KR100338364B1 - ability valuation system in the network and method thereof - Google Patents

Abstract

The present invention discloses a capability evaluation system using a network and a method thereof. Many test provider providers who provide test questions receive test questions, fill out test sheets and answer sheets, store them in a database, and then take the test device through the Internet using a communication device. Provide the exam papers and answer sheets. When the test taker starts to see the test, the test evaluation server starts to count the time, and when the counted time passes the set test time, the test taker's answer sheet is collected and the test ends. This allows a large number of test takers who wish to take a particular exam to take the exam without time and space constraints. In addition, since a large number of test takers who complete a test through the Internet can prepare an answer only within a predetermined test time, a plurality of test takers can view the test fairly, thereby providing reliability.

Description

Ability valuation system in the network and method

The present invention relates to a system for evaluating a capability using a network and a method thereof, and more particularly, to a system for evaluating a capability and a method for allowing a candidate to take a test freely through a network such as the Internet without time or space constraints.

In general, the most common method for assessing and evaluating academic achievement, qualifications, etc. is to use a printed examination. In order to take a test using these printed materials, the candidate must go to the location and take the test at the date and time designated by the host.

However, since the test method in the form of printed materials is possible only by gathering a large number of candidates who want to take the test in a certain place and executing it at the same time, space and time constraints are required, and the cost of conducting the test according to securing the place is required. There is also a disadvantage that is increased.

Recently, there have been attempts to provide test questions based on a network environment such as the Internet or a LAN so that candidates can take the test, and these methods provide test questions through the network and the candidates receive electronic tests such as CRT or LCD. If the answer is displayed while viewing the problem through the image display device, the score can be calculated online based on the displayed answer.

However, these methods using the network also have the disadvantage of still being temporally and spatially constrained because test takers must take the test in the same time zone for fair evaluation, and also be gathered in one place for test taker confirmation. There is this.

In addition, in the case of the conventional printed test, candidates have the flexibility to make time arrangements for problems, such as marking difficult problems and solving easy problems later. You can't mark questions that you haven't answered, so candidates can't make time arrangements based on the difficulty of the problem. Therefore, there is a disadvantage that candidates do not provide an environment in which the test can be conducted more efficiently.

Therefore, it is an object of the present invention to provide a system and method for evaluating a capability using a network in which a large number of candidates can test fairly without temporal or spatial constraints.

It is also an object of the present invention to provide a system and method for evaluating a capability using a network that allows candidates to conveniently arrange time according to the difficulty of the problem.

1 is a block diagram of a capability evaluation system using a network according to an embodiment of the present invention.

2 is a flowchart of a capability evaluation method using a network according to an embodiment of the present invention.

Figure 3 is a flow chart illustrating in more detail the test execution method of the capability evaluation method using a network according to an embodiment of the present invention.

4 is an exemplary view of a screen providing a test question provided by a system for evaluating a capability using a network according to an embodiment of the present invention.

5 is an exemplary diagram showing the test taker's grades in a graph in the ability evaluation system using the network according to an embodiment of the present invention.

In order to achieve such a technical problem, a capability evaluation method using a network according to a feature of the present invention is based on a database in which test question data of a plurality of tests to be performed is stored, and a test is performed based on the data stored in the database. In the capability evaluation system using the network containing the processing apparatus to implement,

Displaying a test type performed by the processing device based on data stored in a database when a test candidate who wants to see a test is connected through a network using a communication device; Providing a test question and answer sheet for the test to a communication device of the test taker when the test taker applies for one test; When the test taker begins to view the test using a communication device, the processing device starts counting test time while performing the test; And comparing the counted test time with the set test time, and when the counted test time exceeds the set test time, collecting the answer sheet provided to the test taker by the processing apparatus and ending the test. .

In the test time counting step, the test taker starts counting the test time simultaneously with providing data to the communication device of the test taker and the answer sheet, or counting the test time when the test taker inputs a test start signal through the communication device. To start.

The method may further include providing a warning message indicating that the test end time is reached when the counted test time corresponds to the warning time by comparing the counted test time with the set warning time. ,

In addition, confirmation that the processing device can identify the problem that the test candidate has not solved on the test paper screen displayed through the communication device of the test taker so that the test taker can arrange time according to the difficulty of the problem. Providing a button; Checking, by the processing apparatus, a number of a problem not solved by the test taker and storing it in the database; And providing a list of the numbers of the questions not solved by the test taker based on the stored question numbers when the test taker clicks the confirmation button through the communication device.

In the step of providing the list of numbers, the number of questions not solved by the test taker and the number of questions solved by the test taker may be displayed in different forms or in different colors to more easily identify the problem that is not solved by the test taker. In addition, when the test taker inputs a setting key signal using a communication device, the processing device may provide a list of the numbers of the questions that the test taker has not solved based on the stored question numbers.

On the other hand, when the test taker selects one number among the displayed numbers by using the communication device, a problem corresponding to the number is displayed so that the test taker can solve the problem which is not solved more quickly.

In addition, after downloading a file including a test sheet and answer sheet and a time setting function that allows the user to check the answer sheet only within a predetermined time period, the test taker's communication device is downloaded. It is also possible for test takers to assess this ability.

According to another aspect of the present invention, a capability evaluation system using a network includes a database in which test question data of a plurality of tests is stored, and a test candidate who wants to see a test is connected to the database when connected through a network using a communication device. Provide the test paper and answer sheet formed on the basis of the stored test question data to the test taker's communication device, count the time the test taker takes the test, and when the set test time has elapsed, collect the test taker's answer sheet and end the test. It includes a control device.

The processing device starts to count the test time simultaneously with providing the test question data stored in the test question database to the communication device of the test taker, or counts the test time when the test candidate inputs a test start signal through the communication device. To start.

The database includes: a test question database for separating a plurality of tests by type and storing a test sheet and an answer sheet indicating a problem with each test; An answer database for storing answer data for each question, the answer sheet being transmitted from the communication device of the test taker for each test taker; A test management database for storing data necessary for conducting and managing a test, a set test time, a warning time, and a number of unsolved problems; And an operational database for storing data necessary for site operation.

The processing apparatus provides a confirmation button for confirming a problem not solved by the test taker on the test paper screen displayed through the test taker's communication device when providing the test paper, and checking the number of the problem not solved by the test taker. The test candidate reads the unsolved number stored in the test management database when the test candidate selects the confirmation button through the communication device.

The processing apparatus may include a site operating unit configured to operate a site based on data stored in the operation database, and perform an interface function to enable communication with other devices through a network; A test management unit for providing a problem of a corresponding test to a communication device of a test taker to access based on data stored in the test question database, and managing a test taker's test execution based on the data stored in the test management database; A test time check unit which checks and displays a start and end time of a test based on data stored in the test management database; And a test evaluation unit for calculating and evaluating a score by scoring the submitted answer sheet according to the correct answer data stored in the answer database.

Hereinafter, the most preferred embodiment in which a person skilled in the art can easily carry out the present invention will be described in detail.

1 is a block diagram of a capability assessment system using a network in accordance with an embodiment of the present invention.

As shown in FIG. 1, the capability evaluation system using a network according to an exemplary embodiment of the present invention includes a test evaluation server 20 connected to a network, for example, the Internet 10, to perform and evaluate a test, and the Internet. It is connected to the (10) and consists of a test taking device 30 that allows the candidate to take the test administered by the test evaluation server 20, in addition to the Internet (10) connected to the test evaluation server 20 source ( source), i.e., a test question supply server 40 for providing test question data.

The test evaluation server 20 serves as a kind of intermediary function between a test question provider providing actual test questions through the test question supply server 40 and a test taker who takes a test through the test take device 30, and a test question provider Perform and evaluate the test on behalf of

The test evaluation server 20 receives a data related to a test, that is, test question data, from a plurality of test question providers who manage the test, performs a test, and stores a database 21 that stores a plurality of data necessary for the test, When the test taker connects through the test take test apparatus 30, the test taker is configured to perform a test on the test taker based on the data stored in the database 21 and evaluate the test result.

The database 21 is an operation database 211 for storing data necessary for site operation, and a test question database 212 that separates a plurality of tests to be performed by type and stores data such as problems related to each test in the form of a test paper. ), A test management database 213 for storing data necessary for conducting and managing a test, for example, a test time set for each test type, a time remaining until the end of the test, a list of unsolved problems, and the result of the test, An answer database 214 stores answer data corresponding to the answer sheet for each candidate and stores correct answer data for each question.

The processing device 22 operates a site based on data stored in the operation database 211, and performs a function of an interface for communicating with another device via the Internet 10, and a site operation unit 221. Based on the data stored in the test question database 212, the test taker provides a question of the test and performs a series of functions necessary for test administration of the test taker based on the data stored in the test management database 213. The test management unit 222, the test time check unit 223 for checking and displaying the start and end times of the test, and scoring the scores by scoring the submitted answer sheet according to the correct answer data stored in the answer database 212 A test evaluation unit 224.

As the test taking device 30, a computer connecting to the test evaluation server 20 through the Internet 10 may be used. In addition, another communication device that may be connected to the Internet network 10 may be used.

The capability evaluation system using a network according to an embodiment of the present invention having such a structure has the following features.

First, a large number of test takers can take exams according to their needs without time and space constraints through a network such as the Internet. In other words, test takers can access the site operated by the test evaluator through the network anytime and anywhere as needed, even if they do not gather at a specific place at a specific time.

Second, a large number of test takers connected through the network can take the test fairly. That is, all the test takers are given the same test time to start and end the test, for which the test taker starts counting the test time while providing the test questions to the test taker or selecting the test start button, When the counted time passes the set test time, the test taker's answer sheet is forcibly retrieved, regardless of whether or not the answer sheet is submitted.

Third, test takers can arrange the appropriate time according to the difficulty of the problem. In other words, the test candidates can check for unsolved problems that are not solved and provide the candidates with a list of unsolved problems later. ?? selects one of the question numbers and takes you directly to the page displaying the question of that number, providing the problem immediately.

Fourth, the test takers are visually or soundly informed about how much time is left in the test so that they can view the test more efficiently.

Fifth, a database is constructed for each exam, including information on difficulty level and problem type, and the test scores are analyzed and provided by charts, tables, or text after the test is completed. Make it easier to identify the room.

In the competency evaluation system using the network according to the embodiment of the present invention having the above characteristics, the member receives an application for membership registration from a test question provider who wants to provide various test questions for determining academic achievement and certification achievement, Operate the site by receiving test questions from problem providers. When the test takers connect, the test questions of the test to be evaluated are provided, and when the set test time elapses, the answer sheets are collected from the test takers and scored, and the test results are provided to the test takers.

Next, the operation of the capability evaluation system using a network according to an embodiment of the present invention will be described in more detail with reference to the accompanying drawings.

Figure 2 is a simplified view of the overall operation of the capability evaluation method using a network according to an embodiment of the present invention, Figure 3 shows the test execution and management method of the capability evaluation method according to an embodiment of the present invention in more detail. It is.

As shown in FIG. 2, a test taker who wants to take a test connects to the Internet 10 using the test taker device 30, and then performs various tests for evaluating academic achievement and certification. In other words, when connected to the test evaluation server 20, the processing device 22 of the test evaluation server 20 provides information on various tests based on the data stored in the database 21 (S10 to S20). ).

The site operation unit 221 of the processing device 22 reads the homepage stored in the operation database 211 and provides it to the connected test taking device 10, and provides a function such as selecting a brief greeting or test information on the home page. do. When the test candidate clicks on select test information, the site operation unit 221 reads and displays data on various tests performed from the test problem database 212. This section shows the tests that are performed by the test question providers who provide the test questions. For example, the tests conducted by the mock test provided by the publisher ○○ and the patent attorney exams provided by the △△ publisher are provided. Provide information. In the exemplary embodiment of the present invention, the test question provider may be a publisher that publishes various problem papers, or in addition, it may be a school or an organization that manages a specific test.

When a test taker clicks one of the displayed tests to view a test to be evaluated, the test management unit 222 of the processing device 22 reads and provides the test problem data of the corresponding test from the test problem database 212. (S30 to S40). In the embodiment of the present invention, the test question data is edited and provided in the same form as the test paper in the form of a conventional printed matter, and for convenience of explanation, the test question data provided is called a test paper. 4 illustrates a screen for providing a test paper in the capability evaluation system according to the embodiment of the present invention.

As shown in FIG. 4, a test paper screen having a test question and a view portion is provided. In addition, the answer sheet in the form of an OMR card is placed at the top or the bottom of the test paper screen in the same manner as the test in the form of printed matter. This aims to provide the same environment as the traditional printed test so that test takers have no difficulty in marking their answers.

In addition, a time display column indicating a test time and a time remaining until the end of the test is provided on one side of the upper or lower side of the test paper, and at this time, the test management unit 222 of the processing device 22 receives the test paper as the test staring device 30. When it is provided, it provides a test start button to check whether the test is started.

Accordingly, when the test taker starts to view the test provided from the test evaluation server 20 through the test taking device 30, the processing device 22 of the test evaluation server 20 goes to the test execution routine shown in FIG. 4. Branching is performed to perform the test execution operation (S50 to S60).

First, according to the routine shown in FIG. 4, the test time checker 223 of the processing device 22 determines whether the test taker clicks the provided start test button, and according to the click of the start test button from the test taking test device 30. When the signal is input, the test time starts to be counted (S200), and the counted time value is stored in the test management database 213. If the test start button is not clicked, the test time checker 223 determines that the test candidate has not started the test and waits without performing the next operation.

Here, the test time is started counting according to whether the test start button provided separately is clicked. However, the test time checker 223 counts the time while the test manager 222 provides a test question to the test taker. It is also possible to start and count the test time.

When the test taker starts the test by clicking the start test button, the test time checker 223 displays the test time in the time display column on the screen, and simultaneously decreases the set test time by 1 second to display the remaining test time. The remaining time value counted in descending order is stored in the test management database 213 (S630).

As the test is started, the test taker starts to solve the problem through the test paper screen provided from the test evaluation server 20 through the test taking apparatus 30, and starts checking the answer on the answer sheet. Then, the test management unit 222 of the processing device 22 reloads the screen while reading the corresponding test question data from the test question database 212 according to the next page move selection of the test taker and sequentially provides test questions.

During the test, the test taker can arrange a time to solve a difficult problem later and solve an easy problem first, according to the difficulty of the problem, and the test management unit 222 of the processing device 22 can determine the time settled by the test taker. Problems that do not check the answer, that is, unsolved problem is detected and the number of the unsolved problem is created and stored in the test management database 213 (S640).

At the same time, the test management unit 222, as shown in Figure 4 attached to the test paper, to provide a 'test problem check button' on the test paper screen so that the test taker can check any problems that are not solved at any time, and the test paper screen is The Unchecked Problem Check button is always located on a portion of the screen so that the test taker can check for any unsolved problems at any time. To this end, the test management unit 222 checks the screen every predetermined time (about 2 seconds) and reloads the screen so that the problem check button is open at all times on the lower right side of the screen as shown in FIG. 4. By reloading only the screen data corresponding to the problem check button that has not been reloaded without reloading the entire screen, the time required to reload the screen is reduced (S650).

When the test taker clicks on the unchecked problem check button displayed on the lower right of the screen to check for problems that he or she has not solved (S660), the test management unit 222 of the processing device 22 determines the test management database. A list of numbers of unsolved problems is read out from (213) and displayed. At this time, only the number corresponding to the unsolved question may be displayed. The number of the unsolved question and the unsolved question may be different from each other by simultaneously displaying the numbers of all the test questions. It can be confirmed quickly and easily (S670).

In addition, when a pop-up key is input, for example, when a test taker clicks a right button of a mouse or the like of the test take-up apparatus 30 (S680), the test managing unit 222 of the processing apparatus 22 as shown in FIG. 4. ) Displays a pop-up menu that provides a list of numbers of test questions (S690). Each question number of the pop-up menu includes the location information of the page where the corresponding test question is provided. Accordingly, when the test taker clicks a specific number in the pop-up menu, the test manager 222 displays the location information included in the pop-up menu. Therefore, go to the corresponding page to display the problem of a specific number immediately (S700 ~ S710).

When providing a pop-up menu according to the pop-up key input, the color of the number of solved and unsolved questions is displayed differently so that the test taker can distinguish between the solved problem and the unsolved problem.

As described above, the test candidate can easily check the unsolved problems at any time. In addition, the problem number and answer sheet can always be displayed at random positions such as left, right, top and bottom of the screen so that the user can check the unsolved problems. In this case, clicking on one of the question numbers displayed will take you to the page where the question is displayed and provide the test taker to you.

In this state of continuing the test, the test time checker 223 reads the remaining time value stored in the test management database 213 and continuously displays the remaining time until the end of the test.

In addition, when the remaining test time is the warning time, for example, when the time until the end of the test is about 1 minute or 5 minutes, the test time checker 223 provides a warning message by voice or text (S720 to S730). ).

When the test candidate confirms the warning message, the processing device 22 returns to the routine shown in FIG. 3 to determine whether the test is finished, and here the test time checker 223 determines whether the current remaining time is '0'. It is determined whether the set test time has elapsed (S70). If the set test time has not elapsed, the test management unit 222 determines whether the test taker submitted the answer sheet.

In the test sheet providing step (S40), the test management unit 222 of the processing device 22 simultaneously provides a final submit button for submitting an answer sheet together with an unanswered problem check button as shown in FIG. 4. In this case, please click the final submit button to submit your answer sheet.

When the test taker has finished the problem and clicks the final submit button displayed on the screen through the test take test device 30, the test management unit 222 of the processing device 22 performs the test even if the set test time has not elapsed. Then, the answer sheet is collected from the test taker device 30 of the test taker (S80 to S90).

On the other hand, when the time remaining until the end of the test is '0', that is, when the set test time is over, the test management unit 222 determines whether the test candidate clicks the final submit button for submitting the answer sheet. Then, the answer sheet is collected from the test taker device 30 of the test taker. Therefore, all test takers take the test only during the same test period.

When the test is completed as described above, the test management unit 222 stores the test taker's answer sheet for each test taker in the answer database 214.

Next, the test evaluation unit 224 reads and scores the test taker's answer sheet stored in the answer database 214, and then evaluates the test scores of all the test takers based on the scoring result (S100). On the basis of the scoring results, the grade distribution of all the test takers who took the test is calculated, and the evaluation result is stored in the answer database 214. The test evaluator 224 provides the scores of the test takers on a separate page. 5 shows an exemplary evaluation result according to the embodiment of the present invention.

Subsequently, when the test taker accesses the corresponding page of the test evaluation server 20 which provides the scoring result in order to know his or her grade and requests confirmation of the result, the test evaluation unit 224 of the processing device 22 The results of the test taker are read from the answer database 214 to provide the test taker's grades. At this time, as shown in FIG. The student's grade distribution and his grade section will be displayed in graph form. At this time, the graph showing the overall grade distribution and the graph representing the grade section are displayed differently so that the test taker can easily distinguish his grade section.

Therefore, the test taker can view the test to be evaluated without any temporal and spatial constraints like other test takers and can easily check his or her test score.

In the above-described embodiment, the test providers who actually provide the test questions only provide data on the test questions to the intermediary on behalf of the test execution, and the test evaluation server 20 of the intermediary is based on the data and prints the conventional printout. Forms of test papers were created and provided to test takers who access them through the Internet. However, the test evaluation server (20) allows test providers to provide more detailed answers and problem type information for each problem. ) Can be mediated.

For example, a test question provider connects to the Internet 10 using his test question supply server 40 and then accesses the test evaluation server 20 to apply for a member providing a test question, and the test evaluation server The site operation unit 221 of the processing device 22 of 20 registers the test problem provider as a member and stores it in the operation database 211, and the location information of the test problem provider registered as a member is also for each test problem provider. Save it.

Next, in the same manner as described above, the test is conducted and evaluated according to the test candidate's test application. In addition, when the test evaluation server 20 provides a menu for providing more detailed information about the test question and the test taker selects this menu, the site operation unit 221 of the processing device 22 of the test evaluation server 20 is provided. Is connected to the site of the test problem provider that provided the corresponding test question data based on the location information of the test problem provider stored in the operation database 211. Accordingly, the test problem supply server 40 of the site operated by the test provider provides the test taker with information on solving each problem, problem type information, unit information, and reference book providing the problem.

In contrast, the test evaluation server 20 receives the test question data from the test question supply server 40 in advance and receives data on information such as a solution for each problem, problem type information, section information, and a reference book providing the problem in advance. After being stored in the base 212, the test taker may request a menu that provides more detailed information about the test question and then read the data from the test question database 212 and provide it directly to the test taker.

In the embodiment described above, the test taker has taken the test in an online state connected to the test evaluation server 20 through the Internet 10, but may alternatively take the test in an offline state.

More specifically, the test taker accesses the test evaluation server 20 through the test application device 10, downloads the question data of the test to be viewed as a file, views the test, and then sends the answer sheet via e-mail. The test evaluation server then calculates the test taker's grades based on the answer sheets sent.

At this time, the test evaluation server 20 counts the test time when the test taker selects a test start button or the like or checks the answer on the answer sheet in the same manner as the above-described embodiment in the file transmitted to the test taker. After the set test time has elapsed, the test candidate is given a function to terminate the test regardless of whether the answer sheet has been completed.

In addition, as in the above-described embodiment, the test candidate may include in the file a function such as a problem check that allows the test taker to arrange time according to the difficulty of the problem.

As such, when a test taker downloads a test question file to view a test, communication costs and the like can be saved.

This invention is capable of various modifications and implementations without departing from the scope of the following claims.

As described above, according to the embodiment of the present invention, a large number of test takers who want to see a particular test provide convenience for viewing the test without time and space constraints. In addition, many test takers can be run without having to gather to the same place at the same time, thereby reducing the cost and time required to run the test.

In addition, since a large number of test takers who complete a test through the Internet can prepare an answer only within a predetermined test time, a plurality of test takers can test fairly and provide reliability of the test.

In addition, many test takers can arrange time based on the difficulty of the problem, allowing test takers to take the test more efficiently.

In addition, as soon as the test is finished, the answer sheet is scored and the test results are calculated, and the test results are distributed based on the calculated test results of a plurality of test takers, thereby reducing the time required for the scoring after the test. Can be.

In addition, even if a large number of test takers want to obtain more detailed information on the problem, the information can be directly received from the site where the test results are provided without needing to access the site.

In addition, many test takers are not allowed to take the test only when they are online while connected to the Internet, but are able to take the test under the same conditions as when they are online when they are disconnected from the Internet.

Claims (17)

(Correction) In an evaluation method of an evaluation system including a database in which test question data of a plurality of tests is stored, and a processing device that performs a test based on the data stored in the database, Displaying, by the processing device, a test type based on data stored in a database when a test candidate who wants to see a test is connected through a network using a communication device; Providing a test question and answer sheet for the test to a communication device of the test taker when the test taker applies for one test; When the test start signal is input from the test taker's communication device, the processing device starts counting the test time while conducting the test; And Comparing the counted test time with the set test time, and when the counted test time exceeds the set test time, the processing device recovers the answer sheet provided to the test taker and ends the test; Including, The test run and time count step Providing, by the processing device, a confirmation button to confirm a problem that the test taker has not solved on the test paper screen displayed through the communication device of the test taker during the test; Checking, by the processing apparatus, a number of a problem not solved by the test taker and storing it in the database; And And when the test taker clicks the confirmation button through a communication device, providing a list of the number of questions the test taker has not solved based on the stored question numbers . The method of claim 1, The test time count step, Providing a test question and answer sheet to the communication device of the test taker and simultaneously counting the test time. (delete) (Correction) According to claim 1 or 2, The test time count step, Comparing the counted test time with a set warning time and providing a warning message indicating that a test end time has been reached when the counted test time corresponds to the warning time. (delete) (Correction) The method according to claim 1, Providing the list of numbers, And evaluating the number of questions not solved by the test taker and the number of questions solved by the test taker in different forms or colors. (Correction) The method according to claim 1, When the test taker inputs a setting key signal by using a communication device, the processing device provides a list of the numbers of questions that the test taker has not solved based on the stored question numbers; Competency evaluation method using a network further comprising. The method of claim 7, wherein And evaluating a problem corresponding to the number when the test candidate selects one number from among the displayed numbers. The method of claim 1, Determining, by the processing device, whether an offline selection is made when a test taker who wants to see the test connects through a network using a communication device; Downloading a file including a test time check function to enable the test paper and the answer sheet and the answer sheet check only within a preset time when the test candidate selects offline, and disconnects the connection from the test candidate's communication device; When the test taker returns and submits the answer sheet, evaluating the submitted answer sheet based on the data stored in the database. Competency evaluation system using a network further comprising. (Correction) A test question database for separating the number of tests by type and for storing a test sheet and an answer sheet indicating a problem with each test; An answer database for storing answer data for each question, the answer sheet being transmitted from the communication device of the test taker for each test taker; A test management database for storing data necessary for conducting and managing a test, a set test time, a warning time, and a number of unsolved problems; And When a test taker who wants to take a test connects through a network using a communication device, the test taker and answer sheet formed based on the test question data stored in the database are provided to the test taker's communication device, and the test taker's communication device When the test start signal is input, the counting time starts, and when the set test time has elapsed, the processing device for collecting the answer sheet of the test candidate and ending the test. Including; The processing apparatus provides a confirmation button for confirming a problem not solved by the test taker on the test paper screen displayed through the test taker's communication device when providing the test paper, and checking the number of the problem not solved by the test taker. And store the data in the test management database, and read and display an unsolved number stored in the test management database when the test candidate selects the confirmation button through a communication device . (delete) (Correction) The method according to claim 10, And the processing device provides the test question data stored in the test question database to the communication device of the test taker and simultaneously starts counting the test time. (delete) (delete) (Correction) The method according to claim 10, And the processing device reads and displays a number of unsolved problems stored in the test management database when a test candidate inputs a setting key signal using a communication device. (Correction) The method according to claim 10, And the processing device reads and displays a problem corresponding to the number selected from the test question data when the test candidate selects one number from among the displayed numbers. (Correction) The method according to claim 10, The processing apparatus may include a site operating unit configured to operate a site based on data stored in the operation database, and perform an interface function to enable communication with other devices through a network; A test management unit for providing a problem of a corresponding test to a communication device of a test taker to access based on data stored in the test problem database, and managing a test taker's test execution based on the data stored in the test management database; A test time check unit which checks and displays a start and end time of a test based on data stored in the test management database; And Exam evaluation unit for calculating and evaluating scores by scoring the submitted answer sheet according to the correct answer data stored in the answer database Competency evaluation system using a network comprising a.