoring progress program for listing the scoring implementation status is shown in FIG.

  First, a scoring progress button is selected in the management screen display (SP2). The scoring progress program is started, the scoring file 64 is accessed, and the scoring progress of each scoring target question is displayed on the management personal computer screen (SP4). The bar graph displays the number of answers and grades for each grade and subject for each examination date. Further, a list display button for selecting whether to display a list for each item is provided on the screen. Until the list display button is selected, an input standby state is maintained (SP6). When the list display button is selected, a list including the test execution date, classroom code, grade, subject, test pattern, room student classification and scoring status is further displayed on the screen (SP8).

  Sixteenth, FIG. 26 shows a flowchart of a PDF progress program that lists the implementation status of the answer sheet in the form of a PDF file in the management PC 16.

  First, the PDF progress button is selected in the management screen display (SQ2). The PDF progress program is started, the PDF file 62 is accessed, and the progress status of the PDF conversion process of each answer sheet, that is, the PDF conversion completion number is displayed on the management personal computer screen (SQ4). The number of answers and PDF conversion completion are displayed in a horizontal bar graph for each grade and subject on each test date. Further, a list display button for selecting whether to display a list for each item is provided on the screen. Until the list display button is selected, an input standby state is maintained (SQ6). When the list display button is selected, a list including the examination date, classroom code, grade, subject, test pattern, room student classification and scoring status is further displayed on the screen (SQ8). Further, the state of waiting for a double click selection is made with each item in the list selected (SQ10). Here, when a double click is made, an individual detail display screen is displayed. Here, a list of examination numbers of data already converted to PDF is displayed (SQ12).

  Seventeenth, FIG. 27 shows a flowchart of a scoring confirmation program in which scoring confirmation is completed and scoring such as correction is completed and data is fixed in the management PC 16.

  First, a scoring confirmation button is selected in the management screen display (SR2). The scoring confirmation program is activated, and a display showing the test implementation date and the grade, subject, test pattern, and status of the unconfirmed test is displayed on the management personal computer screen (SR4).

  If a different day is desired, the test date of that day can be entered (SR6). Furthermore, a test can also be specified (SR8). Subsequently, the confirmation / cancel button standby screen is displayed (SR10). Here, when the scoring is confirmed, it is stored in the designated test confirmation and test state writing database (SR12). On the other hand, when the cancel button is selected, the final selection is canceled (SR14).

  Eighteenth, a flowchart of an error confirmation program for confirming and displaying an error is shown in FIG.

  First, an error confirmation button is selected in the management screen display (SS2). The error check program starts, and the examination number, grade, subject, test pattern, classroom, room student classification, scoring result, and examination number are read from the error table 50 and displayed on the screen. (SS4).

  By configuring as described above, the answer sheet can be moved even when the test is conducted at multiple locations by adopting a high-speed scoring system that can perform scoring of the scoring results after completion of the test at high speed. The scoring time can be shortened since the scoring can be started without any problem, and the scoring at a plurality of scoring terminals can be performed simultaneously according to the scoring plan.

  In this example, the test for the main subjects of elementary school was shown as an example, but it is easy to score and tabulate a large amount of answer sheets by adopting it for other tests such as other schools and qualification tests. Become.

It is a block diagram of the high-speed scoring system according to the present invention. It is a data structure in the file server of the high-speed scoring and counting system according to the present invention. It is a data structure in the database server of the high-speed scoring system according to the present invention. It is a block diagram of a dedicated scoring terminal of the high-speed scoring and counting system according to the present invention. It is a menu screen of the management menu program of the high-speed scoring and counting system according to the present invention. It is a flowchart of the data division | segmentation program of the high-speed scoring total system which concerns on this invention. It is a flowchart of the upload program of the high-speed scoring system according to the present invention. It is a flowchart of the scoring group registration program of the high-speed scoring system according to the present invention. It is a flowchart of the grader registration program of the high-speed scoring system according to the present invention. It is a flowchart of the test registration program of the high-speed scoring system according to the present invention. It is a flowchart of the scoring plan program of the high-speed scoring system according to the present invention. It is a flowchart of the answer registration program of the high-speed scoring system according to the present invention. It is a flowchart of the answer reading program of the high-speed scoring system according to the present invention. It is a flowchart of the answer reading program of the high-speed scoring system according to the present invention. It is a flowchart of the division | segmentation image creation program of the high-speed scoring total system which concerns on this invention. It is a flowchart of the scoring program of the high-speed scoring system according to the present invention. It is a flowchart of the scoring program of the high-speed scoring system according to the present invention. It is a flowchart of the incorrect answer input program of the high-speed scoring system according to the present invention. It is a flowchart of the incorrect answer input program of the high-speed scoring system according to the present invention. It is a flowchart of the incorrect answer input program of the high-speed scoring system according to the present invention. It is a flowchart of the scoring input program of the high-speed scoring system according to the present invention. It is a flowchart of the scoring file program of the high-speed scoring system according to the present invention. It is a flowchart of the PDF creation program of the high-speed scoring system according to the present invention. It is a flowchart of the PDF printing program of the high-speed scoring system according to the present invention. It is a flowchart of the scoring progress program of the high-speed scoring system according to the present invention. It is a flowchart of the PDF progress program of the high-speed scoring total system which concerns on this invention. It is a flowchart of the scoring confirmation program of the high-speed scoring system according to the present invention. It is a flowchart of the error confirmation program of the high-speed scoring system according to the present invention. It is an example of a screen display of the data division program of the high-speed scoring and counting system according to the present invention. It is an example of a scoring screen showing a scoring screen and a navigation marker when executing a scoring program of the high-speed scoring system according to the present invention. It is a bag unit registration notice display example at the time of incorrect answer input program execution of the high-speed scoring total system concerning the present invention. It is the screen which totaled the answer for one question for a plurality of people at the time of data division program execution of the high-speed scoring total system concerning the present invention. It is the screen which totaled the answer for several people by the group unit at the time of the data division | segmentation program of the high-speed scoring total system which concerns on this invention. 6 is a screen in which answers for one question are totaled for a plurality of people in comparison with the model answer for automatic scoring when the data division program of the high-speed scoring system according to the present invention is executed.

Explanation of symbols

2 High speed scoring system 4 File server 6 Data server 8 Application server 10 Network hard disk 12, 14 Scan PC
13, 15 Scanner device 16 Management PC
17 Temporary management memory 18 and 20 Dedicated scoring terminal 19 Divided image 22 Internet 24 Operation setting definition file 26 Network setting file master 28 Scoring setting master file 30 Scoring setting master file 32 Classroom master file 34 Navigation information file 36 Scorer master,
38 scoring group master 40 scoring plan master 42 test / test status file master 44 problem individual master 46 network setting master 50 error table 52 scoring setting master file 56 answer scoring result / question scoring result 58 classroom master 60 scoring setting management master 62 problem location Master 64 Grading file 66 Basic question master 70 Grader master 72 Management program 80 Dedicated scoring terminal main body 82 CPU
84 Liquid crystal screen 86 Touch panel 90 Printing unit 92 10 keys + ○, ×, R, Execute, Arrow keyboard 94 Network connection device 96 HDD
98 data division program 100 management menu program 102 answer reading program 104 scoring program 106 incorrect answer input program 108 grade input program 118 test date 120 upload program 122 scoring group registration / deletion program 124 grader registration / deletion program 126 test registration / deletion Program 128 Scoring plan program 130 Answer registration program 132 Scoring file creation program 134 PDF creation program 136 PDF printing program 138 Scoring progress inquiry program 140 PDF progress inquiry program 142 Scoring confirmation / cancellation program 144 Operating environment setting program 146 End

Claims (4)

A file server having a master file in which setting data in which grader information and grader group information are registered in advance is stored;
At least one scanning terminal installed at an answer sheet collection position for scanning an answer sheet that is connected to the file server via a network and in which an answer is written;
A data server connected with the scanning terminal via a network and provided with answer data read by the scanning terminal and storing scoring plan information;
At least one scoring terminal capable of printing scoring results on answer sheets as well as adding scoring information to data read by a scanning terminal connected to the data server via a network;
An application server connected via a network between the scoring terminal and the data server to transfer data of the data server;
A management terminal connected to the application server via a network and controlling each server and each terminal;
Corresponding scoring terminals for each answer data are set in advance according to pre-determined scoring plan information, and the answer data is divided and graded for each question or question group, so that the scoring results after completion of the test can be collected at high speed A high-speed scoring system.   The high-speed scoring system according to claim 1, wherein the scoring plan is set with numerical values for a test execution date, a scoring division, and a grader group. A file server having a master file in which setting data in which grader information and grader group information are registered in advance is stored;
At least one scanning terminal installed at an answer sheet collection position for scanning an answer sheet that is connected to the file server via a network and in which an answer is written;
A data server connected with the scanning terminal via a network and provided with answer data read by the scanning terminal and storing scoring plan information;
At least one scoring terminal capable of printing scoring results on answer sheets as well as adding scoring information to data read by a scanning terminal connected to the data server via a network;
An application server connected via a network between the scoring terminal and the data server to transfer data of the data server;
Using a management terminal connected to the application server via a network and controlling each server and each terminal,
A step in which a predetermined answer division method is stored in the database;
A process in which a scoring plan that pre-determines which testers score what test results are stored in the database;
The process of dividing the answer sheet into a digital file as soon as it is obtained by dividing it by a predetermined method,
A high-speed scoring program comprising a process of scoring completed in an electronic file state. A file server having a master file in which setting data in which grader information and grader group information are registered in advance is stored;
At least one scanning terminal installed at an answer sheet collection position for scanning an answer sheet that is connected to the file server via a network and in which an answer is written;
A data server connected with the scanning terminal via a network and provided with answer data read by the scanning terminal and storing scoring plan information;
An application server connected via a network between the scoring terminal and the data server to transfer data of the data server;
A management terminal connected to the application server via a network and controlling each server and each terminal;
Corresponding scoring terminals for each answer data are set in advance according to pre-determined scoring plan information, and the answer data is divided and graded for each question or question group, so that the scoring results after completion of the test can be collected at high speed In a high-speed scoring system that can
A scoring terminal that is connected to the data server via a network and adds scoring information to data read by a scanning terminal and can also print scoring results on an answer sheet.

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