JP2012068782A - Score counting system - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a score counting system for score counting of tests to be conducted for comparatively a small number of students of individualized learning coaching schools or regular schools, with high accuracy, enabling cost suppression and allowing teachers to get the results in a short time, reuse the score counting results by converting them into a text for improvement in efficiency, and accurately perform their work even using a laptop computer with a small-size display screen.SOLUTION: An image of an answer sheet 3 input in a PC from an electromagnetic induction type input device 1 is displayed on a screen. Coordinate positions of written points are continuously captured by electromagnetic waves generated through contacting of an electronic pen P to the electromagnetic induction type input device 1. Numbers, characters, symbols, and diagrams written are determined by a locus of the written points. Scores and evaluation are recognized and the recognition results are transmitted to a tabulation software as score data. At least data scored and tabulated by the tabulation software is stored in a database.

Description

  The present invention relates to a scoring system, and mainly relates to scoring and summarizing learning tests performed on a relatively small number of students such as individual learning instruction schools and schools, using an electromagnetic induction type input device, and by handwriting with an electronic pen. The present invention relates to a scoring system based on scoring data.

  Conventionally, scoring for answer sheets is done by handwriting scoring and inputting the contents into a computer by a multi-person puncher, and summing the question units and total points. This method requires time and effort for data entry, so the scoring results cannot be aggregated in real time, the scoring results cannot be known at an early stage, data entry mistakes cannot be completely prevented, and human re-checking is necessary. And spends a lot of money and time. In the large-scale trials nationwide, the question scoring scoring system has become widespread, but it cannot deal with that for a relatively small number of students such as individual learning classrooms (schools) or schools.

  Therefore, from the viewpoint of reducing the cost of scoring work by avoiding data input mistakes and reducing the cost of scoring work recently, using the mark sheet method to read the answers with the mark sheet reader and using a special paper, A system that reduces the labor of input, instruments that emit infrared rays, ultrasonic waves, or both are placed at specific positions on the answer sheet, and are automatically scored using infrared rays, ultrasonic waves, or both emitted from a special pen. A device that performs counting is used.

  However, the above-mentioned mark sheet method was originally used for the “university examination exam” because the center examination of the university examination is the mark sheet method, but in recent years, the mark sheet method has been adopted up to the high school examination exam, It goes against the “New Educational Guidance = Writing and Learning” starting in 2011. Since the mark sheet method only checks the “readable answer frame”, it cannot satisfy the student's actual accurate academic ability determination. In addition, the accuracy of the conversion accuracy of the correct answer that reads the mark sheet that is the answer sheet with a computer (characters are thin, the mark is removed from the reading location, etc.) and the scoring criteria are met, so human inspection is again essential. The scoring results take a lot of time and money to be verified, and cannot be adopted for “answering descriptive questions” that will be strengthened in the new educational guidelines. In the case of using special paper, there is a restriction that the special paper is necessary, and the cost is not greatly reduced due to the cost. When using infrared rays or ultrasonic waves, there are limitations that the accuracy of the stroke remains and that scoring in a state where a large number of answer sheets are stacked cannot be performed.

JP-A-2005-326795 JP 2010-97546 A

  The problem to be solved by the present invention is that it is a cost-effective and accurate and short-term system for scoring and summarizing tests for a relatively small number of students such as private study schools and schools. There is a scoring system that can produce results, and can improve the efficiency by converting the scoring results once made into text and reusing them, so that work can be done accurately even with a laptop computer with a small display screen. It was that it was not.

  In order to solve the above problems, the scoring system according to the present invention displays an image of an answer sheet input to a personal computer from an electromagnetic induction type input device on a screen, and an electronic pen touches the electromagnetic induction type input device. The coordinate position of the writing point is continuously captured by the electromagnetic wave generated by this, the number, character, symbol, figure written is judged from the locus of the writing point, the score and evaluation are recognized, and the recognition result is scored Data is sent to the counting software, and at least the data scored and counted by the counting software is stored in the database. The comments of the scorer and the handwritten correction information by the input of the electronic pen are converted into text and stored in the database. It is characterized by being reusable.

  In addition, the scoring system according to the present invention grasps the contact position of the electronic pen in real time with respect to the image of the answer sheet displayed on the above-mentioned personal computer screen, scrolls the screen even if the full screen display is impossible, and accurately The above-mentioned scoring is sent to the scoring data of the descriptive answer of the next step, and the scoring result of the objective answer of the Marubat style is sent to the scoring data of the descriptive answer of the next step. The stroke data of the objective type answer is combined with the scoring data of the descriptive answer, the final scoring result is totaled by a totaling software, and the result is stored in a database.

  The present invention is configured as described above. By handwriting the same as the previous scoring method, scoring data can be automatically totaled and data input work can be omitted. As a result, the time required for input and data verification can be shortened and the cost can be significantly reduced. In addition, data input errors can be prevented, leading to an increase in the reliability of scoring operations. In addition, since the grader can be individually specified and scored and counted in question units, it is possible to increase the operational efficiency of scoring and correction, and it is possible to guarantee the high accuracy of score counting.

  Furthermore, scoring and correction are possible for students in Japan and overseas. This device can instruct and correct the answer sheet for multiple students (students) in a short period of time using the Internet line, and can give guidance with handwritten comments without relying on logistics. So you can aim to reduce costs and simplify operations. Another feature of this device is that it can be corrected and scored on a computer screen.

  In addition, a special dedicated scoring system and a special paper scoring system that uses special paper are no longer necessary, and scoring and correction work can be realized even with a light-weight and compact personal computer such as a laptop computer. It becomes.

It is the schematic which shows embodiment of this invention. It is the schematic at the time of making it respond | correspond to a remote place. It is the schematic which shows a scroll state. It is the schematic which shows a distributed scoring structure. It is a chart figure. It is a reference diagram showing an example using a form.

  This was realized by configuring as illustrated in the drawings and described in the examples.

  Next, an example of a preferred embodiment of the present invention will be described with reference to the drawings. In the figure, reference numeral 1 denotes an electromagnetic induction type input device. This electromagnetic induction type input device 1 is connected to a personal computer 2, and an image of the answer answer sheet 3 from the electromagnetic induction type input device 1 is displayed on the screen of the personal computer 2. Is entered and displayed. Next, a score is allocated for each question, and this is input to the personal computer 2, and a detailed distribution corresponding to the scoring symbols, circles, crosses, and sanks is also input.

  The image of the answer sheet 3 displayed on the screen of the personal computer 2 is scored with the electronic pen P in the electromagnetic induction input device 1. That is, the tip of the electronic pen is brought into contact with the electromagnetic induction type input device 1 to perform handwriting work. When the electronic pen is brought into contact with the electromagnetic induction input device 1, an electromagnetic wave is generated, and the coordinate position of the writing point is continuously captured by the electromagnetic wave, and the written number, character, symbol, figure is determined from the locus of the writing point. The score / evaluation is recognized and handled as scoring data in the personal computer 2. The actual scoring work is performed for each answer answer sheet 3 in a state where a large number of answer answer sheets 3 are stacked.

  The scoring data obtained in this way is totaled by the totaling software 4, stored in the database 5 in real time, and immediately used for personal information such as a score sheet.

  In addition, in the above-described scoring work, in addition to the mark, cross, and score notation, the scorer's comments and corrections are also input with the electronic pen, and these input data are JPEG image output data 6 and text data 7, It is stored in the database 5 and can be made public on the Internet, and the comment that has been made into a text is standard and can be reused.

  When the student (examinee) performs this scoring work in a state of being in a remote place such as home including overseas, the configuration shown in FIG. In this case, the student enters the answer on the answer answer sheet 3 at a remote place including his / her home, and transmits this form as PDF data to the grader via the server 8.

  The transmitted answer answer sheet 3 is input to the management computer 9, and each grader sequentially performs the scoring on the answers stored in the management computer 9 in the same manner as described above, Immediately return results to students. This method saves a lot of time and money.

  Even if the entire answer answer sheet 3 is not displayed using a notebook PC 2a or the like that is convenient for carrying as a personal computer, the answer answer sheet is displayed on the PC 2a screen as the electronic pen P is moved. The image of 3 is scrolled and displayed. As a result, the scorer can perform scoring, correction, and commenting without having to look at the screen of the personal computer 2a or scaling the image, so that the work efficiency is very good.

  In order to increase the scoring efficiency, the scoring method adopts a method of scoring the scoring for the objective question 10 of Malbatu and the scoring for the descriptive question 11 mainly composed of corrections, comments, and partial points. There are cases where the test questions that can increase the number of questions are a mixture of Malbatz objective and descriptive questions. In that case, the burden of the scorer is reduced and the efficiency is improved by dividing the scorer into a grader who can score without special knowledge and a descriptive grader who needs specialized knowledge. Only Marubat's objective problem is scored together, and the stroke data of the electronic pen P is distributed and sent to the descriptive scorer. Finally, the result of scoring both will be scored.

  The scoring system according to the present invention is configured as described above. In this embodiment, the test scoring for a relatively small number of students has been described. However, a similar system can be used for, for example, a form as shown in FIG. When handwritten input is performed using an electronic pen, the contents input by handwriting are input to a personal computer, digitally converted, stored in a database, and totalized by a totaling software, the result can be displayed on a computer screen.

  In addition, this system can be used to create electronic data in fields where handwriting such as minutes, various surveys, contact networks, tripartite interviews at schools and cram schools are conducted.

DESCRIPTION OF SYMBOLS 1 Electromagnetic induction type input device 2 Personal computer 2a Notebook computer 3 Answer sheet 4 Totaling software 5 Database 6 Image output data 7 Text data 8 Server 9 Management PC 10 Objective question 11 Descriptive question P Electronic pen

Claims (4)

  The image of the answer sheet input to the personal computer from the electromagnetic induction type input device is displayed on the screen, and the coordinate position of the writing point is continuously captured by the electromagnetic wave generated when the electronic pen contacts the electromagnetic induction type input device. , Judged numbers, letters, symbols and figures from the locus of written points, recognizes the score and evaluation, sends the recognition results to the counting software as scoring data, and at least the data scored and totaled by the counting software is database A scoring and counting system characterized by storing in   2. The scoring system according to claim 1, wherein the scorer's comments and handwritten correction information input by the electronic pen are converted into text, stored in a database, and reusable.   The contact position of the electronic pen is grasped in real time with respect to the image of the answer sheet displayed on the screen of the above-mentioned computer, and even if full screen display is impossible, the screen can be scrolled and input by the electronic pen at an accurate position is possible. The scoring system according to claim 1 or 2, wherein   The above-mentioned scoring is performed by sending the stroke data by the electronic pen of the result of scoring of the Marbatz objective answer to the scoring data of the descriptive answer of the next step, and the stroke data of the objective answer described above as the scoring data of the descriptive answer. In addition, the final scoring result is totaled by a totaling software, and the result is stored in a database. 4. The scoring totaling system according to claim 1, wherein the result is stored in a database.

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