JP2003150719A - Method for preventing illegal taking of examination - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a method for preventing illegality in the case of taking an exam by confirming a face photo-portrait submitted by an examinee and his/her handwriting information together. SOLUTION: The method consists of a handwriting information fetching means installed in an examination place for fetching the handwriting information of the examinee and a host computer for relating the handwriting information of the examinee with the individual information of the examinee himself/herself and registers and manages them. When issuing certificates of succeeding the examination to successful examinees, the handwriting information fetching means fetches the handwriting information of the examinee, and it is collated with the handwriting information of the examinee when the examination is taken, which is registered and managed in the host computer, to confirm the identification of both of the person.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a method for preventing fraudulent examinations, and more particularly to a method for preventing disagreement between a person who has taken an examination and a person who is given a qualification.

[0002]

2. Description of the Related Art In various qualification examinations and entrance examinations at universities, etc., in order to prevent fraudulent examinations, a method of attaching a facial photograph of the person to the examination voucher at the time of taking the examination so that the examinee can prove that he / she is the person Has been commonly practiced.

[0003]

[Problems to be Solved by the Invention] However, by blurring the photo attached to the examination admission sheet, or by applying makeup similar to the photograph, the person who is not the person taking the examination may take the exam, or a brother who is similar to the person may take the examination. There is no end to the replacement ball incidents that spoof the exam. In addition, there are cases in which a credential is tampered with due to loss of the credential due to theft or the like, and is forged for a long time. At present, the above checking methods are still being implemented because no effective countermeasures against such cases have been found. On the other hand, a technique for identifying the person by confirming a part of the biometric information has begun to be used. Among the techniques for confirming a part of the biometric information, those that have been expensive and take a long time to make a determination in the past have come to be inexpensive and give an instant determination result. Further, as the memory of the computer has become smaller and has a larger capacity and the communication speed has been increased, various systems can be constructed at a lower cost than conventional ones. Therefore, the present invention provides a method for preventing fraud during an examination by checking the facial photograph submitted by the person and the handwriting information of the person.

[0004]

In order to achieve the above object, the invention according to claim 1 of the method for preventing fraudulent examination of the present invention is a means for fetching handwriting information which is installed at an examination site and takes in handwriting information of the examinee. And a host computer that registers and manages the test taker's handwriting information by associating it with the test taker's personal information, and handwriting information when issuing a proof of success to those who have passed the test among the test takers. The handwriting information of the successful applicants is captured by the capturing means, and the handwriting information of the successful applicants,
It is characterized by collating with the handwriting information at the time of the examination of the successful applicant who is registered and managed in the host computer to confirm the identity of both.

The invention according to claim 2 is the invention according to claim 1, wherein the handwriting information capturing means captures the handwriting information of the successful applicant when the proof of success is given to the successful applicant. The step of collating the handwriting information with the handwriting information registered and managed by the host computer at the time of the examination of the successful person is characterized in that a certificate of success is first issued.

The invention described in claim 3 is the same as claim 1
In the invention described in (1), the handwriting information capturing means captures the handwriting information of the successful person when issuing a certificate of success to the successful person, and the handwriting information of the successful person and the successful person who is registered and managed in the host computer. The step of collating with the handwriting information at the time of the examination is characterized in that the certificate of acceptance is updated.

The invention according to claim 4 is the same as claim 1
In the invention described in (3), the handwritten character collected from the person by the handwriting information collection / collation device is the name of the person.

The invention described in claim 5 is the same as claim 1.
In the invention described in (1), the application form has at least a machine-readable code for identifying the examinee, and the personal information of the examinee who is managed by the host computer by the code and the examinee's personal information. The feature is that the face photograph information is read and a certificate of acceptance is created.

The invention according to claim 6 is the same as claim 1.
In the invention described in any one of (1) to (5), the pass certificate is a student ID card, various qualification certificates, or a driver's license.

[0010]

BEST MODE FOR CARRYING OUT THE INVENTION The fraudulent test prevention method of the present invention will be described in detail below with reference to the drawings. In the following description of the embodiment, a university entrance examination will be described. Figure 1
Is a block diagram for explaining the outline of the fraudulent test prevention method of the present invention, FIG. 2 is a block diagram for explaining an apparatus and medium for constructing the fraudulent test prevention method of the present invention, and FIG. 3 is a university. In the entrance examination of, the flow chart for explaining the process from submitting the application for the examination to taking the exam, Figure 4 is a general flow chart until the student ID is issued to the successful examinees, and Figure 5 is the figure 4 is a flow chart for explaining an example in which the student ID issued by the method of the present invention is updated by the method of the present invention. FIG. 6 is a flow chart in which the student ID is issued by the method of the present invention to the passing examinees. FIG. 8 is a plan view for explaining an example of an examination card in which a machine-readable code is formed, FIG. 8 is a view for explaining an example of a handwriting pattern recognition processing procedure, and FIG. 9 is an example of a handwriting information collating procedure. Is a diagram for describing are.

FIG. 1 illustrates the contents of processing on the side that carries out the test, that is, on the university side. Students who wish to take the examination must first obtain the materials for the examination from the university, fill in the necessary information, and send it to the office of the university. The university,
Accept the application form sent by the examinee (Step 1
01 and below will be referred to as S101. ) The test application must include the test taker's address, name, gender, date of birth,
The name of the school you came from, the department you wish to take the exam for, etc. are entered, and a number of photos of the examinee himself and a reply envelope for sending the examination voucher are enclosed. The address for sending the examination voucher is entered in the reply envelope by the examinee. The university side inputs the information necessary for the examination from the above-mentioned sent materials using the character information input device, for example, the name, the address, the date of birth, and the name of the high school from which they are born as attribute information (S102). The information of the examinee entered in this way is divided into the departments and faculties that the applicant desires to take, and the examinee number is given. The test number is automatically assigned by the program by the computer so that the same number does not occur.
This examination number serves as the identification code of the examinee. In this university, the name, the date of birth, the name of the high school from which the student came, the name of the department in which he / she wants to take the examination, and the examination number (identification code) are printed on the face photograph input mount among the input character information. At this time, the identification code can be machine-readable, for example, a bar code or OC.
Print with R, 2D code, etc. It is necessary to send the test voucher to the test taker within a short period of time after the application is received, and in universities where there are many test takers, usually multiple text information input devices are mobilized. The information input in a distributed manner is stored in an FD or MO which is a storage medium and collected in one place, and the identification code unique to the examinee is assigned as described above.

The printed face photograph input mount is returned to the place where the distributed input is made, and the face photograph is affixed after being confirmed by the printed name and the like. The face photograph input mount to which the face photograph is attached is collected again and used for the photograph input by the photographic image input device. When the face image of the examinee is input by the photographic image input device, the identification code printed by the bar code or the like serves as a retrieval code of the photographic image information that is automatically read. These test taker information is stored in the memory of the host computer. When the number of examinees is large and the storage capacity of the host computer is limited, the examinee information including the face photograph image information is stored in the data storage unit (memory) 23 of the host computer.
4-1 or output to a magnetic tape (not shown) and stored. In the past, photographic paper was pasted and returned as it was, and it was used as an examination voucher, but in order to shorten the student ID creation period for successful applicants, a university that stores facial photograph images as digital information at the stage of making an examination voucher. Has been increasing, and printed facial photographs are often used for admission tickets. When a face photograph image is printed by a printer (printing device), it may be printed in one color in order to improve printing efficiency. The created test admission ticket (see FIG. 7) is collated with the address writing on the above-mentioned return envelope, sealed and sent to the examinee.

On the test day, the examinee presents the sent examination voucher at the reception and enters the examination room. A handwriting information gathering and collating device is installed at the entrance of the examination site, and the receptionist collates the face photograph printed on the examination voucher with the presented person and uses a barcode scanner connected to the handwriting information gathering and collating device. Read the identification code printed on the admission ticket (S10
9) Have the examinees write their names and collect the handwriting information of the examinees' handwritten characters. “Handwriting information by handwriting” of the collected examinees (hereinafter referred to as “handwriting information”)
Is stored in the storage unit or the storage medium of the handwriting information collection / collation device with an identification code. When the reception is completed, the handwriting information collection / collation device installed at each examination site is collected, and the handwriting information collected from each examinee is collected in one place and recorded and stored on a magnetic tape or the like (S103).

At the end of the entrance examination, a pass / fail judgment is made (S104). A success announcement is made, and successful applicants pay the entrance fee by the deadline and carry out the entrance procedure. Student information is input to the successful applicants who have completed the admission procedure in order to create a student book (S105).
The information of the rejected persons is recorded in a recording medium such as a magnetic recording tape with the score, total score, ranking, etc. for each test subject recorded and handwritten information attached with handwritten characters. At this time, data with a large recording capacity, such as a facial photograph image, is deleted.
The handwriting information is retained for processing such as passing the advance.
Successful applicant information is the DB in Figure 1 where the examinee information was stored.
1 (234-1) to DB2 (234-2). At this time, the identification code having the same number as the examination number used for the examination card is switched to a new identification code such as a student number. The identification code may be a student number or any other reference number, but it is a unique number for one student and serves as an identification code for that student until graduation.

When the input of the student information (S105) is completed, the student ID is created (S106). The student ID issued immediately after passing the exam will include the face photo image that was used at the time of the examination and stored at the university, as well as date of birth, name, school name, department name, student number, date of issuance of student ID, etc. Character information is printed by the printer. Identification codes such as student numbers are also printed as machine-readable codes such as bar codes. This machine-readable code is for collecting handwriting information when issuing a student ID,
At the time of collation (S107), it is read by a bar code reader or the like connected to the handwriting information collection / collation device (S11).
0), which is used when reading the handwriting information to be collated in the handwriting information collection / collation device or from an external storage medium. If the student ID card is provided with a magnetic stripe or an information recording means such as an IC module, the machine-readable code can be recorded in the recording portion, so that the above-mentioned bar code may not be printed.

If the handwriting information collected at this stage and the handwriting information registered at the time of the examination match, a student ID will be issued. The student is confirmed to be the same as the student who took the test,
A student ID will be issued as a student who has passed the examination (S10).
8). If the collected handwriting information and the handwriting information registered at the time of the test do not match, the photo printed on the student ID is visually checked again, and if the photo matches, the test will be taken. The handwriting information collected at that time and the handwriting information collected at the time of issuing the student ID are confirmed again and the authenticity is judged. As described above, according to the method for preventing fraudulent examination of the present invention, it becomes impossible to acquire the right of the student by the fraudulent means of taking the substitute ball examination. In addition to the method described with reference to FIG. 1, there is also a method of performing confirmation when updating the student ID as described with reference to FIG.

A medium and an apparatus for constructing the fraudulent test prevention method of the present invention will be described with reference to FIG. In FIG. 2, at least the application 1 and the examination voucher 11 are generated as the medium for the examination. In addition, the student ID 12 is generated when the result of the examination is passed and it is decided to enter the school. The secretariat of the university uses the character information input device 25 for inputting character information in the application as a device group 2 surrounded by a dotted line for constructing the fraudulent test prevention method of the present invention, and for inputting a facial photograph. Photo image input device 22, a handwriting information collection / collation device 21 for collecting and collating handwriting information by handwritten characters, and a host computer 2 for collecting, editing and storing examinee information collected by these devices.
3. From the information edited by the host computer,
At least a printing device 2 for preparing an examination voucher for examinees
It is necessary to prepare 4. If the preparation period is short and the number of students taking the examination is large, it is necessary to prepare a plurality of text information input devices 25 and photo image input devices 22. Also, if the examination venues are dispersed in multiple places, or the student ID Handwriting information collection and collation device 21 on the premise that a plurality of faculties are issued
It is also necessary to prepare multiple units.

The character information input device 25 has a keyboard for inputting information, a display section, and a control section.
A personal computer or word processor is used. In the case of distributed input, the device must be selected on the assumption that the data output from each terminal is edited by a common program.

The photographic image input device 22 includes an image input section (a digital camera for high-speed shooting or a color scanner), a bar code reader for inputting an identification code, a control section,
It has a storage unit. When the face photograph attached at a predetermined position on the face photograph input mount form described in Fig. 1 is set in the above-mentioned photograph image input device, the photograph image is automatically read by attaching the identification code to the photograph information by reading the photograph and bar code. It is stored in the storage unit (storage medium) of the input device. The face photograph input mount read by the photographic image input device is stored for a certain period of time, assuming that processing such as by-admission to school has occurred.

The handwriting information collection / collation device 21 includes a handwritten character input unit for collecting handwriting information of handwritten characters, a display unit for displaying operation procedures, an identification code input unit for reading an identification code, and a handwritten character collected. The storage unit is configured to store the handwriting information and the identification code in association with each other. In the present embodiment, the handwritten character input unit allows characters to be written as if writing a name on a flat paper surface.
A flat portion having a relatively large area is provided.
In some cases, a handwriting sensor may be fitted with a reception sheet for signing. As described in the description in FIG. 1, the handwriting information collection / collation device 21 is
A bar code reader can be connected to read the admission ticket and the identification code based on the bar code printed on the student ID card. Further, when the student ID card is a card and a magnetic stripe is provided on the card surface and magnetic information is recorded, a magnetic recording reader is incorporated, and when an IC module is installed, an IC card reader is incorporated. . Of course, these readers may be provided with contacts that can be connected.

The host computer 23 stores at least information about all students enrolled in the university, faculty members, and programs for operating such information. The host computer 23 edits the data of the examinees and students collected by the above-mentioned devices and creates a magnetic tape or MO for editing and outputting the data on the printing device 24. In addition, the faculties are distributed, and handwriting information of each student so that student IDs can be issued and updated for each faculty, and student information can be used offline on each device FD and M
It is also the job of the host computer 23 to output to O or the like. In FIG. 2, the host computer 23 is connected to the handwriting information collection / collation device 21, the photographic image input device 22, the character information input device 25, and the printing device 24, but it may not be always connected.

The printing device prints materials relating to the examinees and all the students enrolled in the university and faculty and staff who have been edited by the host computer. Print the above-mentioned face photograph input mount form, student ID, transcript, etc., and also print the examination voucher. When the face photograph is printed in color, it may be printed by a dedicated color printer.

With reference to FIG. 3, the procedure for the examinee to submit the application and take the examination will be described separately for the student side and the school (university secretariat) side. The examinee creates an examination application (S301). The school side accepts the delivered application (S302). The school side inputs character information and face photograph information, which are the information of the examinee, from the received application (S303) and creates an examination voucher (S304). Although this step has been described in detail in Fig. 1, detailed description will be omitted. However, in the case of a university with a small scale and a small number of enrolled students, it is not necessary to digitize the information on the examinees in advance, and therefore the examinee's admission ticket is also available. It may be handwritten by yourself. However, since it is necessary to prevent replacement balls, a bar code label for machine reading should be created and attached to the examination voucher. This barcode label may be any number unique to the examinee, so a serial number is printed on it, and for successful applicants, it is used in association with the student number. The other steps are almost the same as those for printing the examination card. On the day of the examination, the student brings the examination voucher sent to them into the examination site, presents the examination voucher at the entrance of the venue (S305), and registers handwriting information (S30).
Perform 7) and take the test (S308). Immediately before collecting the handwriting information, the identification code of the examinee is read by a bar code reader connected to the handwriting information collecting / collating device (S306).

A procedure for issuing a student certificate will be described with reference to FIGS. 4, 5 and 6. The form of the student certificate issuance shown in FIG. 6 is the method according to claim 2 of the present invention, and FIGS.
The form of the student certificate is shown in the method of claim 3 of the present invention. In FIG. 4 and FIG. 5, when the examinee passes the examination, he / she performs various admission procedures for admission. The university inputs various information to register as a student. For example, when it is determined that it is wasteful to pre-enter all the attribute information of the examinee at the time of taking the examination, the character information of the examinee is input but not the face photograph information. Therefore, when the examinee passes the entrance examination, as the passing process (S401), the examinee identification code, the examinee number, the name, the address, the date of birth, the school where he / she came from, and the handwriting information are entered in the examination subject. Test result information such as grades and total score order is additionally input. In addition to these information, admission fee payment information, undergraduate department information, etc. are added to complete input of student information (S40).
2). Next, a student ID card having only character information is created according to the layout of the student ID card (S403). In this way, a student ID card can be created without preparing a special printing device, so a student ID card can be created and issued at the stage when admission is decided (S404), and the student can obtain the student ID card at the entrance ceremony. You can bring it.

The student ID update process will be described with reference to FIG. After a certain period of time after admission, the university secretariat will require each student to submit his / her recent photograph and current address. Since the deadline for submitting photos is set, photos of all new students will be collected when the deadline comes. The university collates and confirms the photograph with the photograph submitted at the time of taking the examination, and creates electronic photograph data by the photograph image input device. A student identification code is attached to the electrophotographic data. The identification code may be a student number or another associated number as long as it can identify the student.
Add current address information to student attribute information and update (student)
The information input is completed (S501). A new face photo image is printed, and an updated student ID card with a new address etc. printed is created (S502). The address may not be printed.

At the request of the school, the student goes to the university office for a new student ID. Therefore, the university side allows the handwriting information collecting and collating device to write the student's name by handwriting, collects the handwriting information, and collates the handwriting information with the handwriting information collected at the time of the examination (S503). When collating handwriting information, enter the student identification code (not shown) Database (DB1)
The handwriting information of handwritten characters registered in 234-1 is read online or offline. As described above, the identification code input means can be selected from, for example, a bar code, a magnetic recording unit, an IC recording unit, or the like. If the handwriting information matches, it is determined that the person is the person (S50).
4) An updated student ID is issued (S505).

As a feature of this embodiment, since it is not necessary to convert the facial photograph into electronic data at the time of taking the examination, it is possible to extend the acceptance period of the application, and to immediately give the student ID to the student who has completed the admission procedure. Can be issued (it can be delivered to you by means such as sending), the face picture displayed on the student ID can be a picture after becoming a college student, the address where you are living as a student can be displayed, etc. Can be raised.

FIG. 6 shows another embodiment of the present invention, but since it overlaps with the contents explained in FIG. 1, it will be briefly explained. When the input of the student information (S601) is completed, the student ID is created (S602). The student ID issued immediately after passing the test will be used for the examination and the face photo image stored at the university, date of birth, full name, school name, department name, student number, date of student certificate, etc. The character information of is printed by the printer. Identification numbers such as student numbers are printed as machine-readable codes such as bar codes. This machine-readable code (student identification code) is read by a bar code reader or the like connected to a handwriting information collection / collation device at the time of collating handwriting information when issuing a student ID, and the storage device DB1234-1 of the host computer can be used online or offline. It is collated with the handwriting information stored in (S603). A student ID is issued when the person is judged to be the person (S604) (S60
5) is done.

A feature of this embodiment is that since the facial photograph is converted into electronic data at the time of taking the examination, the facial photograph is printed from the first student ID card and can be delivered to the student at an early stage.

The examination ticket will be described with reference to FIG.
In many cases, the examination admission ticket is one in which the examinee's unique information is written on the examination admission card mount prepared by the university, and a photograph of the examinee's face is attached at a predetermined place. Many examination cards are paper-based and are printed by a printer or the like. The test voucher is intended to prove to the examiner that the test taker is who he / she is, and is to be placed in a visible place on the table during the test. On the admission ticket 11, a special tint block is printed, or in the case of a university, a school building or a lecture hall that is a symbol of the university is designed and printed on a mount form. Examination number 11 of the examinee-specific information 114 and 115
4 is prepared by the university. The unique information 115 is the information of the examinee, and the information described in the application form is printed. The unique information 114 is often already printed when the examination ticket is sent. The unique information 115 may be filled in by the examinee himself or may be printed by the university. The photo 111 may be printed by the printing device on the university side, or the photo sent from the examinee may be attached as it is and the university stamp may be stamped as a tally. Photos may be monochrome or color. When printing from electrophotographic data with a printer, it is often monochrome to improve printing efficiency.
In the case of this embodiment, the machine-readable information 11 is displayed below the face photograph.
2 is printed as a bar code. This machine-readable information is often an examinee's identification code as an examinee's identification code, or a serial number attached with an undergraduate code. In addition, on the examination voucher, the name of the university that is the sponsor of the examination and the examination department name 113 that the examinee desired are printed and displayed on the upper right side of the "examination ticket" display.

Many techniques relating to a method and apparatus for handwriting information collation by handwritten characters have been proposed. For example, JP-A 06-103057 and JP-A 07-1
No. 05136, Japanese Patent Laid-Open No. 08-137800,
JP 08-315139 A, JP 2000-35
3243 publication. Many of these known techniques
There are many technologies for recognizing and identifying the features of handwriting patterns by handwritten characters. For example, a method is used in which each character recognized by the character code recognition means is extracted for each character separately or as a pattern irrelevant to the character. When recognizing the characteristics of the handwriting of these handwritten characters, the shape and size of the stroke element of the line portion of the handwritten character pattern, the positional relationship of each element, the characteristics of the stroke order, writing pressure, input speed, etc. are recognized. Then, these characteristics are registered as a plurality of digitized data for each person, and a match or a mismatch is determined depending on how many of the handwritings to be matched match.

Referring to FIG. 8, Japanese Patent Laid-Open No. 08-13780.
An example of a handwriting pattern recognition processing procedure based on a handwritten character pattern disclosed in No. 0 publication will be described. First, the first character of the handwritten pattern is processed (S801), and the locus including the start point and the end point of this first character is extracted (S802). Next, the writing pressure of each locus is extracted (S80
3) At the same time, the stroke order is extracted. Further, the position of the stroke of this character and its combination pattern are extracted (S805). Calculation is performed using these data as parameters of an evaluation function that is appropriately determined, and handwriting parameters of this character are created (S806). When the processing of one character is completed, the processing of the next character is performed (S807). S802 to S
The processing of 807 is repeated to recognize the handwriting pattern of the handwritten character (the name of the person in this embodiment) (S808). Finally, the data of all the characters are integrated (S809), and the handwritten character recognition process is terminated.
Although not shown, the handwriting information collected first is attached with an identification code and stored and stored as handwriting information.

An example of the handwriting information collating procedure will be described with reference to FIG. To verify handwriting, first read the machine-readable information (identification code) printed on the student ID by a bar code reader connected to the handwriting information collection and verification device (S
901), the handwriting information corresponding to the identification code stored in the handwriting information collection / collation device is read (S902) and stored in the temporary storage memory (S903). It is input from the handwriting information collection / collation device according to the procedure of FIG. 8 (S904).
The handwriting information of the student himself is temporarily stored (S905) and collated with the stored handwriting information (S906). As a result of the collation, it is confirmed that the student who is going to issue the student ID has passed the examination if they match (S90.
7) The collation process ends. The above is the procedure for determining whether or not the handwriting information of the handwritten characters collected at the time of the examination and the handwriting information of the handwriting characters collected immediately before issuing the student ID match. In recent years, handwriting information collation technology using handwritten characters has advanced, shortening the time for feature extraction and collation at the time of collection,
Since the collation accuracy is improved, the unnaturalness of collation of handwriting information by handwritten characters is eliminated, and it is becoming established as a daily personal identification means.

[0034]

Since the handwriting verification method using handwritten characters is a checking method that can be easily performed, it is an extremely effective method for preventing replacement balls in qualification tests and the like. In addition, it is convenient because it is possible to select whether the time to collate handwriting information by handwritten characters is the time to issue the first qualification or the time to update the qualification as in the present invention, depending on the circumstances of the implementing side. It is extremely natural to have the person's name written with handwritten characters before taking an examination or when issuing a student ID card, but it is judged by comparing the registered handwriting with the registered handwriting. It is preferable that the time is as short as possible. Therefore, in the case of carrying out the renewal of the student ID of the present invention, it is effective to carry out the renewal timing early after admission.

[Brief description of drawings]

FIG. 1 is a block diagram for explaining an outline of a fraudulent test prevention method of the present invention.

FIG. 2 is a block diagram for explaining an apparatus and a medium for constructing the fraudulent test prevention method of the present invention.

[Fig. 3] A flow chart for explaining the university entrance examination from the submission of the application for the examination to the examination.

[Figure 4] General flow chart until the student ID is issued to the successful applicants

5 is a flow chart for explaining an example in which the student ID issued in FIG. 4 is updated by the method of the present invention.

FIG. 6 is a flow chart in which a student ID is issued to a passing examinee by the method of the present invention.

FIG. 7 is a plan view for explaining an example of an admission ticket in which a machine-readable code is formed.

FIG. 8 is a diagram for explaining an example of a handwriting pattern recognition processing procedure.

FIG. 9 is a diagram for explaining an example of a handwriting information collation procedure.

[Explanation of symbols]

1 application 2 Devices for constructing the present invention 11 Examination ticket 12 student ID 21 Handwriting information collection and collation device 22 Photo image input device 23 Host computer 24 Printing device (printer) 25-character information input device 111 face photo 112 Machine read information (identification code) 113 University information 114,115 Information specific to examinees (examinees) 234-1 Candidate database (DB) 1 234-2 Student Database (DB) 2

Claims (6)

[Claims] 1. A handwriting information importing means installed in an examination site for taking the handwriting information of the examinee, and a host computer for registering and managing the handwriting information of the examinee in association with the personal information of the examinee. Among the successful applicants who passed the test, the handwriting information importing means captures the handwriting information of the successful applicant when the proof of success is issued, and the handwriting information of the successful applicant is registered and managed in the host computer. A method for preventing fraudulent examinations, which is to verify the identity of both by comparing the handwriting information of the person who took the examination. 2. When handing a certificate of success to a successful person, the handwriting information importing means captures the handwriting information of the successful person, and the handwriting information of the successful person and the examination of the successful person who is registered and managed in the host computer. 2. The method for preventing fraudulent examination according to claim 1, wherein the step of collating with the handwriting information is a step of first issuing a certificate of acceptance. 3. The handwriting information acquisition means captures the handwriting information of the successful applicant when the successful applicant is given a proof of success, and the handwriting information of the successful applicant and the examination of the successful applicant registered and managed in the host computer. 2. The method for preventing fraudulent test entrance according to claim 1, wherein the step of collating with the handwriting information is a step of updating the certificate of acceptance. 4. The fraudulent test prevention method according to claim 1, wherein the handwritten character collected from the person by the handwriting information collection / collation device is the name of the person. 5. The application form has at least a machine-readable code that identifies the examinee, and the personal information of the examinee managed by the host computer by the code and the face of the examinee. 2. The photographic information is read to create a certificate of acceptance.
The method of preventing fraudulent examination described in. 6. The method for preventing fraudulent examination according to claim 1, wherein the pass certificate is a student ID card, various qualifications, or a license.