JP2003016199A - Test conducting method - Google Patents

Abstract

PROBLEM TO BE SOLVED: To effectively prevent students from behaving dishonestly at a test in the test by using a communication means which cannot monitor the situation of students in the middle of taking the entrance examination. SOLUTION: Multiple pieces of individual question content information are extracted from a recording device 1a and examination paper which is constituted of individual question contents shown by multiple pieces of extracted individual question content information and in which the examination order of individual question contents are rearranged is generated. Examination paper information showing generated examination paper is transmitted to terminal equipment 2 which an examinee 4 uses. The content of examination paper shown in received examination paper information is displayed on terminal equipment 2 only after specified test start time. Answer content information showing an answer content inputted within specified test time by the examinee 4 is obtained through a communication means with respect to the content of examination paper displayed on terminal equipment 2.

Description

Detailed Description of the Invention

[0001]

TECHNICAL FIELD The present invention uses a communication means,
The present invention relates to a test execution method for executing a test for a test taker by a computer, and particularly relates to a test execution method for carrying out a test while preventing fraud of a test taker.

[0002]

[Prior Art] With the collapse of lifelong employment in recent years, the sophistication of work contents accompanying technological progress and development, and the progress of internationalization accompanying the development of transportation and communication, etc. There is an increasing demand for lifelong learning that seeks to practice, improve self-development and improve lives. Under such circumstances, there is an increasing tendency to provide advanced education in a wide variety of fields in general, and to respond to such demands, especially in recent years in information communication such as the Internet. Along with the spread and development of the network, the practical use of an educational system that enables students to take classes at a university while staying at home by using communication means such as the Internet has been promoted.

[0003]

However, the conventional education system using the communication means has a problem that it is difficult to properly perform various tests while preventing fraud.

[0004] For example, in general, a credit acquisition test conducted at a university is generally conducted by gathering students in a classroom or the like, which is an examination site, and monitoring the examinees by an examiner so that there is no cheating during the examination. Is. However, the examination method using communication means such as the Internet cannot monitor the situation of the students who are taking the examination, and thus it is difficult to prevent the students from teaching the answers.

The present invention has been made in view of the above points, and in a test using a communication means that cannot monitor the situation of the student who is taking the test, it is possible to effectively prevent cheating of the student during the test. It is an object of the present invention to provide a method of conducting a test that can be performed.

[0006]

In the present invention, in order to solve the above-mentioned problems, in the test execution method shown in FIG. The individual question content information extraction step (step S101) of extracting the plurality of individual question content information from the recording device 1a storing the plurality of individual question content information 3a to 3g indicating the individual question information, and the individual question information extraction step (step S101). A test question generation step (step S102) of generating a test question that is composed of the individual question contents shown in the plurality of individual question content information extracted in S101) and in which the question order of the individual question contents is rearranged. ) And information indicating the test question generated in the test question generation step (step S102). Is transmitted to the terminal device 2 used by the examinee 4 via the communication means, and the content of the test question shown in the transmitted test question information is set after the predetermined test start time. Only the test question information distribution step (step S103) displayed on the terminal device 2 and the content of the test question displayed on the terminal device 2 in the test question information distribution step (step S103) According to 4, the answer content information acquisition step of acquiring the answer content information indicating the answer content input within the predetermined test time using the terminal device 2 via the communication means (step S104).
A method for performing a test is provided, which comprises:

Here, the individual question content information extraction step (step S101) extracts a plurality of individual question content information from the recording device 1a, and the test question generation step (step S102) extracts the individual question information extraction step (step S101). ) Is composed of the individual question contents indicated by the plurality of individual question contents information extracted in), and the question order in which the question contents of the individual question contents are rearranged for each examinee 4 is generated. Further, in the test question information distribution step (step S103), the test question information, which is information indicating the test question generated in the test question generation step (step S102), is used by the examinee 4 through the communication means to use the terminal device. 2, the content of the test question shown in the transmitted test question information is displayed on the terminal device 2 only after a predetermined test start time, and the answer content information acquisition step (step S104) is performed by the test question information. Answer content information indicating the answer content input by the examinee 4 using the terminal device 2 within the predetermined test time with respect to the content of the test question displayed on the terminal device 2 in the distribution step (step S103). , Through the communication means.

Further, in the test execution method according to the present invention, preferably, the individual question content information stored in the recording device is a fixed individual question content that indicates each question content that is surely given to all examinees. Information and selected individual question content information indicating individual question content arbitrarily selected, and the individual question content information extraction step includes all fixed individual question content information and a part of the arbitrarily selected individual question content. The selected individual question content information is extracted from the recording device, and the test question generation step is configured by the individual question content shown in the fixed individual question content information and the selected individual question content information extracted in the individual question information extraction step. Then, the test questions in which the question order of each question content is rearranged are generated.

Further, in the test execution method according to the present invention, preferably, each question content shown in the individual question content information is a multiple-choice question in which the correct answer is selected from a plurality of options. The test question generation step is composed of the individual question contents shown in the plurality of individual question content information extracted in the individual question information extraction step, and the array of options that each individual question content has is rearranged. Generate exam questions.

Further, in the test execution method according to the present invention, preferably, in the test question information distribution step, the secret information about the examinee is transmitted together with the test question information to the terminal device via the communication means, and the transmitted secret information. Is displayed on the terminal device together with the content shown in the test question information.

In the test execution method of the present invention, preferably, the test time is divided into the first half and the second half at a predetermined test time division time, and the terminal device is logged in only before the test time division time. And logout is permitted only from the time the test time is divided to the end of the test time.

[0012]

BEST MODE FOR CARRYING OUT THE INVENTION Embodiments of the present invention will be described below with reference to the drawings. First, the outline of the test implementation method in the present embodiment will be described, and then the details thereof will be described.

FIG. 1 is a conceptual diagram exemplifying an outline of a test execution method in this embodiment. As illustrated in FIG. 1, the test execution method according to the present embodiment is realized by, for example, a test execution device 1 that performs various processes for performing a test, and a terminal device 2 used by an examinee 4 who takes the test. .

As illustrated in FIG. 1, for example, the recording device 1a included in the test execution device 1 stores a plurality of individual question content information 3a to 3g indicating individual question contents. When performing a test, first, the test execution apparatus 1
For example, a plurality of individual question content information items are extracted from the recording device 1a (step S101), and a test question including the individual question content items indicated by the extracted plurality of individual question content information items is generated (step S102). ). In addition,
The generation of the test question here is performed, for example, by rearranging the question order of the individual question contents shown in the plurality of individual question content information extracted from the recording device 1a (step S102). By generating the test question in this way, the contents of the test question can be made different for each examinee.

The test question generated in this way is transmitted to the terminal device 2 used by the examinee 4 via the communication means, for example, as test question information which is information indicating the content of the test question. The content of the test question shown in the test question information transmitted to the terminal 2 is displayed on the terminal device 2, for example (step S103). The display of the test question on the terminal device 2 here is performed, for example, only after the predetermined test start time (step S10).
3) The contents of this test question will not be displayed before the test start time.

The contents of the examination question displayed on the terminal device 2 are browsed by, for example, the examinee 4, and the examinee 4 who has read the examination question uses the terminal device 2 to obtain the answer contents to the examination question. input. The answer content information indicating the entered answer content is transmitted to the test execution apparatus 1 via, for example, the communication means, and is received by the test execution apparatus 1 (step S104). Note that the answer content information accepted by the test execution device 1 is, for example, only the answer content information indicating the answer content input within the predetermined test time.

Upon receiving the answer content information in this way, the test execution apparatus 1 scores the answer content indicated in the answer content information and evaluates the examinee 4, for example. As described above, in this test execution method, for example, the recording device 1a
The situation of the students who are taking the exam is to be changed by rearranging the order of the questions given in the individual question content information extracted from It becomes possible to appropriately prevent fraud such as teaching of answers between students in an examination using a communication means that cannot monitor the.

In particular, in the above-mentioned method, for example, the test taker can view the test question generated in this way only after the predetermined test start time, and the answer to the test question can be read at the predetermined test time. It can only be done within. Therefore, even if students are trying to collate exam questions that differ in content by rearranging the question order in this way and attempt fraud, there is no time left for matching and answering. , It is limited to a limited time, such as from the beginning of the test when each examinee can know the contents of his / her own test question to the end of the test time when he / she can give the answer. It is extremely difficult to collate the test questions in which the question order is rearranged in such a limited time, and as a result, fraud during the test can be effectively prevented.

Next, details of the test execution method in this embodiment will be described. FIG. 2 is a conceptual diagram exemplifying the configuration of the test execution system 10 for realizing the test execution method in the present embodiment.

As illustrated in FIG. 2, the test execution system 10 includes, for example, a test execution apparatus 20 for executing a test on an examinee using communication means, and a terminal device used for taking an examination performed by using the communication means. 30-60, and the network 70 which is a communication means.

The test execution apparatus 20 has, for example, a test server 20a owned by a university, a test DB server 20b, and a university DB server 20c. Here, the test server 2
Reference numeral 0a is a server that provides and acquires information necessary for test execution via the network 70, and performs various processes associated with the information. Also, the test DB server 20
For example, b is a server for holding various data necessary for processing in the test server 20a, and the university DB server 20c is a server for inputting and generating these various data.

The terminal devices 30 to 60 are, for example, information processing terminal devices such as personal computers owned by each student. Although only four terminal devices 30 to 60 are illustrated in FIG. 2 for simplification of description, the number of terminal devices may be larger or smaller than this.

The network 70 is, for example, a public communication line network such as the Internet or a LAN (Local Area).
a Network) is a private communication network. Figure 2
As illustrated in, for example, the university DB server 20c is
The test DB server 20b and the test DB server 20b are configured to be able to communicate with the test server 20a, respectively, and the test server 20a is configured to be able to communicate with the terminal devices 30 to 60 via the network 70. There is.

FIG. 3 is a block diagram illustrating the hardware configuration of the test server 20a. As illustrated in FIG. 3, the test server 20a includes, for example, a CPU (Center).
al Processing Unit: central processing unit 20aa, HDD (Hard Disk Drive)
e: Hard disk device) 20ab, ROM (Read
Only Memory) 20ac, RAM (Ran)
Dom Access Memory) 20ad, host bus 20ae, bridge 20af, external bus 20ag,
Input interface 20ah, keyboard 20ai,
Mouse 20aj, video processing device 20ak, CRT (Ca
theode-Ray Tube) display 20a
1 and a communication interface 20am,
Network 7 via the communication interface 20am
0 and the test DB server 20b are connected so that they can communicate with each other.

As illustrated in FIG. 3, for example, the CPU 2
0aa, HDD 20ab, ROM 20ac and RAM 2
0ad is connected to the host bus 20ae so as to be able to exchange information with each other, and the host bus 20ae is
The bridge 20af is connected to the external bus 20ag so that information can be exchanged. External bus 20ag
Is connected to, for example, an input interface 20ah, a video processing device 20ak and a communication interface 20am so that information can be exchanged between them. A keyboard 20ai and a mouse 20aj are provided in the input interface 20ah and a CRT is provided in the video processing device 20ak. The display 20al is connected so that information can be exchanged.

The CPU 20aa is mainly composed of a processor, for example, and is synchronized with a clock signal supplied from an oscillator (not shown) in the ROM 20a.
c, or various programs such as an operating system and application programs stored in the RAM 20ad are executed.

The HDD 20ab is, for example, a fixed storage device, the ROM 20ac is a mask ROM, etc., and the RAM 20.
ad is a dynamic RAM (DRAM: Dynami)
cRandom Access Memory) and stores various programs such as an operating system and application programs, and various data necessary for executing the programs.

Host bus 20ae and external bus 20ag
Is an information transmission path including, for example, a microprocessor and a memory, and the bridge 20af relays data between the host bus 20ae and the external bus 20ag.

The input interface 20ah relays, for example, input signals from the keyboard 20ai and the mouse 20aj to the external bus 20ag. Video processing device 20
The ak, for example, under the control of the CPU 20aa, generates an analog signal corresponding to analog data or digital data of an image supplied from the external bus 20ag, and supplies the generated analog signal to the CRT display 20al.

The CRT display 20al is, for example,
It is a cathode ray tube type display that displays an image by applying an electron beam to the fluorescent material on the screen surface,
A predetermined image is displayed based on the analog signal supplied from the image processing device 20ak.

The communication interface 20am is, for example, an IEEE (Institue of Electr).
ical and Electronics Engi
The test server 20a is connected to the network 70 and the test DB server 20b so as to communicate with each other.

FIG. 4 is a block diagram illustrating the hardware configuration of the test DB server 20b. As illustrated in FIG. 4, the test DB server 20b is, for example, the CPU 20.
ba, HDD 20bb, ROM 20bc, RAM 20b
d, host bus 20be, bridge 20bf, external bus 20bg, input interface 20bh, keyboard 20bi, mouse 20bj, video processing device 20bk, C
It has an RT display 20bl and a communication interface 20bm, and the communication interface 20bm
The test server 20a and the university DB server 20c are communicatively connected via the.

As illustrated in FIG. 4, for example, the CPU 2
0ba, HDD 20bb, ROM 20bc and RAM 2
0bd is connected to the host bus 20be so as to exchange information with each other, and the host bus 20be is
The bridge 20bf is connected to the external bus 20bg so that information can be exchanged. External bus 20bg
Is connected to, for example, an input interface 20bh, a video processing device 20bk, and a communication interface 20bm so that information can be exchanged with each other. The input interface 20bh includes a keyboard 20bi and a mouse 20bj, and the video processing device 20bk includes a CRT. The displays 20bl are connected to each other so that information can be exchanged.

The CPU 20ba is mainly composed of a processor, for example, and is synchronized with a clock signal supplied from a transmitter (not shown) to read the ROM 20b.
c, or various programs such as an operating system and application programs stored in the RAM 20bd are executed.

The HDD 20bb is, for example, a fixed storage device, and the ROM 20bc is a mask ROM or the like, the RAM 20.
The bd is a dynamic RAM or the like, which stores various programs such as an operating system and application programs, and various data necessary for executing the programs.

Host bus 20be and external bus 20bg
Is an information transmission path including, for example, a microprocessor and a memory, and the bridge 20bf relays data between the host bus 20be and the external bus 20bg.

The input interface 20bh relays, for example, input signals from the keyboard 20bi and the mouse 20bj to the external bus 20bg. Video processing device 20
The bk, for example, under the control of the CPU 20ba, generates an analog signal corresponding to analog data or digital data of an image supplied from the external bus 20bg, and supplies the generated analog signal to the CRT display 20bl.

The CRT display 20bl is, for example,
It is a cathode ray tube type display that displays an image by applying an electron beam to the fluorescent material on the screen surface,
A predetermined image is displayed based on the analog signal supplied from the image processing device 20bk.

The communication interface 20bm is, for example, an interface corresponding to a predetermined standard such as IEEE, and connects the test DB server 20b to the test server 20a and the university DB server 20c so that they can communicate with each other.

FIG. 5 is a block diagram illustrating the hardware configuration of the university DB server 20c. As illustrated in FIG. 5, the university DB server 20c is, for example, the CPU 20.
ca, HDD 20cb, ROM 20cc, RAM 20c
d, host bus 20ce, bridge 20cf, external bus 20cg, input interface 20ch, keyboard 20ci, mouse 20cj, video processing device 20ck, C
It has an RT display 20cl and a communication interface 20cm, and the communication interface 20cm
The test DB server 20b is communicatively connected via the.

As illustrated in FIG. 5, for example, the CPU 2
0ca, HDD 20cb, ROM 20cc and RAM 2
0cd is connected to the host bus 20ce so that information can be exchanged with each other.
The external bus 20cg is connected via the bridge 20cf so that information can be exchanged. External bus 20cg
Is connected to, for example, an input interface 20ch, a video processing device 20ck and a communication interface 20cm so that information can be exchanged between them. A keyboard 20ci and a mouse 20cj are provided in the input interface 20ch and a CRT is provided in the video processing device 20ck. The displays 20cl are connected to each other so that information can be exchanged.

The CPU 20ca is mainly composed of a processor, for example, and is synchronized with a clock signal supplied from a transmitter (not shown) to read the ROM 20c.
c or various programs such as an operating system and application programs stored in the RAM 20cd.

The HDD 20cb is, for example, a fixed storage device, and the ROM 20cc is a mask ROM or the like, the RAM 20.
cd is a dynamic RAM or the like, which stores various programs such as an operating system and application programs, and various data necessary for executing the programs.

Host bus 20ce and external bus 20cg
Is an information transmission path including, for example, a microprocessor and a memory, and the bridge 20cf relays data between the host bus 20ce and the external bus 20cg.

The input interface 20ch relays, for example, input signals from the keyboard 20ci and the mouse 20cj to the external bus 20cg. Video processing device 20
The ck, for example, under the control of the CPU 20ca, generates an analog signal corresponding to analog data or digital data of an image supplied from the external bus 20cg, and supplies the generated analog signal to the CRT display 20cl.

The CRT display 20cl is, for example,
It is a cathode ray tube type display that displays an image by applying an electron beam to the fluorescent material on the screen surface,
A predetermined image is displayed based on the analog signal supplied from the image processing device 20ck.

The communication interface 20 cm is, for example, an interface corresponding to a predetermined standard such as IEEE, and connects the test DB server 20 b with the test server 20 a and the university DB server 20 c so that they can communicate with each other.

FIG. 6 is a block diagram illustrating the hardware configuration of the terminal device 30. As illustrated in FIG.
The terminal device 30 includes, for example, the CPU 30a and the HDD 30.
b, ROM 30c, RAM 30d, host bus 30e,
It has a bridge 30f, an external bus 30g, an input interface 30h, a keyboard 30i, a mouse 30j, a video processing device 30k, a CRT display 301, and a communication interface 30m, and enables communication with the network 70 via the communication interface 30m. It is connected.

As illustrated in FIG. 6, for example, the CPU 3
0a, HDD 30b, ROM 30c and RAM 30d
Are connected to the host bus 30e so that information can be exchanged with each other. The host bus 30e is connected to the bridge 3
The external bus 30g is connected via 0f so that information can be exchanged. The external bus 30g is connected to, for example, an input interface 30h, a video processing device 30k, and a communication interface 30m so that information can be exchanged between them. The input interface 30h includes a keyboard 30i and a mouse 30j, and a video processing device 30k. A CRT display 30l is connected to each of them so that information can be exchanged.

The CPU 30a has, for example, a processor as a main component, and is synchronized with a clock signal supplied from an oscillator (not shown) to store an operating system and application programs stored in the ROM 30c or the RAM 30d. Execute various programs such as.

The HDD 30b is, for example, a fixed storage device, the ROM 30c is a mask ROM, etc., and the RAM 30d.
Is a dynamic RAM or the like, which stores various programs such as an operating system and application programs, and various data necessary for executing the programs.

The host bus 30e and the external bus 30g are
For example, it is an information transmission path composed of a microprocessor, memory, etc., and the bridge 30f is a host bus 30.
e, relay data between the external buses 30g.

The input interface 30h is, for example,
Input signals from the keyboard 30i and the mouse 30j are relayed to the external bus 30g. The video processing device 30k, for example, under the control of the CPU 30a, generates an analog signal corresponding to analog data or digital data of a video supplied from the external bus 30g, and supplies the generated analog signal to the CRT display 301.

The CRT display 30l is, for example, a cathode ray tube type display which displays an image by irradiating the fluorescent material on the screen surface with an electron beam. Based on an analog signal supplied from the image processing device 30k, the CRT display 30l is predetermined. The image of is displayed.

The communication interface 30m is, for example,
It is an interface corresponding to a predetermined standard such as IEEE, and connects the terminal device 30 to the network 70 so that they can communicate with each other.

Although the hardware configuration of only the terminal device 30 is illustrated here, the other terminal devices 40 to 60 are shown.
Also, for example, the hardware configuration similar to that of the terminal device 30 is adopted.

FIG. 7 is a conceptual diagram exemplifying the software configuration of the test execution system 10 in this embodiment. Figure 7
In the university DB server 20c, for example, a predetermined OS (Operating System)
130 and 140 are started up, and a DBMS (Database) for database management is run on this OS 130.
se Management System) 131 etc. are preserve | saved and executed. Also, OS140
Above, for example, Visual Basic
A predetermined software for using a predetermined programming language 141 such as Basic) is started, and using this programming language 141, data created by the university, which is data such as a test question created at a university, is input. Further, for example, on the OS 140, a networking program 142 that enables mutual communication between servers.
Is started, and the university-side created data input as described above is sent to the test DB server 20b by, for example, the process associated with the execution of the networking program 142.

In the test DB server 20b, for example, a predetermined OS 120 is started, and on this OS 120,
Software such as a DBMS 122 for database management is stored and executed, and a test DB 121, which is a set of information necessary for conducting a test, is also stored.

In the test server 20a, for example, a predetermined O
S110 is started, and on this OS110, We
b CGI (Comm) which is an interface for performing processing in cooperation between the server 112 and an external program
on Gateway Interface) 113,
The data on the test DB 121 and the data such as the display screen stored in the communication DB 115 are transmitted and received under the control of the DBMS 122 via the CGI Hyper 114. In addition, the test server 20a and the terminal device 30
For example, HTTP (Hy
(pertextTransfer Protocol)
According to the communication protocol such as 111, HTML (Hype
rtext Markup Language) by sending and receiving documents.

In the terminal device 30, for example, a predetermined OS 1
00, a browser 101 such as a WWW browser (Browser) is started, and on this browser 101, the We
HTML showing test questions sent from the b server 112
The document 102 is displayed.

Although the description of the software configuration of the terminal devices 40 to 60 is omitted in FIG. 7, these are assumed to have the same configuration as the terminal device 30, for example.

FIG. 8 shows a test implementation constructed by a concrete means in which the hardware and software cooperate with each other by executing a predetermined program (software) in the hardware illustrated in FIGS. 3 is a block diagram illustrating a processing function of the device 20. FIG.

As illustrated in FIG. 8, the test execution apparatus 20.
The processing function of, for example, accepts input of test information storage means 21 for storing various test information such as a plurality of individual question content information indicating individual question content, and test execution schedule information which is information regarding the test execution schedule. Test information input means 2
2. Examination application information acquisition means 2 for acquiring examination application information, which is information indicating the content of application for examination from students
3, individual question content information extraction means 24a for extracting a plurality of individual question content information from the test information storage means 21, and individual question content indicated by the plurality of individual question content information extracted by the individual question content information extraction means 24a A test question generating unit 24b configured to generate a test question in which the question order of each question content is rearranged, and the test execution device 2
Connection control means 25a for controlling login and logout of the terminal devices 30-60 for 0, information transmitting / receiving means 25b for transmitting / receiving various information to / from the terminal devices 30-60 connected under the control of the connection control means 25a, test question generating means Test question information extraction means 26a for extracting test question information, which is information indicating the test questions generated in 24b from the test information storage means 21, and a terminal device used by the examinee for the extracted test question information via the network 70. Test question information distribution means 26b for transmitting the content of the test question shown in the transmitted test question information to the terminal devices 30 to 60 only after the predetermined test start time, and the test question information distribution. The contents of the examination question displayed on the terminal devices 30 to 60 by the means 26b are determined by the examinee. Using the terminal devices 30 to 60, the answer content information indicating the answer content input within the predetermined test time is acquired by the answer content information acquisition unit 27a and the answer content information acquisition unit 27a which acquire via the network 70. The answer contents shown in the answer contents information and the correct answer contents shown in the individual question correct answer contents information stored in the test information storage means 21 are collated to judge whether the answer contents are correct or incorrect, thereby scoring the answer contents. Answer content scoring means 27b, question answer correct answer rate calculating means 28a and question correct answer rate calculating means for accumulating the results of correctness judgments of the answer contents stored in the test information storage means 21 and calculating the correct answer rate for each question. Based on the correct answer rate for each question calculated in 28a, the answer content scoring means 27b corrects the answer content scoring. Point contents correction unit 28b, and has a test result information which is information on the test results a test result information transmitting means 29 for transmitting to the terminal apparatus 30 to 60.

As illustrated in FIG. 8, for example, the test information storage means 21, the test information input means 22, the examination application information acquisition means 23, the individual question content information extraction means 24a,
Test question generation means 24b, connection control means 25a, test question information extraction means 26a, answer content information acquisition means 27a,
Answer content scoring means 27b, question correct answer rate calculating means 28a,
Grade content correction means 28b and test result information transmission means 2
9 is configured to be able to exchange information with each other. Also, for example, the individual question content information extraction means 24
a is configured so that information can be provided to the test question generating means 24b, and the test question information extracting means 26a can provide information to the test question information distributing means 26b.
5b is configured to be able to exchange information with the examination application information acquisition means 23, the connection control means 25a, the test question information distribution means 26b, the answer content information acquisition means 27a, the test result information transmission means 29 and the network 70, respectively. To be done.

FIG. 9 is a conceptual diagram showing the details of the test information storage means 21 shown in FIG. As illustrated in FIG. 9, the test information storage unit 21 is, for example, a test schedule management information storage unit 201 that stores test schedule management information that is information that manages a test schedule, and a test that is information indicating each test content. Test content information storage means 20 for storing content information
2. Question information storage means 203 for storing question information having individual question content information indicating each question content, and student information storage means 20 for storing confidential information about each student.
4. Examination information storage means 205 for storing examination information, which is information indicating the examinees of the examinations to be conducted, examination question information storage means 206 for storing examination question information, which is information on created examination questions, and examination An answer information storage unit 207 that stores answer information that is information indicating the answer content input by the person, and a scoring result information storage unit 20 that stores scoring result information that is information indicating a scoring result for the answer content.
8 and a test result information storage unit 209 that stores test result information that is information indicating the executed test result.

FIG. 10 shows the test schedule management information 201 stored in the test schedule management information storage means 201 illustrated in FIG.
It is a conceptual diagram which illustrated the data structure of a. As illustrated in FIG. 10, the test schedule management information 201a includes, for example, information about a “fiscal year” indicating the year in which the test is conducted, information about a “subject code” indicating the code of the test subject to be conducted,
It has information about the "test date" indicating the test execution date and information about the "time limit" indicating the time period in which the test is performed.

In the case of the example in FIG. 10, the "year" is 200
The information "2001" indicating one year is stored,
As the “subject code”, the code that indicates each subject is “A
11253 "," B03524 "," J08845 ",
"K18541" and "C03325" are stored respectively. In addition, "2001.7.10" indicating July 10, 2001 as the "examination date" corresponding to the "subject code""A11253" and "01" indicating the first period as the "time limit" are "subjects". The “examination date” corresponding to the code “B03524” is “2001.7.10” indicating July 10, 2001, the “time period” is “02” indicating the second period, the “subject code” is “J08845”. "Test date" corresponding to "July 11, 2001" corresponding to "2001.7.11", "Time limit" corresponding to "01" indicating the first time period corresponds to "Subject code""K18541""Examdate" corresponding to "Course code" and "C03325" is "2001.7.12" indicating July 12, 2001 as the "exam date" and "04" indicating the fourth period as the "time limit". As of 2001 7 Shows the 16 days '2001.7.16' indicates a 2 period on a "timed" is "02", are stored, respectively.

FIG. 11 is a conceptual diagram illustrating the data structure of the test content information storage means 202 illustrated in FIG. As illustrated in FIG. 11, the test content information storage unit 202 stores, for example, a plurality of pieces of test content information 202a to 202f that are information indicating each test content in a predetermined format.

FIG. 12 is a conceptual diagram illustrating the data structure of the test content information 202a illustrated in FIG. 12
The test content information 202a is, for example,
Information about the "year" that indicates the year in which the exam was conducted, information about the "subject code" that indicates the subject code of the examination to be performed, information about the "examination date" that indicates the date of the examination, and ""Timelimit", information about "A rank evaluation score" which is the score required to obtain the A rank evaluation by this test, and "B rank evaluation score" which is the score required to obtain the B rank evaluation It has information and information about "C rank evaluation score" which is a score required to obtain evaluation of C rank.

In the case of the example in FIG. 12, the "year" is 200
"2001" indicating one year is "A" as "subject code"
11253 ”is the“ Test Date ”July 10, 2001
"2001.7.10" indicating the day is 1 as "time limit"
"01" indicating the time limit, "090" indicating 90 points as "A rank evaluation score", "075" indicating 75 points as "B rank evaluation score", and 60 points as "C rank evaluation score" “060” indicating “” is stored in each.

Although FIG. 12 illustrates only the data structure of the test content information 202a, other test content information 2
For 02b to 202f, for example, the test content information 2
The configuration is similar to that of 02a.

FIG. 13 is a conceptual diagram showing an example of the data structure of the question information storage means 203 shown in FIG. FIG.
As illustrated in FIG. 3, the question information storage unit 203 stores, for example, a plurality of pieces of question information 203 a to 2 indicating the content of each question.
03f is stored in a predetermined format.

FIG. 14 shows the question information 20 illustrated in FIG.
It is a conceptual diagram which illustrated the data structure of 3a. As illustrated in FIG. 14, the question information 203a indicates, for example, the content of a multiple-choice question in which a correct answer is selected from a plurality of alternatives, and indicates the year of the test. "," Information about "subject code" that indicates the subject code of the exam to be conducted, information about "fixed / choice" that indicates whether the question is a fixed question or multiple choice question, and "ID that is given to each question" Question I
"D", information about "question content" indicating the content of a question, information about "number of choices" indicating the number of choices for a question, information about "choice IDs" indicating IDs assigned to individual choices, It has information about “choice content” indicating the content of the option and information about “correct answer option ID” indicating the ID of the correct answer option.

Here, the fixed question means, for example, an individual question which is surely given to all examinees, and the selection question means, for example, an individual question which is arbitrarily selected. Further, for example, in FIG. 14, the ID shown in "option ID" means the ID given to the content of the option shown in the "option content" arranged immediately below. Furthermore, for example, the information of "option ID" and "contents of option" are repeated by the number of options indicated in "number of options", and the option ID repeated in this way "
The individual question content information 203aa indicating the individual question content is configured by the information regarding the “choice content”, the information regarding the “question content”, and the information regarding the “number of choices”. Furthermore, for example, the information regarding the “correct answer option ID” constitutes individual question correct answer content information 203ab indicating the correct answer content for each question content.

In the case of the example in FIG. 14, the "year" is 200
"2001" indicating one year is "A" as "subject code"
“11253” is “fixed / selected”, which indicates that this question is a fixed question, “question ID” is “K15”, and “question content” is “Social Security Philosophy /
"... in model", "5" indicating that there are 5 options as the "number of options", and "K1" as the "option ID"
"51", "K152", etc. are "choices of social services ..." as "choice contents ...", "in the concept of welfare mix ...", "in the future welfare society ..." as "correct answer option ID". "K152" is stored therein. Here, the information about the “choice ID” and the “choice of choice” is repeated for the five choices, which is the number of choices shown in the “choice of number of choices”, and these form the individual question content information 203aa.

Although FIG. 14 illustrates only the data structure of the question information 203a, other question information 203b to
The configuration of 203f is similar to that of the question information 203a, for example. In the example of FIG. 14, the question information 203
Although a is supposed to show the content of a multiple-choice question in which a correct answer is selected from a plurality of options, the content of the multiple-choice question is not shown, but the question content of another format is shown. It may be that.

FIG. 15 is a conceptual diagram showing an example of the data structure of the student information 204a stored in the student information storage means 204 shown in FIG. As illustrated in FIG. 15, the student information 204a relates to, for example, information about a “student ID number” given to each student, information about each student's “name”, and “password” that is confidential information held by each student. Have information

In the case of FIG. 15, the "student ID number" is "J
"1999A123", "J1999A124", "J1
"999A125" and "J1999A254" are stored, and "student ID number""J1999A123" and "J1" are stored.
"999A124", "J1999A125", "J19
As "name" corresponding to "99A254" respectively,
"Satoshi Kichijoji", "Eri Shimokitazawa", "Kana Akasaka", "Atsushi Hino" are "student number""J1999A123","J1"
"999A124", "J1999A125", "J19
"WSAR1256", "RTFD3321", and "Q" as "passwords" respectively corresponding to "99A254"
"AKI5614" and "FGTY8545" are stored respectively.

FIG. 16 is a conceptual diagram exemplifying the data structure of the examination information 205a stored in the examination information storage means 205 illustrated in FIG. As illustrated in FIG. 16, the examination information 205a indicates, for example, information about the “fiscal year” indicating the year in which the examination is conducted, information regarding “subject code” indicating the subject code of the examination to be conducted, and the student ID number of the examinee. It has information about the “examinee student ID number” and information about the “shuffle ID” given to each generated test question.

In the case of the example in FIG. 16, the "year" is 200
"2001" indicating one year is "A" as "subject code"
11253 "and" K18541 "are" J1999A124 "and" J1999A1 "as the" examinee student ID number ".
82 "," J1999A183 "," J2000A02 "
4 ”is the“ Examinee Student ID Number ”,“ J1999A124 ”,
"J1999A182", "J1999A183",
As "shuffle ID" corresponding to "J2000A024", "SH1524", "SH152"
5 ”,“ SH1526 ”, and“ SH4852 ”are stored respectively.

FIG. 17 is a conceptual diagram exemplifying the data structure of the exam question information storage means 206 illustrated in FIG. As illustrated in FIG. 17, the test question information storage unit 206 stores, for example, a plurality of pieces of test question information 206a to 206f, which are information indicating generated test questions, in a predetermined format.

FIG. 18 is a conceptual diagram showing an example of the data structure of the test question information 206a shown in FIG. FIG.
The exam question information 206a is, for example,
Information about the "Year" that indicates the year in which the exam was conducted, information about the "Course code" that indicates the subject code of the examination to be conducted, information about the "Shuffle ID" assigned to each generated exam question, and the displayed question number About the "displayed question number" indicating the displayed question, information about the "question ID" indicating the displayed question content, information about the "displayed choice number" indicating the displayed choice number, and "choice indicating the content of the displayed choice" It has information about "ID".

In the case of the example in FIG. 18, the "year" is 200
"2001" indicating one year is "A" as "subject code"
11253 ”is“ SH15 ”as the“ shuffle ID ”.
“24” is a “display question number”, “01” is a question number 1, and “02” is a question number 2 is a “question ID”.
"K15" and "K20" as "display option number", "01" indicating option number 1 and "02" indicating option number 2 are "K15" as "option ID".
3 ”,“ K152 ”,“ K154 ”,“ K203 ”,
“K421” is stored in each.

The examination question information 20 illustrated in FIG.
In the case of 6a, “SH1524” stored as the “shuffle ID” means, for example, an ID given to the test question composed of various information arranged after the column. The test question is composed of a plurality of questions (Question 1, Question 2 ... Question n), and is a “shuffle ID”.
After the column, information regarding the “display question number”, the “question ID”, the “display option number”, and the “option ID”, which are the information configuring each of these questions, is repeated for each question. For example, in case of question 1, "display question number"
“01” is stored in the column of “No.”, and “Question ID” and “K15” indicating the ID indicating the question content of question 1 are arranged in the column of “Question ID” located below the column. Further, for example, in the lower column of this "question ID""K15", this "question I"
Information of options for D "and" K15 "(specifically, for example," display option number "and its" display option number ")
The “option ID” indicating the content of the option corresponding to is repeatedly arranged for the number of options.

Although FIG. 18 illustrates only the data structure of the test question information 206a, other test question information 2
Regarding 06b to 206f, for example, the exam question information 2
The configuration is the same as that of 06a.

FIG. 19 is a conceptual diagram showing the data structure of the answer information storage means 207 shown in FIG. FIG. 19
As illustrated in FIG. 5, the answer information storage unit 207 stores, for example, a plurality of answer information 207a to 207f, which are information indicating the answer content input by the examinee, in a predetermined format.

FIG. 20 shows the answer information 20 illustrated in FIG.
It is a conceptual diagram which illustrated the data structure of 7a. As illustrated in FIG. 20, the answer information 207a indicates, for example, the content of an answer to a certain test question given to a certain one of the test takers, and indicates the fiscal year of the test "FY". "
Information, information about the "subject code" that indicates the subject code of the exam to be conducted, information about the "student ID number" of the student who took the answer, information about the "shuffle ID" given to the exam question that the examinee took, It has information about "question ID", which is an ID indicating a question that constitutes an examination question, information about "answer option ID" that indicates an ID of an option that the examinee answers, and information about "correctness" about the answer of the examinee. . In addition, here "Question I
Information about "D", "answer option ID", "correctness" is
For example, it is repeated by the number of questions that form the test question shown in "Shuffle ID".

In the case of the example in FIG. 20, "20" is set as the "year".
01 ”,“ A11253 ”as the“ subject code ”,
"J1999A123" as the "student ID number", "SH1524" as the "shuffle ID", and "question ID"
"K15" and "K20" are "answer option ID"
"K152", "K205", "K312"
Stored respectively.

Although only the data structure of the answer information 207a is illustrated in FIG. 20, other answer information 207b-207b.
207f also has the same configuration as the answer information 207a, for example.

FIG. 21 is a conceptual diagram showing an example of the data structure of the scoring result information storage means 208 shown in FIG. As illustrated in FIG. 21, the scoring result information storage unit 208 stores, for example, a plurality of scoring result information 208a to 208f, which are information indicating scoring results for the answer contents, in a predetermined format.

FIG. 22 is a conceptual diagram showing an example of the data structure of the scoring result information 208a shown in FIG. FIG. 22
The scoring result information 208a is, for example,
It is the information showing the total of the scoring results in one test subject that was carried out, the information about the "fiscal year" which shows the year in which the test was conducted, the information about the "subject code" which shows the subject code of the test to be conducted, and the exam questions. ID indicating the question to be composed
It has information about the "question ID", information about the "number of answers" for each question, and information about the "correct answer rate" for each question. In addition, here, "Question I
The information on "D", "number of answers", and "correct answer rate" is to be repeated for every question constituting each exam question given in the exam subject shown in the "subject code", for example.

In the case of the example in FIG. 22, "20" is set as the "year".
01 ”,“ A11253 ”as the“ subject code ”,
"Question ID" as "K01", "K02", "K0"
"3" is "30", "28", "3" as the "number of answers"
"0" and "30" are "60.0%" as the "correct answer rate",
“14.2%” and “40.0%” are stored respectively.

Although FIG. 22 illustrates only the data structure of the scoring result information 208a, other scoring result information 2
Also for 08b to 208f, for example, scoring result information 2
The configuration is similar to that of 08a.

FIG. 23 is a conceptual diagram showing an example of the data structure of the test result information storage means 209 shown in FIG. As illustrated in FIG. 23, the test result information storage unit 209 stores, for example, a plurality of pieces of test result information 209a to 209f, which are information related to test results, in a predetermined format.

FIG. 24 is a conceptual diagram illustrating the data structure of the test result information 209a illustrated in FIG. Figure 24
The test result information 209a is, for example,
"FY", which is the information that shows the test results for one test taken by one test taker and indicates the year in which the test was conducted.
Information, information about the "subject code" that indicates the subject code of the exam to be conducted, information about the examinee's "student ID number", and "Shuffle I" given to the exam questions taken.
Information regarding "D", information regarding "question ID" indicating the contents of the questions that constitute the exam question taken, information regarding "answer option ID" that is an ID indicating the options answered by the examinee, and "scoring" for each question Information, information about "corrected points" that shows the corrected points for each question, information about "correctness" for stored questions, information about "points" calculated by the points before correction for each question, and after correction for each question It has information about "correction score", which is the score calculated by allocating points, and information about "evaluation" for the test result. In addition,
Here, the information about the “question ID”, the “answer option ID”, the “score”, the “corrected score”, and the “correctness” is repeated for all the questions constituting the examination question shown in the “shuffle ID”. And

In the case of FIG. 24, "200" is set as the "year".
"1" is "A11253" as the "subject code",
"J1999A123" as the "student ID number", "SH1524" as the "shuffle ID", and "question ID"
"K15" and "K20" are "answer option ID"
"K152" and "K205" are "01" indicating 1 point as "allocation point", "02" indicating 2 points as "correction allocation point", "correct answer" as "correctness" and "incorrect answer" ,
"79" indicating 79 points as "score" is "correction score"
“81” indicating 81 points is stored, and “B” indicating B rank evaluation is stored as “evaluation”.

Although only the data structure of the test result information 209a is illustrated in FIG. 24, other test result information 2
For 09b to 209f, for example, test result information 2
The configuration is similar to that of 09a.

FIG. 25 shows a terminal device 3 constructed by a specific means in which the hardware and software cooperate with each other by executing a predetermined program (software) in the hardware shown in FIG. 6, for example.
It is a block diagram which illustrated the processing function of 0. Although only the processing function of the terminal device 30 will be described below, it is assumed that the other terminal devices 40 to 60 have the same processing function configuration as the terminal device 30.

As illustrated in FIG. 25, the processing functions of the terminal device 30 are input in the examination application information input means 31 and the examination application information input means 31, which accept the input of the examination application information indicating the application content of the examination, for example. Test application information transmitting means 3 for transmitting the test application information to the test execution apparatus 20 via the network 70.
2. The test question information, which is composed of individual question contents shown in a plurality of individual question contents information extracted from the recording device 30 and in which the question order of the individual question contents is rearranged, is stored in the network 70. Test question information acquisition means 33 received via the test question information display means 34 for displaying the content of the test question indicated in the test question information received by the test question information acquisition means 33 only after a predetermined test start time. , Exam question information display means 3
Answer content information input means 35 and answer content information input means 35 for accepting the input of answer content information indicating the answer content entered by the examinee within the prescribed examination time for the content of the examination question displayed in 4. Via the network 70, the answer content information transmitting means 36 for transmitting the answer content information input in
It has a test result information receiving means 37 for receiving the test result information transmitted from the test execution device 20, and a test result information display means 38 for displaying the test result information received by the test result information receiving means 37.

As shown in FIG. 25, for example, the examination application information input means 31 is used for the examination application information transmission means 32, the examination question information acquisition means 33 is used for the examination question information display means 34, and the answer content information input means is used. 35 is configured so that information can be provided to the answer content information transmitting means 36 and the test result information receiving means 37 to the test result information displaying means 38, respectively, and the examination application information transmitting means 32 and the exam question information acquisition are provided. The means 33, the answer content information transmitting means 36, and the test result information receiving means 37 include a network 70,
Each is configured so that information can be exchanged.

Next, the test execution system 1 in this embodiment
The processing operation of 0 will be described. FIG. 26 is a flowchart for explaining the entire test execution method performed by the test execution system 10 in this embodiment. The entire test execution method performed by the test execution system 10 according to the present embodiment will be described below with reference to this flowchart.

Step S1: In this step, for example,
Perform processing related to test preparation. Specifically, for example, the question information 203a to 203f indicating the content of each question created by a teacher of a university is stored in the question information storage means 203, the test questions are automatically generated, the test date and time is announced, and the examination application is made. Processing such as acceptance of.

The details of these processes will be described later. Step S2: In this step, for example, processing relating to the execution of the test is performed.

Specifically, for example, the login acceptance from the terminal devices 30 to 60 used by each examinee to the test execution device 20, the delivery of the test question to the terminal devices 30 to 60 used by each examinee, and Terminal device 30 used by each examinee
Processing such as collecting answers from 60 is performed.

The details of these processes will be described later. Step S3: In this step, for example, processing relating to scoring and evaluation in the conducted test is performed.

Specifically, for example, automatic scoring of collected answers, evaluation, and distribution of evaluation results to the terminal devices 30 to 60 used by each examinee are performed. The details of these processes will be described later.

Details of the processing in step S1 of the flowchart shown in FIG. 26 will be described below. FIG. 27 shows step S of the flowchart illustrated in FIG.
3 is a flowchart for explaining details of the processing in 1. Details of the process in step S1 will be described below with reference to this flowchart.

Step S11: In this step, for example, the test information input means 22 of the test execution apparatus 20 illustrated in FIG. 8 receives the input of the test schedule from the university.

Specifically, for example, the input of information such as the year in which the test is conducted, the test subject to be conducted (for example, as a subject code), the test date, and the time limit for the test is accepted. These pieces of information thus input are, for example, the test schedule management information storage means 201 of the test information storage means 21.
Test schedule management information 2 as shown in FIG.
01a is stored in the test schedule management information storage means 201.

When the input of the test schedule is completed, for example, the process proceeds to step S12. Step S12: In this step, for example, an application for taking an examination accompanied by designation of an examination subject from a student is accepted.

When accepting the test application, for example, first, in the test application information acquisition means 23 of the test execution apparatus 20 illustrated in FIG.
The test schedule management information 201a is extracted from the test schedule management information storage means 201, and the extracted test schedule management information 20 is extracted.
1a is distributed from the information transmitting / receiving means 25b to each terminal device 30-60 used by each student via the network 70.

The test schedule management information 2 thus distributed
The contents of 01a are, for example, the respective terminal devices 30 to 6
Displayed at 0, each student obtains information regarding the test schedule to be conducted by browsing the contents thus displayed. The student who has obtained the information regarding the test schedule selects, for example, the test for which he / she desires to take the test, and the test application information input means 31 of the terminal device 30 used by the student illustrated in FIG. Enter the examination application information indicating the application details. For example, the application information entered here should be information that includes the subject to be taken. Specifically, the information about the student's student ID number should be added to the year and subject of the examination you wish to take. Information.

The examination application information entered in this way is sent to the examination application information transmitting means 32, for example,
The test application information transmitting means 32 transmits the received test application information to the test execution apparatus 20 via the network 70. The test application information transmitted to the test execution apparatus 20 is received by, for example, the information transmitting / receiving unit 25b, and the test application information thus received is transmitted to, for example, the test application information acquiring unit 23.

Step S13: In this step, for example, the examination application information acquisition means 23 of the test execution apparatus 20.
The test application information sent to the test information storage means 21
It is stored in the examination information storage means 205.

Specifically, for example, "year", "subject code", which constitutes the examination information 205a illustrated in FIG. 16,
Stores information about the “examinee student ID number”. Step S14: In this step, for example, it is determined whether or not the application end date for the examination has passed. If it is determined that the application end date has not passed, for example, the process proceeds to step S12. On the other hand, if it is determined that the application end date has passed, for example, step S15
Proceed to.

Step S15: In this step, for example, exam questions are automatically generated for each subject. In particular,
For example, a plurality of pieces of question information are extracted from the question information 203a to 203f stored in the question information storage unit 203 illustrated in FIG. 9, and the questions shown in the extracted question information are combined to generate a test question. To do. In addition,
In this step, for example, a plurality of patterns of the combination order of each question at the time of generating the test question are prepared, and a plurality of types of test questions in which the order of the questions is rearranged according to each combination pattern are generated.

Details of these processes will be described later. Step S16: In this step, for example, the test information input means 22 of the test execution apparatus 20 illustrated in FIG. 8 accepts the input of the test content information indicating the evaluation criteria and the like in the test from the university for each subject. The input test content information is stored in the test content information storage unit 202 of the test information storage unit 21.

This test content information is composed of, for example, information such as the test year, the subject code, the test date, the test period, and the score corresponding to the evaluation rank. As the test content information 202a illustrated in FIG. Information input means 2
Stored in 2.

Details of the processing in step S15 of the flowchart shown in FIG. 27 will be described below.
FIG. 28 is a flowchart for explaining details of the process in step S15 of the flowchart illustrated in FIG. The details of the process in step S15 will be described below with reference to this flowchart.

Step S21: In this step, for example, in the individual question content information extraction means 24a shown in FIG. 8, from the question information storage means 203 shown in FIG.
Extract the fixed questions of the subject (individual question content information extraction step).

Specifically, for example, the question information 203 stored in the question information storage means 203 illustrated in FIG.
A required number of question information items corresponding to the fixed question (corresponding to the fixed individual question content information) are extracted from a to 203f. Here, the determination as to whether the question information 203a to 203f is a fixed question is made by, for example, the question information 203a illustrated in FIG.
This is performed according to the contents of the "fixed / selected" column of. In the case of the question information 203a illustrated in FIG. 14, since “fixed” indicating that it is a fixed question is stored in the “fixed / selected” column, this question information 203a is regarded as a fixed question and is extracted in this step. Can be.

Further, the number of fixed questions extracted in this step may be determined by, for example, the total number of test questions to be generated and the ratio of fixed questions to those questions. That is, the test questions generated in the test execution device 20 of the present embodiment are configured by, for example, mixing a predetermined number of fixed questions and selection questions, and the total number of questions and the mixing ratio are, for example, test subjects. And the number of examinees who take the exam for the subject.
As a specific example, for example, when the number of examinees for a certain test subject is 1000 and the total number of questions in the test subject is 30 and the ratio of fixed questions to the total number of questions is 1/3. The number of fixed questions extracted in this step is 10.

Step S22: In this step, for example, in the individual question content information extraction means 24a shown in FIG. 8, from the question information storage means 203 shown in FIG.
Extract the selected questions for the subject (individual question content information extraction step).

Specifically, for example, the question information 203 stored in the question information storage means 203 illustrated in FIG.
A required number of question information items corresponding to the selected question (corresponding to the selected individual question content information) are extracted from a to 203f. Here, the determination as to whether the question information 203a to 203f is a selection question is made by, for example, the question information 203a illustrated in FIG.
This is performed according to the contents of the "fixed / selected" column of

The number of choice questions extracted in this step may be determined by, for example, the total number of test questions to be generated and the proportion of choice questions among those questions. As a specific example, for example, when the number of examinees for a certain test subject is 1000 and the total number of questions in the test subject is 30, and the ratio of choice questions to the total number of questions is 2/3. The number of choice questions extracted in this step is 20 questions.

Note that it is desirable that the extraction of the selection questions in this step be carried out from the prepared selection questions whose number is equal to or larger than the number of selection questions to be extracted. As a specific example, for example, when the number of choice questions in the examination question is 20, the question information 203a to 203f, which are choice questions, are set to 10 questions.
0 questions are stored in the question information storage means 203, and in this step, 20 questions are selected from these 100 questions.
Question selection Questions will be arbitrarily selected. By doing so, it is possible to set more types of test questions to be generated.

Step S23: In this step, for example, in the test question generating means 24b illustrated in FIG.
The fixed question extracted in step S21 and the selection question extracted in step S22 are mixed, and their order is shuffled (test question generation step).

The order of the fixed problem and the selection problem in this step is preferably rearranged, for example, randomly. Step S24: In this step, for example, in the test question generating means 24b illustrated in FIG.
The order of the choices of the fixed question and the choice question, which have been rearranged in (1), are rearranged for each question (test question generation step).

The rearrangement of the order of options in this step is preferably performed, for example, randomly. Step S25: In this step, for example, in the test question generating means 24b illustrated in FIG.
In step S24, the order of the questions is rearranged, and an ID (shuffle ID) is attached to the test question generated by rearranging the order of the options in step S24, and the test question information is stored in the test question information storage unit 206 illustrated in FIG. Two
It is stored as 06a to 206f. Note that the storage of the test question information in this step is performed by, for example, the above-mentioned FIG.
The data structure illustrated in FIG.

The ratio of fixed questions constituting the above-mentioned test questions should be set small, for example, when there are many examinees who take this test, and conversely set large when there are few examinees. Is desirable. In other words, since fixed questions are questions that are commonly given to all examinees who take the exam subject, the smaller the proportion of fixed questions in the exam questions, the more the content of each generated exam question becomes. The difference increases. When the difference in the content of each test question is increased in this way, it is possible to increase the effect of differentiating the question content between examinees and preventing fraud at the time of taking the examination, while Inequity caused by differences (difference in difficulty of exam questions) occurs. As will be described later, for the unfairness between the test questions, for example, statistics of the test results are taken and score correction is performed to correct them, but in order to obtain more accurate statistical results. Requires a certain number of data (scoring result data) for each question that constitutes each exam question. In this case, if there are many examinees and the number of scoring result data that can be obtained is large, the required number of scoring result data can be obtained even if there are many choice questions and the proportion of fixed questions that make up the exam question is small. Therefore, it is possible to sufficiently correct the unfairness among the examinees. On the other hand, there are few examinees,
When the number of scoring result data that can be acquired is small, the ratio of fixed questions that make up the exam questions is increased and the number of choice questions is reduced to ensure that the required number of scoring result data are sufficient, and Correct fairness.

When the test question information is stored as described above, for example, the process proceeds to step S26. Step S26: In this step, for example, it is determined whether or not the required number of test questions have been created.

Here, the necessary number means, for example, a number at which it is possible to sufficiently prevent fraud such as mutual teaching of answers between examinees in conducting an examination using a communication means. In other words, if the number of generated test questions is too small, the number of test takers who will take the test questions in which the same questions are arranged in the same way will inevitably increase. The chances of teaching will increase. Therefore, in order to appropriately prevent fraud during the test, it is necessary to prepare a certain number or more of test questions. As a specific example, there are 10 examinees.
If there are 00 people, it is desirable that about 100 patterns of test questions are generated. The test questions may be generated as many as the number of examinees in the subject.

If it is determined in the determination of this step that the required number of test questions have been generated, for example, the process proceeds to step S27. On the other hand, if it is determined that the required number of test questions have not been generated, for example, the process proceeds to step S22.

Step S27: In this step, for example, for each student who takes the test, the test question information 2 stored in the test question information storage means 206 in step S25.
06a to 206f are assigned, and shuffle IDs of the exam question information 206a to 206f assigned to each student are assigned.
The examination information 2 is stored in the examination information storage unit 205 illustrated in FIG.
Stored as part of 05a.

In the case of the examination information 205a illustrated in FIG. 16, for example, for the student with the examinee student ID number "J1999A124", the examination question with the shuffle ID "SH1524" is given to the student with the examinee student ID number "J1999A182". Shuffle ID "SH1525" exam questions,
For students with the student ID number "J1999A183"
The examination question with shuffle ID "SH1526" is assigned the examination question with shuffle ID "SH4852" to the student with the student registration number "J2000A024".

Step S28: In this step, for example, it is determined whether or not there are any students who take the examination who have not yet been assigned the examination questions.

If it is determined that there is a student who has not been assigned an examination question, the process proceeds to step S27, for example. When it is determined that there are no students who have not been assigned test questions, for example, the process proceeds to step S29.

Step S29: In this step, for example, it is judged whether or not there remains an examination subject for which the examination question is not created and the examination question is not assigned to the student.

Here, if it is determined that there are remaining test subjects for which the test questions have not been created and the test questions have not been assigned to students, the process proceeds to step S21, for example. On the other hand, if it is determined that there is no remaining test subject for which the test question has not been created and the test question has not been assigned to the student, the process ends, for example.

Details of the processing in step S2 of the flowchart shown in FIG. 26 will be described below. 29 and 30 are flowcharts for explaining the details of the process in step S2 of the flowchart illustrated in FIG. The details of the processing in step S2 will be described below with reference to this flowchart.

Step S31: In this step, for example, the test execution apparatus 20 accepts a login from a student.

Specifically, for example, a student who wishes to take the examination uses the terminal device 30 to access the examination execution device 20 via the network 70 and inputs the examination question information acquisition means 33 to the student. The student ID number is provided to the test implementation device 20.

The information such as the student ID number provided to the test execution device 20 is, for example, the information transmitting / receiving means 25 illustrated in FIG.
It is received at b and sent to the connection control means 25a. Step S32: In this step, for example, in the connection control means 25a illustrated in FIG. 8, the test subject of the student who has accessed in step S31 is referred from the test information storage means 205 illustrated in FIG.

Specifically, for example, in step S31, the student ID number of the student sent from the terminal device 30 via the network 70 is used and stored in the examination information storage means 205 in the connection control means 25a. The examination information 205a is searched, and the subject code of the record having each seat number of the examinee who matches the student ID number is extracted.

To give a concrete example, for example, step S31
At, the student's student ID number sent from the terminal device 30 via the network 70 is "J1999A124".
In this case, in the examination information 205a, the subject code of the record having each seat number of the examinee who matches the student registration number "J1999A124" is "A11253". Therefore, in this case, the subject code “A11253” is extracted in this step.

Step S33: In this step, for example, in the connection control means 25a illustrated in FIG.
From the examination content information storage unit 202 illustrated in 1, the examination start time of the examination subject that the student desires to take is referred to.

Specifically, for example, the connection control means 25a
Thus, in step S32, the examination information storage means 2
Exam content information 2 with subject code extracted from 05
02a to 202f are extracted from the test content information storage unit 202, and the test start time of the test subject is extracted from the test execution date and time limit indicated in the extracted test content information 202a to 202f.

To give a concrete example, for example, step S32
In the case where the subject code extracted from the examination information storage means 205 is “A11253”, the examination content information 202a-20 having this subject code “A11253”
2f is the test content information 202a illustrated in FIG. In this case, the connection control means 25a causes the test execution date “2001.7.1” indicated in the test content information 202a.
"0" and time limit "01" are extracted, and the test start time is extracted from these pieces of information. As mentioned above, the test date "2
"001.7.10" means July 10, 2001, and the time period "01" means the first time period. Here, for example, when the first time period means 9:00 to 10:30,
The extracted test start time is 9:00 on July 10, 2001.

Step S34: In this step, for example, it is determined whether or not the current time is within a fixed time before the test start time extracted in step S33.

Specifically, for example, the test start time is 20
It is 9:00 on July 10, 2001, and the fixed time here is 3
If it is 0 minutes, the current time is 200 in this step.
It is determined whether or not the range is from 8:30 to 9:00 on July 10, 1st.

If it is determined that the current time is within the fixed time before the test start time extracted in step S33, the process proceeds to step S35, for example. On the other hand, when it is determined that the current time is not within the fixed time before the test start time extracted in step S33, the process proceeds to step S37, for example.

Step S35: In this step, for example, in the connection control means 25a illustrated in FIG. 8, the login of the terminal device 30 is permitted, and the information showing the standby screen is displayed.
The terminal device 3 that has logged in via the network 70
Send to 0.

The transmitted information indicating the standby screen is received by, for example, the test question information acquisition means 33 of the terminal device 30, and the received information indicating the standby screen is transmitted to the test question information display means 34, for example. To be The examination question information display means 34 to which the information indicating the standby screen is sent displays, for example, the standby screen indicated by this information and allows the examinee to browse. The examinee can know that the examination has not started by viewing the waiting screen.

Step S36: In this step, for example, the connection control means 25a illustrated in FIG. 8 determines whether or not the current time has reached the test start time extracted in step S33.

If it is determined that the current time has reached the test start time extracted in step S33, then the process proceeds to step S40, for example. On the other hand, when it is determined that the current time has not reached the test start time extracted in step S33, the process remains in step S36.

Step S37: In this step, for example, it is determined whether or not the current time is within a certain time after the test start time extracted in step S33.

Specifically, for example, the test start time is 20
It is 9:00 on July 10, 2001, and the fixed time here is 3
If it is 0 minutes, the current time is 200 in this step.
It is determined whether or not the range is from 9:00 to 9:30 on July 10, 1st.

If it is determined that the current time is within the fixed time after the test start time extracted in step S33, the process proceeds to step S38, for example. On the other hand, when it is determined that the current time is not within the fixed time after the test start time extracted in step S33, the process proceeds to step S39, for example.

Step S38: In this step, for example, the connection control means 25a illustrated in FIG. 8 permits the login of the terminal device 30.

Step S39: In this step, for example, in the connection control means 25a illustrated in FIG. 8, the login of the terminal device 30 is rejected, and the process is terminated.

Step S40: In this step, for example, in the exam question information extracting means 26a shown in FIG. 8, the examinee (student) who has been permitted to log in from the student information storing means 204 of the exam information storing means 21 shown in FIG. )
Extract the confidential information of.

Specifically, for example, the examination question information extraction means 26a causes the terminal device 30 to be operated in step S31.
Student information 20 stored in the student information storage means 204 illustrated in FIG. 15 using the student ID number provided by
4a is searched, and the "password" of the record that matches the student ID number is extracted as secret information.

To give a concrete example, for example, step S31
The student ID number provided from the terminal device 30 at "J1
If it is "999A124", the student ID number "J19
The password "RTFD3321" of the name "Eri Shimokitazawa" that matches "99A124" is extracted as secret information.

The extracted confidential information is sent to, for example, the test question information distribution means 26b illustrated in FIG.
The process moves to the next step S41. Step S41: In this step, for example, in the examination question information extraction means 26a illustrated in FIG. 8, the shuffle ID of the examination question to be given to the examinee (student) who has permitted the login, and the examination information storage means illustrated in FIG. 21 from the examination information storage unit 205.

Specifically, for example, the examination question information extracting means 26a causes the terminal device 30 to be operated in step S31.
The examination information 20 stored in the examination information storage means 205 illustrated in FIG. 16 using the student ID number provided by
5a is searched, and the “shuffle ID” of the record that matches the student ID number is extracted.

A concrete example is shown in step S31.
The student ID number provided from the terminal device 30 at "J1
If it is "999A124", the student ID number "J19
Shuffle ID of the record that matches "99A124"
“SH1524” is extracted.

Step S42: In this step, for example, the shuffle ID extracted in step S41
The test question marked with is extracted from the test question information storage unit 206 illustrated in FIG.

Specifically, for example, the test question information extraction means 26a has the test question information 206a to 206f having the shuffle ID extracted in step S41.
Are extracted from the test question information storage unit 206 illustrated in FIG.

As a concrete example, for example, step S41.
Shuffle ID extracted in "SH1524"
If it is, the test question information 206a having the shuffle ID “SH1524” is extracted from the test question information storage unit 206 illustrated in FIG.

Extracted examination question information 206a to 206
f is, for example, the test question information distribution means 2 illustrated in FIG.
6b, and the process proceeds to the next step S43, for example. Step S43: In this step, for example, in the exam question information distribution means 26b illustrated in FIG.
Secret information (password etc.) extracted in 40,
Exam question information 206 extracted in step S42
a-206f (question information 203a-203f specified by question ID and option ID which examination question information has)
Is also transmitted to the terminal device 30 used by the student who has been permitted to log in, via the network 70.
The distributed information is received by the test question information acquisition means 33 of the terminal device 30 illustrated in FIG. 25, and the received information is sent to the test question information display means 34 and then It is displayed on the test question information display means 34 (test question information distribution step).

FIG. 31 shows the terminal device 3 in this step.
It is the figure which illustrated the test question display screen 300 which has the secret information and test question information 206a-206f displayed on the test question information display means 34 of 0.

As shown in FIG. 31, the examination question display screen 300 includes, for example, a confidential information display section 301 for displaying the transmitted confidential information, an index display section 302 for displaying an index of questions constituting the examination question, It has a question display unit 303 for displaying question contents, and a logout button 304 that is clicked when logging out.
In addition, the question display unit 303 inputs, for example, a question number display field 303a in which a question number is displayed, a question content display field 303b in which question content is displayed, an option content display field 303c in which option content is displayed, and an answer. Answer box 303
It has a confirmation button 303e that is clicked when the entered answer content is confirmed.

Here, in the confidential information display field 301, for example, the content (for example, password) of the confidential information distributed from the test execution device 20 is displayed. In the example of FIG. 31,
The password "WSAR12
56 ”is displayed. In addition, this secret information display column 301
The secret information such as the password displayed in is the secret information of the examinee who logged in. Therefore, the examinee has an intention not to show the exam question display screen 300 in which the confidential information display field 301 is displayed to others. As a result, this examinee can see this exam question display screen 3
It is possible to prevent the examinee from teaching each other by showing "00" to other examinees, and also to prevent a substitute ball examination in which the examinee causes another person to take the examination.

In the index display field 302, for example,
Exam question information 206a distributed from the examination implementation device 20
The question numbers shown in the “display question number” included in each of the 206 f to 206 f are listed. The examinee can display the content of the question corresponding to the clicked question number on the question display unit 303, for example, by clicking the question numbers listed in this way.

In the question number display field 303a, for example, the question number selected by clicking the question number in the index display field 302 is displayed. In the question content display field 303b, for example, the index display field 30
When the question number 2 is clicked, the question content corresponding to the question number selected is displayed. The question content displayed in the question content display field 303b is, for example, the "displayed question number" corresponding to the question number specified by clicking the question number displayed in the index display field 302. It is extracted from the test question information 206a to 206f sent from the device 20, and the "question ID" corresponding to the "display question number" is given to the test question information 20.
6a to 206f, and further extracted “Question I
This is the content obtained by extracting the question information 203a to 203f corresponding to "D".

In the option content display field 303c, for example,
The content of the options corresponding to the question content displayed in the question content display field 303b is displayed. The contents of the options displayed in the option content display field 303c are, for example, the test question information 206a to 2 sent from the test execution device 20.
"Display option number" and "option ID" of 06f
(“Display option number” and “option ID” corresponding to the “display question number” corresponding to the question number specified by clicking the question number displayed in the index display field 302) are extracted and extracted “ It is assumed that it is "display option number" and "option content" in the question information 203a to 203f corresponding to the extracted "option ID".

The answer column 303d is, for example, an input column in which the examinee inputs the answer contents such as the option number. The confirmation button 303e is, for example, a button clicked when the examinee inputs the answer contents in the answer column 303d and then confirms the contents.

Step S44: In this step, for example, the connection control means 25a illustrated in FIG. 8 determines whether or not the test end time has elapsed.

If it is determined that the test end time has elapsed, for example, the process proceeds to step S51. On the other hand, if it is determined that the test end time has not elapsed, for example,
Then, the process proceeds to step S45.

Step S45: In this step, for example, an instruction from a student is accepted. Specifically, for example, the terminal device 30 used by the examinee accepts the question designation input by clicking the index display field 302 illustrated in FIG. 31 performed by the examinee or the logout request input.

Step S46: In the terminal device 30,
It is determined whether or not the instruction input in step S45 is a question designation input.

Here, when the instruction input in step S45 is the question specifying input, for example, the process proceeds to step S47. On the other hand, when the instruction input in step S45 is not the question designation input but the logout request input, for example, information indicating that is input to the network 70.
Is transmitted to the test execution device 20 via, and the process proceeds to step S49.

Step S47: In this step, for example, the question content designated in step S45 is displayed on the test question information display means 34 of the terminal device 30 illustrated in FIG. 25 (FIG. 31).

Step S48: In this step, for example, the terminal device 30 receives an input of the answer content from the student, and the entered answer content is used as answer information 207a-2.
It is stored as 07f in the answer information storage means 207 of the test execution apparatus 20 illustrated in FIG. 19 (answer content information acquisition step).

Specifically, for example, the answer content information input by the answer content information input means 35 of the terminal device 30 illustrated in FIG. 25 is sent to the answer content information transmission means 36, and the answer content information transmission means 36 The answer content information is transmitted to the test execution device 20 via the network 70. The test execution device 20 to which the answer content information is transmitted is, for example, the information transmitting / receiving unit 25b illustrated in FIG.
This answer content information is acquired by the answer content information acquisition means 27a via the, and the acquired answer content information is stored in the answer information storage means 207.

Note that, for example, after storing the answer content information, the examinee cannot correct the answer content, and causes the terminal device 30 to display the correct answer content for the stored answer content information. It may be that.

FIG. 32 is a view exemplifying the correct answer information display screen 310 showing the correct answer contents displayed on the terminal device 30 as described above. As illustrated in FIG. 32, the correct answer information display screen 310 includes, for example, a secret information display field 311 in which secret information of the examinee such as a password is displayed, a question number display field 312 in which a question number is displayed, and correct answer content. Has a correct answer display column 313 in which is displayed and an answer explanation display column 314 in which the explanation contents thereof are displayed.

Step S49: In this step, for example, the connection control means 2 of the test execution apparatus 20 illustrated in FIG.
In 5a, it is determined whether or not the current time is within a certain time before the test end time.

Specifically, for example, the test end time is 20
If it is 10:30 on July 10, 2001, and the fixed time here is 30 minutes, the present time is in the range of 10:00 to 10:30 on July 10, 2001 in this step. It is determined whether there is any.

If it is determined that the current time is within the fixed time before the test end time, for example, step S5
Go to 1. On the other hand, when it is determined that the current time is not within the fixed time before the test end time, for example, the process proceeds to step S50.

Step S50: In this step, for example, logout of the terminal device 30 is not permitted, and
Proceed to 44.

Step S51: In this step, for example, the connection control means 2 of the test execution apparatus 20 illustrated in FIG. 8 is used.
In 5a, the logout process from the test execution device 20 of the terminal device 30 is performed, and the process ends.

FIG. 33 is a conceptual diagram exemplifying a log-in possible time zone and a log-out possible time zone of the terminal devices 30 to 60 for the test execution system 10 in this embodiment. In the example of FIG. 33, the test execution time (1 hour) is divided into the first half 30 minutes and the second half 30 minutes by the test time division time 321, and the terminal devices 30 to 60, for example, 30 of the test start time 320. The login to the test execution device 20 is permitted only before the test time division time 321 and the logout is permitted only after the test time division time 321. Further, for example, after the test execution time ends, the user is forcibly logged out. Furthermore, test start time 32
Even if the user logged in before 0, the terminal devices 30 to 6
In 0, the test question display screen for displaying the test question is not displayed, but only the standby screen is displayed.

As a result, the examinee can view the test question only during the prescribed test execution time and can input the answer. As a result, the examinee is allowed to take the examination only during the prescribed examination time as in the case of the ordinary examination, and it is possible to prevent fraud such as cheating of the answer time limit.

Further, in this case, for example, the test taker can view the test question generated in this way only after the predetermined test start time 320, and the answer to the question can be viewed within the predetermined test time. Can only be done at. Therefore, even if students are trying to collate exam questions that differ in content by rearranging the question order as described above and attempt fraud, it is possible to collate and answer. Is limited to a limited time, from the beginning of the test where each examinee can know the contents of his / her own test question to the end of the test time when he / she can give the answer. It is extremely difficult to collate the test questions in which the question order is rearranged within such a limited time, and as a result, it is possible to effectively prevent cheating such as teaching the answers during the test.

Further, as described above, by making the time during which login can be performed wide, it is possible to reduce the host load due to the concentration of login accompanying the start of the test.

Details of the processing in step S3 of the flowchart shown in FIG. 26 will be described below. FIG. 34 is a step S of the flowchart illustrated in FIG.
6 is a flowchart for explaining details of the process in No. 3. The details of the processing in step S3 will be described below with reference to this flowchart.

Step S61: In this step, for example, in the answer content scoring unit 27b of the test execution apparatus 20 illustrated in FIG. 8, the test information storage unit 2 illustrated in FIG.
From the answer information storage means 207 of No. 1, answer information 207a to 207f showing the answer contents answered by the examinee are extracted.

When the answer information 207a to 207f is extracted, for example, the process proceeds to step S62. Step S
62: In this step, for example, in the answer content scoring unit 27b of the test execution device 20 illustrated in FIG.
With reference to the question information 203a to 203f stored in the question information storage unit 203 illustrated in FIG. 1, the answer content shown in the answer information 207a to 207f extracted in step S61 is judged as correct or incorrect (answer content scoring step).

Specifically, for example, the question information 203a to 203f corresponding to the "question ID" shown in the answer information 207a to 207f extracted in step S61 is referred to, and the individual question included in the question information 203a to 203f. The correctness of the answer content is determined by collating the “correct answer option ID” which is the correct answer content information with the “answer option ID” shown in the answer information 207a to 207f.

Step S63: In this step, for example, the result of the right / wrong judgment made in step S62 is shown in FIG.
The answer information storage means 207 illustrated in FIG.

Specifically, for example, the answer information 20 illustrated in FIG. 20 is the correctness / incorrectness determination result made in step S62.
7a, "correctness" of answer information 207a-207f
Store in the field.

Step S64: In this step, for example, the correct answer rate for each question is referred to in the correct answer rate calculating means 28a shown in FIG. 8 by referring to the answer information 207a to 207f in the answer information storage means 207 shown in FIG. Is calculated (question correct answer rate calculation step).

When the correct answer rate of each question is calculated, for example,
Then, the process proceeds to step S65. Step S65: In this step, for example, in the question correct answer rate calculation means 28a illustrated in FIG.
The correct answer rate for each question calculated in 4 is stored in the scoring result information storage means 208 illustrated in FIG. 21 as the scoring result information 208a to 208f.

When the scoring result information 208a to 208f is stored in the scoring result information storage means 208, for example, next,
Then, the process proceeds to step S66. Step S66: In this step, for example, in the scoring content correction means 28b illustrated in FIG.
The content of the scoring performed in (1) is corrected, and the corrected content of the scoring is stored in the test result information storage unit 209 as the test result information 209a to 209f (scoring content correction step) as illustrated in FIG.

The correction of the scoring contents in this step is performed, for example, so as to correct the imbalance in the degree of difficulty between the test questions taken by the examinees. Specifically, for example, in step S65, the scoring result information storage unit 20
8, the question with a low correct answer rate shown in the score result information 208a to 208f is extracted, and the score for the question with a low correct answer rate is set high again. By doing so, the scoring contents are corrected.

When the correction of the scoring contents is completed, for example, next, the process proceeds to step S67. Step S67: In this step, for example, Step S
Test result information 2 in which the scoring contents were corrected in 66
09a to 209f are transmitted to the terminal device 30 used by each examinee (student), and the transmitted test result information 209a to 209f.
The content indicated by 09f is displayed on each terminal device 30.

Specifically, for example, first, the test result information transmitting means 29 illustrated in FIG. 8 has the test result information 209a to 209 stored in the test result information storing means 209.
f is extracted, and the extracted test result information 209a to 209f
Via the information transmitting / receiving means 25b and the network 70,
It is transmitted to the terminal device 30 used by each examinee.

The terminal device 30 to which the test result information 209a to 209f is transmitted receives the test result information 209a to 209f corresponding to each examinee in the test result information receiving means 37 illustrated in FIG. 25, for example. The received test result information 209a to 209f is sent to the test result information display means 38. The test result information 209a to 209f sent to the test result information display unit 38 is displayed on the test result information display unit 38, for example, and each examinee
The test result information 209a to 209f displayed in this way
You can know your own test results by browsing.

As described above, in the present embodiment, a plurality of individual question content information 203aa are extracted from the question information storage means 203 in which a plurality of individual question content information 203aa showing individual question contents are stored, and the plurality of extracted plurality of individual question content information 203aa are extracted. The test question information 206a, which is information indicating the generated test question, is generated by the individual question content shown in the individual question content information 203aa of FIG. 206f to the terminal devices 30 to 60 used by the examinees via the network 70,
The content of the test question shown in the transmitted test question information 206a to 206f is displayed on the terminal devices 30 to 60 only after the predetermined test start time, and the terminal devices 30 to 30 are displayed.
Answer content information indicating the answer content input by the examinee using the terminal devices 30 to 60 for the content of the test question displayed on 60 is acquired via the network 70. As a result, it is possible to carry out the test depending on the test questions that are different for each test taker, and to teach the answers between the students in the test using communication means that cannot monitor the situation of the students taking the test. It is possible to appropriately prevent injustice such as a match.

In particular, in the method of the present embodiment, for example, the examinee can view the test question generated in this way only after the predetermined test start time, and the answer to the question can be read in the predetermined test. Only possible in time. Therefore, even if students are trying to collate exam questions that differ in content by rearranging the question order in this way and attempt fraud, there is no time left for matching and answering. , It is limited to a limited time, such as from the beginning of the test when each examinee can know the contents of his / her own test question to the end of the test time when he / she can give the answer. It is extremely difficult to collate the test questions in which the question order is rearranged in such a limited time, and as a result, fraud during the test can be effectively prevented.

Further, in this embodiment, the individual question content information 203aa stored in the question information storage means 203.
Has fixed individual question content information indicating the content of each question that is surely given to all examinees, and selected individual question content information indicating the content of each question arbitrarily selected,
When the test question is generated, all the fixed individual question content information and a part of the arbitrarily selected optional individual question content information are extracted from the question information storage means 203, and the extracted fixed individual question content information and the selected individual It is possible to freely change the ratio of fixed questions and choice questions according to the number of examinees by generating the examination questions based on the individual question contents indicated in the question contents information and The balance between the effect of differentiating the question contents and preventing fraud at the time of taking the exam, and the effect of acquiring the required number of scoring result data and appropriately correcting inequity such as the difficulty of the exam problem among the examinees Can be properly maintained. As a result, it is possible to appropriately prevent injustice during the examination while correcting the unfairness among the examinees.

Further, in the present embodiment, each question content shown in the individual question content information 203aa is set as a multiple-choice question content for answering by selecting a correct option from a plurality of options, and the test question At the time of generation, since the array of choices, which is configured by the individual question contents shown in the plurality of extracted individual question content information 203aa, and the individual question contents generate the rearranged test questions, the same number is used. Individual question content information 203aa
Therefore, it is possible to generate more kinds of exam questions, and it is possible to further increase the effect of differentiating question contents between examinees and preventing fraud at the time of taking an exam.

Furthermore, in this case, it is possible to increase the number of generated test questions without increasing the individual question content information 203aa which constitutes the test questions, so that a sufficient number of scoring result data can be secured. At the same time, it is possible to make the contents of the question different between the examinees and effectively prevent fraud during the examination.

Further, in the present embodiment, when the test question is delivered to the terminal devices 30 to 60 used by each examinee, secret information such as a password regarding each examinee is stored in the exam question information 206a.
Along with the network 70, each terminal device 30-
60, and the content of the transmitted confidential information is transmitted to each of the terminal devices 30 to 30 together with the content shown in the test question information 206a.
Since the test question display screen is displayed on 60, it is possible for each examinee to make an intention not to show the exam question display screen on which this confidential information is displayed to others, and as a result, this examinee displays this exam question display screen. It is possible to prevent the students from teaching each other of the answers by showing them to other examinees, and it is also possible to prevent a substitute ball examination in which the examinee causes another person to take the examination.

Further, in the present embodiment, the test time is divided into the first half and the latter half at the time of the predetermined test time division, and the test execution device 20 instructs the terminal devices 30 to 60 only before the time of the test time division. Since the login is permitted and the logout is permitted only from the time when the test time is divided to the end of the test time, the test taker who has acquired the information about the test question given by logging in to the test implementation device 20 It is possible to effectively prevent fraud such as logging out from the test execution apparatus 20 and delivering the information of the test question to another examinee who is about to log in to the test execution apparatus 20 by e-mail or the like.

Further, in this embodiment, a plurality of individual question correct answer content information 20 showing the correct answer content for each question content.
Under the system environment in which 3ab is stored in the question information storage means 203, the answer content shown in the acquired answer content information and the correct answer shown in the individual question correct answer content information 203ab stored in the question information storage means 203 The content of the answer is scored by checking the content of the answer and determining whether the answer content is correct, and the result of the determination of the correctness of the answer content is stored in the answer information storage means 207 and stored in the answer information storage means 207. The results of the correctness judgment of the answer contents are totaled, the correct answer rate for each question is calculated, and the score of the answer contents is corrected based on the calculated correct answer rate for each question. Therefore, it becomes possible to effectively correct the unfairness such as the imbalance in the difficulty of the test questions caused by the difference in the test questions between the examinees.

Furthermore, the terminal devices 30 to 6 in this embodiment.
The test question is displayed on 0 for each question, and for each question of the test question displayed on each of the terminal devices 30 to 60, the examinee receives the terminal device 30 every time the question is displayed. It is more difficult to teach the answers between students by providing the answer content information indicating the answer contents to the question input using -60 to the test implementation device 20 via the network 70. As a result, it becomes possible to prevent fraud during testing more effectively. This effect is once obtained by the test execution device 20.
It is possible to further increase the content of the answer shown in the answer content information acquired in 1. by making it impossible for the examinee to correct it.

The present invention is not limited to the above embodiment. For example, in the present embodiment, a plurality of fixed questions, which are multiple-choice questions, and a choice question are mixed, and the examination question is generated by rearranging the question order and the order of options of each question. It is also possible to generate the test questions by rearranging only the order of the options without rearranging the question order of each question. On the contrary, the test questions may be generated only by rearranging the question order of each question without rearranging the order of the options.

The above processing functions can be realized by the server computer and the client computer. In that case, a server program describing the processing contents of the function that the test execution apparatus 20 should have and a client program describing the processing contents of the function that the terminal devices 30 to 60 should have are provided. By executing the server program on the server computer, the processing function of the test execution apparatus 20 is realized on the server computer. Further, by executing the client program on the client computer, the processing functions of the terminal devices 30 to 60 are realized on the client computer.

The server program and the client program in which the processing contents are described can be recorded in a computer-readable recording medium. Computer-readable recording media include magnetic recording devices, optical disks, magneto-optical recording media, semiconductor memories, and the like.
The magnetic recording device includes a hard disk device (HDD), a flexible disk (FD), a magnetic tape, and the like.
The optical disc includes a DVD (Digital Versa).
title Disc), DVD-RAM (Random)
Access Memory), CD-ROM (Co
mpact Disc Read Only Memo
ry), CD-R (Recordable) / RW (R
eWritable). The magneto-optical recording medium includes an MO (Magneto-Optical disc).
c) etc.

When distributing the server program and the client program, for example, a portable recording medium such as a DVD or a CD-ROM in which each program is recorded is sold. It is also possible to store the client program in the storage device of the server computer and transfer the client program from the server computer to the client computer via the network.

The server computer that executes the server program stores, for example, the server program recorded in a portable recording medium in its own storage device. Then, the server computer reads the server program from its own storage device and executes processing according to the server program. The server computer can also read the server program directly from the portable recording medium and execute processing according to the server program.

The client computer that executes the client program stores, for example, the client program recorded in the portable recording medium or the client program transferred from the server computer in its own storage device. Then, the client computer reads the client program from its own storage device and executes processing according to the client program. The client computer can also read the client program directly from the portable recording medium and execute processing according to the client program. Further, the client computer can also sequentially execute processing according to the received client program each time the client program is transferred from the server computer.

(Supplementary Note 1) In a test execution method of performing a test on an examinee by a computer using a communication means, a plurality of individual question contents are recorded from a recording device in which a plurality of individual question content information indicating individual question contents are stored. An individual question content information extraction step for extracting question content information, and the individual question content shown in the plurality of individual question content information extracted in the individual question information extraction step. The test question generating step for generating the test questions in which the order is rearranged, and the test question information, which is the information indicating the test question generated in the test question generating step, is used by the examinee through the communication means. Transmitted to the terminal device, the content of the test question shown in the transmitted test question information,
Only after the prescribed test start time, the test question information distribution step to be displayed on the terminal device, and the content of the test question displayed on the terminal device in the test question information distribution step, by the examinee, An answer content information acquisition step of acquiring answer content information indicating an answer content input within a prescribed test time via a communication means.

(Supplementary Note 2) The individual question content information stored in the recording device is arbitrarily selected from fixed individual question content information indicating the individual question content that is necessarily given to all the examinees. Selected individual question content information indicating the content of each individual question, wherein the individual question content information extraction step includes all the fixed individual question content information and a part of the selected individual question selected arbitrarily. Content information and, extracted from the recording device, the test question generation step,
The fixed individual question content information extracted in the individual question information extraction step and the individual question content shown in the selected individual question content information, and the question order of the individual question contents is rearranged. The test execution method according to note 1, wherein a test question is generated.

(Supplementary Note 3) The individual question content shown in the individual question content information is a multiple-choice question content for answering by selecting a correct option from a plurality of options, and the test question. The generating step is composed of the individual question contents shown in the plurality of individual question content information extracted in the individual question information extracting step, and the test in which the array of options included in the individual question contents is rearranged. The test execution method according to appendix 1, wherein the test is generated.

(Supplementary Note 4) In the test question information distribution step, confidential information regarding the examinee is transmitted to the terminal device together with the test question information via a communication means.
The test execution method according to appendix 1, wherein the content of the transmitted confidential information is displayed on the terminal device together with the content shown in the test question information.

(Supplementary Note 5) The test time is divided into a first half and a second half at a predetermined test time division time, and the terminal device is allowed to log in only before the test time division time and the test time is divided. The test execution method according to appendix 1, wherein logout is permitted only from the time division to the end of the test time.

(Supplementary Note 6) In the test question information distribution step, the content of the test question is displayed on the terminal device one question at a time, and in the answer content information acquisition step, in the test question information distribution step, the terminal device is displayed. For each question of the exam question displayed one by one, the answer content information indicating the answer content for the question entered by the examinee using the terminal device is communicated each time the question is displayed. The test execution method according to appendix 1, wherein the test execution method is obtained through a means.

(Supplementary Note 7) The test execution according to Supplementary Note 6, wherein the answer content shown in the answer content information once acquired in the answer content information acquisition step is not accepted for correction by the examinee. Method.

(Supplementary Note 8) In a system environment in which a plurality of individual question correct answer content information indicating correct answer content for each individual question content is stored in a recording device, the answer content acquired in the answer content information acquiring step. The answer content indicated in the information and the correct answer content indicated in the individual question correct answer content information stored in the recording device are collated, and the answer content is scored by judging whether the answer content is correct or incorrect. An answer content scoring step for performing, and a question correct answer rate calculation step for calculating the correct answer rate for each individual question by summing up the results of correctness determination of the answer content, and the individual calculated in the question correct answer rate calculation step Based on the correct answer rate for each question, the correction of the scoring content that corrects the scoring of the answer content performed in the answer content scoring step The test execution method according to appendix 1, further comprising:

(Supplementary Note 9) In the test execution method for carrying out the test for the examinees, an individual question content information extraction step of extracting a plurality of the individual question content information from the individual question content information showing the individual question content, Test question generation that generates a test question that is composed of the individual question contents shown in the plurality of individual question content information extracted in the individual question information extracting step and that rearranges the question order of the individual question contents The test question information that is information indicating the test question generated in the step and the test question generating step is provided to the examinee, and the content of the test question shown in the provided test question information is determined. Only after the start time of the exam, the exam question information distribution step that the examinees should browse and the exam question information distribution step Answer content information acquisition step of acquiring answer content information indicating the content of an answer given by the examinee within a predetermined examination time, with respect to the content of the examination question viewed by the examinee in A method for performing a test, comprising:

(Supplementary Note 10) In the examination method of taking an examination using a computer, it is shown in the plurality of individual question content information extracted from the recording device in which the plurality of individual question content information indicating the individual question content is stored. Test question information that indicates the test questions that are composed of the individual question contents that are arranged, and that the question order of the individual question contents is rearranged,
Test question information acquisition step received via communication means, and the content of the test question shown in the test question information received in the test question information acquisition step, the test to display only after a predetermined test start time Answer content information indicating the answer content entered by the examinee within the prescribed test time for the question information display step and the content of the test question displayed on the terminal device in the exam question information display step. And an answer content information transmitting step of transmitting the information via a communication means.

(Supplementary Note 11) A recording device in which a computer stores a plurality of individual question content information indicating individual question contents in an examination execution program for conducting an examination on an examinee by a computer using a communication means. An individual question content information extraction step of extracting a plurality of the individual question content information from the individual question content information, and the individual question content shown in the plurality of individual question content information extracted in the individual question information extraction step. , A test question generation step for generating a test question in which the question order of the question contents is rearranged, and test question information which is information indicating the test question generated in the test question generation step, via communication means, The test question shown in the test question information sent to the terminal device used by the examinee The content of the test question information distribution step to be displayed on the terminal device only after a predetermined test start time, and the content of the test question displayed on the terminal device in the test question information distribution step, A test implementation program for executing an answer content information acquisition step of acquiring, via a communication means, answer content information indicating an answer content input by a test taker within a predetermined test time.

(Supplementary Note 12) In an examination program for taking an examination using a computer, a plurality of individual question contents extracted from a recording device in which a plurality of individual question content information indicating individual question contents are stored in the computer And a test question information acquisition step of receiving, via communication means, test question information indicating a test question composed of the individual question contents shown in the question content information and in which the question order of the individual question contents is rearranged. In the test question information display step, the test question information display step for displaying the content of the test question shown in the test question information received in the test question information acquisition step only after a predetermined test start time Input the contents of the displayed test question by the test taker within the prescribed test time. An answering program for executing answer content information transmitting step of transmitting answer content information indicating the given answer content via a communication means.

(Supplementary Note 13) An individual question content information extracting step of extracting a plurality of the individual question content information from a recording device in which a plurality of individual question content information indicating individual question contents are stored in a computer; A test question generating step that generates a test question that is composed of the individual question contents shown in the plurality of individual question content information extracted in the question information extracting step, and in which the question order of the individual question contents is rearranged; , The test question information, which is information indicating the test question generated in the test question generating step, is transmitted to a terminal device used by the examinee via a communication unit, and the test question information is transmitted. Test question information distribution step for displaying the contents of the test question on the terminal device only after a predetermined test start time And, with respect to the content of the test question displayed on the terminal device in the test question information distribution step, answer content information indicating the answer content input by the examinee within a predetermined test time, communication means A computer-readable recording medium in which a test execution program for executing the answer content information acquisition step, which is acquired via the computer, is recorded.

(Supplementary Note 14) The computer is configured by the individual question contents indicated by the plurality of individual question contents information extracted from the recording device in which the plurality of individual question contents information indicating the individual question contents are stored. Test question information acquisition step of receiving via a communication means test question information indicating a test question in which the question order of the individual question contents is rearranged, and the test received in the test question information acquisition step The test question information display step of displaying the content of the test question shown in the question information only after the predetermined test start time and the content of the test question displayed in the test question information display step The answer content information indicating the answer content entered by the person within the prescribed test time is transmitted via the communication means. A computer-readable recording medium recording an examination program for executing the answer content information transmitting step.

(Supplementary Note 15) In a test execution device for carrying out an examination for an examinee using a communication means, a plurality of question information storage means for storing individual question content information indicating individual question contents and a plurality of the question information storage means. Of individual question content information extracting means for extracting the individual question content information of, and the individual question content shown in the plurality of individual question content information extracted by the individual question information extracting means. The test question generating means for generating a test question in which the question order of the contents is rearranged, and the test question information, which is the information indicating the test question generated in the test question generating means, via the communication means, the examinee. Transmitted to the terminal device used by, the content of the test question shown in the transmitted test question information, after the prescribed test start time Only, the test question information distribution means to be displayed on the terminal device and the content of the test question displayed on the terminal device in the test question information distribution means are input within the test time set by the examinee. A test execution device, comprising: answer content information acquisition means for acquiring answer content information indicating the answered content via a communication means.

(Supplementary Note 16) In a terminal device used for taking an examination conducted by using communication means, in a system environment in which a plurality of individual question content information indicating individual question content is stored in the question information storage means, The test question information indicating the test question, which is constituted by the individual question contents shown in the plurality of individual question contents information extracted from the question information storage means and in which the question order of the individual question contents is rearranged, Displaying the test question information acquisition means received via the communication means and the content of the test question shown in the test question information received by the test question information acquisition means only after a predetermined test start time The examination question information display means and the content of the examination question displayed on the examination question information display means are determined by the examinee. An answer content information transmitting unit that transmits answer content information indicating the answer content input within the test time via the communication unit.

[0241]

As described above, according to the test execution method of the present invention, the individual question content for extracting a plurality of individual question content information from the recording device in which a plurality of individual question content information indicating the individual question content is stored. A test question that consists of an information extraction step and an individual question content shown in the multiple individual question content information extracted in the individual question information extraction step, and that generates a test question in which the question order of each individual question content is rearranged The test question information, which is information indicating the test question generated in the test step and the generation step, is transmitted to the terminal device used by the examinee via the communication means, and the test question indicated in the transmitted test question information. The test question information distribution step for displaying the contents of the above on the terminal device only after the specified test start time, and the test question information distribution step Answer content information acquisition step for acquiring, via the communication means, answer content information indicating the answer content input by the examinee within the prescribed test time for the content of the test question displayed on the terminal device. Therefore, it becomes possible to effectively prevent a student's cheating during the examination in the examination using the communication means that cannot monitor the situation of the student who is taking the examination.

Further, in the test execution method of the present invention, the secret information about the examinee is transmitted to the terminal device through the communication means together with the test question information, and the content of the transmitted secret information is indicated in the test question information. By displaying the contents and the contents on the terminal device, it becomes possible to effectively prevent the cheating of the student during the test in the test using the communication means that cannot monitor the situation of the student who is taking the test.

[Brief description of drawings]

FIG. 1 is a conceptual diagram exemplifying an outline of a test implementation method in the present embodiment.

FIG. 2 is a conceptual diagram illustrating the configuration of a test execution system.

FIG. 3 is a block diagram illustrating a hardware configuration of a test server.

FIG. 4 is a block diagram illustrating a hardware configuration of a test DB server.

FIG. 5 is a block diagram illustrating a hardware configuration of a university DB server.

FIG. 6 is a block diagram illustrating a hardware configuration of a terminal device.

FIG. 7 is a conceptual diagram illustrating a software configuration of a test execution system.

FIG. 8 shows processing functions of a test execution apparatus constructed by a specific means in which the hardware and software cooperate with each other by executing a predetermined program (software) in the hardware illustrated in FIGS. It is the block diagram illustrated.

FIG. 9 is a conceptual diagram illustrating details of the test information storage unit illustrated in FIG. 8.

10 is a conceptual diagram exemplifying a data structure of test schedule management information stored in the test schedule management information storage unit illustrated in FIG. 9;

FIG. 11 is a conceptual diagram exemplifying the data configuration of the test content information storage unit illustrated in FIG. 9;

FIG. 12 is a conceptual diagram exemplifying a data configuration of the test content information illustrated in FIG. 11.

FIG. 13 is a conceptual diagram exemplifying the data structure of the question information storage unit illustrated in FIG. 9;

FIG. 14 is a conceptual diagram exemplifying a data configuration of the question information illustrated in FIG.

FIG. 15 is a conceptual diagram exemplifying the data structure of student information stored in the student information storage unit illustrated in FIG. 9;

16 is a conceptual diagram exemplifying a data structure of examination information stored in the examination information storage means illustrated in FIG. 9;

FIG. 17 is a conceptual diagram exemplifying the data structure of the test question information storage means illustrated in FIG. 9;

FIG. 18 is a conceptual diagram exemplifying the data structure of the test question information exemplified in FIG. 17;

FIG. 19 is a conceptual diagram exemplifying the data structure of the answer information storage unit illustrated in FIG. 9;

20 is a conceptual diagram showing an example of the data structure of the answer information shown in FIG.

21 is a conceptual diagram exemplifying the data structure of the scoring result information storage unit illustrated in FIG. 9;

22 is a conceptual diagram showing an example of the data structure of the scoring result information shown in FIG. 21.

23 is a conceptual diagram exemplifying the data structure of the test result information storage unit illustrated in FIG. 9;

FIG. 24 is a conceptual diagram exemplifying a data structure of the test result information exemplified in FIG. 23.

FIG. 25 is a block diagram of a hardware program shown in FIG. 6 in which a predetermined program (software) is executed.
It is a block diagram which illustrated the processing function of the terminal unit built by the concrete means which this hardware and software cooperated.

FIG. 26 is a flowchart for explaining an overall test execution method performed by the test execution system.

27 is a flowchart for explaining details of the process in step S1 of the flowchart illustrated in FIG.

28 is a flowchart for explaining details of the process in step S15 of the flowchart illustrated in FIG. 27. FIG.

FIG. 29 is a flowchart for explaining details of the processing in step S2 of the flowchart illustrated in FIG. 26.

30 is a flowchart for explaining details of the process in step S2 of the flowchart illustrated in FIG.

FIG. 31 is a diagram exemplifying a test question display screen having secret information and test question information displayed on the test question information display means of the terminal device.

FIG. 32 is a diagram exemplifying a correct answer information display screen showing correct answer contents displayed on the terminal device.

FIG. 33 is a conceptual diagram exemplifying a log-in possible time and a log-out possible time of the terminal device with respect to the test execution system.

34 is a flowchart for explaining details of the process in step S3 of the flowchart illustrated in FIG.

[Explanation of symbols]

1 Test device 1a recording device 2, 30-60 terminal device 3a-3g, 203aa Individual question content information 10 Test implementation system 20 Test equipment 20a test server 20b test DB server 20c University DB server 21 Test information storage means 24a Individual question content information extraction means 24b Exam question generating means 25a Connection control means 26a Exam question information extraction means 26b Exam question information distribution means 27a Answer content information acquisition means 27b Answer content scoring means 28a Question correct answer rate calculation means 28b Grade content correction means 29 Test result information transmission means 33 Exam Question Information Acquisition Method 34 Exam question information display means 35 Answer content information input means 36 Answer Content Information Transmission Means 37 Test result information receiving means 38 Test result information display means

   ─────────────────────────────────────────────────── ─── Continued front page    (72) Inventor Noriyuki Takasu             4-1, Kamiodanaka, Nakahara-ku, Kawasaki-shi, Kanagawa             No. 1 within Fujitsu Limited (72) Inventor Takeo Kinomura             No. 35 in front of the Okuda character in Mihama-cho, Chita-gun, Aichi             6 School corporation Hoonji Gakuen F term (reference) 2C028 AA12 BA01 BB01 BC01 BD03                       CA13

Claims (5)

[Claims] 1. A test execution method for executing a test for an examinee by a computer using a communication means, wherein a plurality of individual question contents are recorded from a recording device in which a plurality of individual question content information indicating individual question contents is stored. An individual question content information extraction step of extracting information, and the individual question content shown in the plurality of individual question content information extracted in the individual question information extraction step, and the question order of each individual question content A test question generation step of generating rearranged test questions, and test question information, which is information indicating the test question generated in the test question generation step, is used by the examinee via communication means. The test question information shown in the sent test question information after the specified test start time. Only in the test question information distribution step displayed on the terminal device, and within the test time determined by the examinee for the content of the test question displayed on the terminal device in the test question information distribution step. An answer content information acquisition step of acquiring answer content information indicating the answer content input to the device via a communication means. 2. The individual question content information stored in the recording device is arbitrarily selected from fixed individual question content information indicating individual question content which is surely given to all the examinees. Selective individual question content information indicating individual question content, and the individual question content information extracting step includes all the fixed individual question content information and a part of the selected individual question content information arbitrarily selected. And, extracted from the recording device, the test question generation step, by the individual question content shown in the fixed individual question content information and the selected individual question content information extracted in the individual question information extraction step The test implementation method according to claim 1, wherein the test questions are configured and the test questions in which the question order of the individual question contents is rearranged are generated. 3. The individual question content shown in the individual question content information is a multiple-choice question content for answering by selecting a correct option from a plurality of options. Is composed of the individual question contents shown in the plurality of individual question content information extracted in the individual question information extracting step, and the array of the options included in the individual question contents is a rearranged test question. The test execution method according to claim 1, wherein: 4. The examination question information distribution step transmits confidential information about the examinee together with the examination question information to the terminal device via a communication unit, and transmits the content of the transmitted confidential information to the examination. The test execution method according to claim 1, wherein the terminal device displays the contents together with the contents shown in the problem information. 5. The test time is divided into a first half and a second half when a predetermined test time is divided, and the terminal device is allowed to log in only before the test time is divided and the test time is divided. The test execution method according to claim 1, wherein logout is permitted only from the time to the end of the test time.