TWI613628B - Verification system - Google Patents

Description

Verification system

The invention belongs to a verification system, in particular to a verification system capable of knowing the answering process of the tested person and allowing the monitoring personnel to easily perform appropriate teaching assistance for the tested person.

The traditional test method is to separate the answer card from the question. The test subject only needs to draw the square on the answer card. When the answer is completed, the monitor can conveniently correct the answer card with an identification device to obtain the result.

However, since the existing answer card is printed separately from the title, and the answer card itself is not provided with an area space for the testee to calculate, the test subject does not fill in the calculation process on the answer card, so that the monitoring The person cannot judge the learning and understanding of the tested person through the answer card, and thus the monitoring personnel cannot give the testee appropriate teaching assistance from the result.

Even if the person to be tested will calculate in the blank area of the title book, it is not easy to collect and summarize the topic book. In practice, the topic book must be collected in an artificial way, and then each person to be tested will be manually used. A topic and each calculation process can be summarized and analyzed in order to give the testee appropriate teaching assistance, which may result in inconvenience of the monitoring personnel and the lack of trend of increasing labor costs.

In this regard, the conventional answer card is separate from the title book and has the inability to judge the learning state of the tested person, and it is not easy to summarize the calculation process on the subject and cannot be effective as a teaching aid for the test subject in the future. Therefore, the traditional test method has to be improved.

The object of the present invention is to provide a verification system that can take the testee's answering process and store it, so as to facilitate the monitoring personnel to easily understand the degree of understanding of the tested person.

According to the foregoing objective, the present invention provides a verification system including a database storing a plurality of titles, a substrate to be tested, a comparison unit, a plurality of modification units, and a storage unit. The substrate to be tested is outputted through the database, and the substrate to be tested includes at least one subject area to be tested, at least one character identification object outside the subject area to be tested, and at least one candidate in the subject to be tested The control outside the area identifies the object. The subject area to be tested includes a subject to be tested and a answering area selected by the database as at least one of the questions;

Each control group of the control unit is outputted according to the test subject via the database, and each control group of the control unit is corresponding to the test subject. The correction unit is connected to the substrate to be tested and the comparison unit. The correction unit includes an image capturing module for capturing the substrate to be tested, and a scanning module for scanning the character identification object and the comparison identification object. The storage unit is configured to store the substrate to be tested that is captured by the character recognition object.

Further, the test subject area includes an option area, and the option area has at least two option objects.

Further, a monitoring device connected to the correction unit or the storage unit is further included.

Further, the monitoring device is connected to the database.

Further, the monitoring device is set as an electronic mobile device or a desktop computer or a notebook computer or a tablet computer.

Furthermore, the present invention provides another verification system including a database storing a plurality of topics, a substrate to be tested, a plurality of modification units, and a storage unit. The substrate to be tested is outputted through the database, the substrate to be tested includes at least one area to be tested, and at least one character identification object outside the subject area to be tested; wherein the subject area to be tested includes There is a problem in which at least one of the questions is selected as the detected subject, a topic identification object corresponding to one of the questions, and a answering area.

The marking unit is connected to the substrate to be tested, and the marking unit comprises an image capturing module for capturing the substrate to be tested, and a scanning module for scanning the character identification object and the object identification object; the storage unit is The substrate to be tested that is captured by the character recognition object is stored.

Further, the test subject area includes an option area, and the option area has at least two option objects.

Further, a monitoring device connected to the correction unit or the storage unit is further included.

Further, the monitoring device is connected to the database.

Further, the monitoring device is set as an electronic mobile device or a desktop computer or a notebook computer or a tablet computer.

The invention is characterized by:

1. Through the image capture module of the correction unit in the present case, the test subject retrieves and stores in the answering process of the answering area, so that the monitoring personnel can judge the learning state of the tested person and the degree of understanding thereof, thereby allowing monitoring It is easy for the person to give the testee appropriate teaching assistance in the future.

2. After each testee answers, the verification system can automatically adjust the difficulty of the questions in the database according to the result of the answer, so as to appropriately adjust the questions that match the capabilities of the tested personnel.

3. Even the monitoring personnel can connect to the database through a monitoring device to manually adjust the questions that match the capabilities of the tested personnel.

The purpose, technical contents, features and effects achieved by the present invention will be more readily understood by the following description in conjunction with the accompanying drawings.

Please refer to FIG. 1 and FIG. 2 , which is a verification system 1 according to the present invention. The verification system 1 includes a database 2 storing a plurality of topics, a substrate to be tested 3 , and a batch of modification units 4 and A storage unit 5.

The substrate 3 to be tested is output via the database 2, and the substrate 3 to be tested includes at least one subject area 30 to be tested, and at least one person identification object 31 outside the subject area 30 to be tested. In the embodiment of the present invention, the test subject area 30 is set to two. The first one is based on a question or a question or a fill question, and the second one is based on a multiple choice question, but is not limited thereto. In practical applications, the character recognition object 31 is set to two or more to improve the recognition accuracy, and the character recognition objects 31 can be located on the same side or opposite sides or opposite pairs of the substrate 3 to be tested. In the embodiment of the present invention, an example in which the character recognition objects 31 are respectively disposed at the center of the upper and lower sides of the substrate 3 to be tested is described, but not limited thereto.

The subject area to be tested 30 includes a subject 300 to be tested selected by the database 2 as at least one topic, a topic identification object 301 corresponding to one of the topics and located above the subject 300 to be tested, and A answering area 302 on the right side of the subject to be tested 300. In actual application, the answering area 302 can be set to a plurality of, or the remaining space of the subject area 30 to be tested can also be used as the answering area 302, so that the tested person has sufficient computing space.

The correction unit 4 is connected to the substrate 3 to be tested, and the correction unit 4 includes an image capturing module 40 for capturing the substrate 3 to be tested, and scanning for scanning the character identification object 31 and the topic identification object 301. Module 41. The storage unit 5 is configured to store an image of the substrate 3 to be tested that is captured by the character recognition object 31.

More specifically, the first test object or the question question or the fill question of the test subject area 30 is used for description, and the test subject obtains the test object 3 and performs calculation in the answer area 302, and the test is completed. The substrate 3 to be tested is then input to the correction unit 4, the scanning module 41 of the correction unit 4 scans the person identification object 31, and the image capturing module 40 captures the substrate 3 to be tested. The subject area 30 to be tested and its image is stored in a specific file area of the storage unit 5 corresponding to the person identification object 31. At the same time, the scanning module 41 of the correcting unit 4 scans the title identifying object 301 and searches for the answer of the corresponding question from the database 2 to be manually corrected. Thereafter, the monitoring personnel according to the answering area 302 in the image. The calculation process is used to judge the degree of understanding of the tested person, and the teaching aid of the tested person can be appropriately given. Since the judgment basis of the revision of the application is different from the multiple-choice question, the answering method of the application is a non-fixed form. Although it can be automatically corrected by the system, the preferred method is to manually give a partial score to each part of the answering room. The overall judgment is more flexible.

For example, in the second selection question area 30 to be tested, the test subject area 30 further includes an option area 303, and the option area 303 has at least two option objects 304. After the test subject obtains the substrate 3 to be tested, it can be calculated in the answering area 302 and marked or drawn on the appropriate one of the option objects 304. After the detection is completed, the substrate 3 to be tested is input to The correcting unit 4, the scanning module 41 of the marking unit 4 scans the character recognition object 31, and the image capturing module 40 captures the to-be-tested problem area 30 of the substrate 3 to be tested and The image is stored in a specific file area of the storage unit 5 corresponding to the person identification object 31. At the same time, the scanning module 41 of the correcting unit 4 scans the title identifying object 301 and searches for the answer of the corresponding topic from the database 2, and then automatically compares the difference between the answer and the drawn grid. In order to make a correct or wrong correction, the post-monitoring personnel can judge the degree of understanding of the tested person according to the calculation process of the answering area 302 in the image, and then provide appropriate teaching assistance.

Further, after the correction system 4 is calibrated to the test subject 300, the verification system 1 can count the number of right or wrong answers of each test subject, and automatically adjust the database 2 according to the statistical result. The difficulty of these questions is to appropriately adjust the problem of the ability of each test subject. For example, when the number of incorrect answers is higher than 50% of the total number of people, the verification system 1 will automatically adjust the questions in the database 2, and the difficulty of the questions is lower than the previous one; The verification system 1 does not change when the number of corrective answers is higher than 50% of the total number of people. If the number of correct answers is approximately 80% of the total number of people, the verification system 1 can automatically adjust the number. These questions in the database 2 are adjusted to be higher than the previous one.

Further, in the previous embodiment, it is more like to select an appropriate title from a plurality of question banks to re-program and store into the database 2, and in an embodiment, the database 2 can be based on each The ability of the tested person directly selects several questions from the questions currently existing in the database 2 and outputs the substrate 30 to be tested, in other words, it may only be selected in the substrate 30 to be tested last time. The problem to be tested 300 is difficult, and not all the questions in the database 2 are difficult for the tested person. After multiple tests, it is evaluated whether the current problem of the database 2 is completely replaced. In this way, the monitor can reasonably judge the level of the ability of the tested person.

Please refer to FIG. 3 and FIG. 4 , which is another verification system 1 a proposed by the present invention, especially the implementation of the answer in the correction unit without having to find the answer to the corresponding question in the database. example. The verification system 1a includes a database 2a storing a plurality of questions, a substrate to be tested 3a, a plurality of modification units 4a, a storage unit 5a, and a comparison unit 7.

The substrate 3a to be tested is output via the database 2a, and the substrate to be tested 3a includes at least one subject area 30a to be tested, a person identification object 31a outside the subject area 30a to be tested, and at least one bit. A comparison identification object 32 outside the subject area 30a to be tested. Similarly, in this embodiment, the to-be-tested problem area 30a is set to two. The first one is based on a quiz question or a topic or a fill question, and the second one is based on a multiple-choice question, but is not limited thereto. .

The character recognition object 31a is also set to be two or more to improve the recognition accuracy. The person identification object 31a can be located on the same side or opposite sides or opposite diagonal sides of the substrate 3a to be tested, and In the embodiment of the present invention, an example in which the person identification objects 31a are respectively disposed at the center of the upper and lower sides of the substrate to be tested 3a is described, but not limited thereto. In addition, the comparison identification object 32 can also be set to two or more to improve the recognition accuracy. The comparison identification objects 32 can be disposed on the same side or opposite sides or opposite diagonals of the substrate 3a to be tested. In the embodiment of the present invention, each of the reference identification objects 32 is disposed adjacent to each of the person identification objects 31a, but is not limited thereto.

The subject area to be tested 30a includes a subject 300a to be tested and at least one of the questions to be tested via the database 2a, and a answering area 302a on the right side of the subject to be tested 300a. Since there is a matching answer in the correcting unit 4a, there is no need to set the title identifying object 301 corresponding to one of the questions. In other words, the correcting unit 4a does not need to re-apply the substrate 3a from the database. Find the answer to the corresponding question in 2a.

Each control group of the control unit 7 is outputted according to the test subject 300a via the database 2a, that is, each control group of the control unit 7 corresponds to the answer of the subject 300a to be tested, and the control is Unit 7 has a number corresponding to the control identification member 32 on the substrate 3a to be tested. For example, when the database 2a outputs a plurality of the substrates 3a to be tested, a plurality of comparison units 7 corresponding to each of the answers of the substrate 3a to be tested are simultaneously outputted, and thereafter, the object 32 is identified according to the comparison. The numbering to find the corresponding comparison unit 7 can be modified, thereby facilitating the correction unit 4a to select the corresponding answer of the comparison unit 7 according to the comparison identification object 32 of the substrate 3a to be tested.

The correction unit 4a is connected to the substrate 3a to be tested and the comparison unit 7. The correction unit 4a includes an image capturing module 40a for capturing the substrate 3a to be tested, and a scanning object identification object 31a and the control unit. The scanning module 41a of the object 32 is identified; the storage unit 5a is configured to store an image of the substrate to be tested 3a captured by the character recognition object 31a. The comparison unit 7 is directly transmitted by wire or wirelessly to the correction unit 4a in the embodiment of the present invention, and the comparison unit 7 may be printed on the paper first and then scanned by the scanning module, but not This is limited.

More specifically, the first test object or test question or fill question of the test subject area 30a is used as an example, and the test subject obtains the test object 3a and performs calculation in the answer area 302a, and the test is completed. After the substrate 3a to be tested is input to the correction unit 4a, the scanning module 41a of the correction unit 4a scans the person identification object 31a, and the image capturing module 40a captures the substrate 3a to be tested. The subject area 30a to be tested is stored and stored in a specific file area corresponding to the person identification object 31a in the storage unit 5a. At the same time, the scanning module 41a of the correcting unit 4a scans the comparison identification object 32 and finds the comparison unit 7 corresponding to the answer sheet of the substrate 3a to be tested, after which the monitoring personnel can be based on the comparison unit 7. Each control group is manually corrected. Afterwards, the monitoring personnel judges the degree of understanding of the test subject according to the calculation process of the answering area 302a in the image, and can appropriately give the teaching assistant of the tested person. The reasons for the manual amendments are as above, so they will not be described again.

Please refer to FIG. 4, taking the second selected question area 30a as an example, the test subject area 30a further includes an option area 303a having at least two option objects 304a. Suitable for multiple choice questions. After the test subject takes the substrate 3a to be tested, the calculation can be performed in the answering area 302a and mark or draw on the appropriate one of the option objects 304a. After the detection is completed, the substrate 3a to be tested is input to the test object 3a. The correcting unit 4a, the scanning module 41a of the marking unit 4a scans the person identification object 31a, and the image capturing module 40a captures the subject area 30a to be tested of the substrate 3a to be tested and The image is stored in a specific file area of the storage unit 5a corresponding to the person identification object 31a. At the same time, the scanning module 41a of the correcting unit 4a scans the comparison identification object 32 and finds the comparison unit 7 corresponding to the answer sheet of the substrate 3a to be tested, and then automatically compares each control group and each of the control units. The difference between the option area 303a of the subject 300a to be tested is performed to correct the right or wrong. Afterwards, the monitoring personnel can judge the degree of learning of the tested person according to the calculation process of the answering area 302a in the image. In turn, appropriate teaching aids can be given.

Further, after the correction system 4a is calibrated to the test subject 300a, the verification system 1 can also count the number of right or wrong answers of each test subject, and then adjust the database 2a according to the statistical result. The difficulty of these questions is to appropriately adjust the problem of the ability of each test subject. Even the database 2a can directly select a few questions from the current questions and output the substrate 30a to be tested according to the capabilities of each test subject. After multiple tests, it is evaluated whether the database 2a is to be present. The topics are all replaced. The explanations and reasons can be referred to above.

Referring to FIG. 3 to FIG. 5, the verification system 1a further includes a monitoring device 6 connected to the correction unit 4a or the storage unit 5a, and the monitoring device 6 is set as an electronic mobile device or a desktop computer. Or a laptop or tablet. In an embodiment, when the correction unit 4a corrects the substrate 3a to be tested, the image captured by the substrate 3a to be tested can be directly transmitted to the monitoring device 6, so that the monitoring personnel can The image is viewed through the monitoring device 6 at present, and the degree of understanding of the tested person is known from the calculation process of the answering area 302a to immediately re-teaching or other teaching assistance to the tested person. Even after the detection is completed, the verification system 1a first stores the image to the storage unit 5a, and the monitoring personnel is connected to the storage unit 5a via the monitoring device 6, and finds the image file corresponding to the tested person. To assist in the after-school teaching.

In addition to the above-mentioned monitoring device 6 being connected to the correction unit 4a or the storage unit 5a, the monitoring device 6 can be further connected to the database 2a for the purpose of allowing the monitoring personnel to The monitoring device 6 manually adjusts the difficulty of the questions. More specifically, the practical application, after the correction unit 4a modifies the substrate 3a to be tested, the number of errors and the number of correct answers of the test subject 300a are counted and stored in a statistical result data (not shown). In the storage unit 5a, the post-monitoring personnel are connected to the storage unit 5a via the monitoring device 6 and search for the statistical result data corresponding to the subject 300a to be tested, and then the monitoring personnel further determines whether the data is to be obtained according to the statistical result data. The difficulty of adjusting these questions in the library 2a. In an embodiment, the correction unit 4a directly transmits the statistical result data to the monitoring device 6, so that the monitoring personnel can immediately determine whether to adjust the difficulty of the topic. Among them, the example of the threshold value of the number of answers or the number of correct answers is as above, so it is not emphasized again.

Further, please refer to FIG. 2, when the correction system 4 scans the title identification object 301, the correction system 4 may not be able to identify the object 301 according to the title due to other factors such as unclear barcode or error. The database 2 finds the answer of the corresponding topic; please refer to FIG. 4, when the correction system 4a scans the comparison identification object 32, the same may be caused by other factors such as unclear barcode or error. The correction system 4a cannot find the comparison unit 7 of the corresponding answer book. Therefore, in the preferred embodiment shown in FIG. 7, the title identification object 301 and the comparison identification object 32 can be simultaneously present on the substrate 3 to be tested. On 3a, avoid one of the conditions that failed and could not be corrected.

Please refer to Figure 5 and Figure 6 for the connection. The connection relationship of the monitoring device 6 is illustrated by the examples shown in Figures 3 and 4, as shown in Figures 1 and 2. The embodiments are the same and will not be described again. And the threshold value of 50% or 80% of the example in this case is not used to limit the case. In practice, the threshold value can also be set according to the actual situation.

Please review the first to seventh figures. In practice, not only the different testees will correspond to different student names, but also the date and time when the database 2, 2a outputs the substrates 3 and 3a to be tested. It may be different, so the person identification object 31, 31a can be further compiled by the student name and date, or the student name, date and time combination. Similarly, the comparison identification object 32 can also be combined with the date or the date, or the combination of the answer, date and time.

In summary, the present invention can achieve the following characteristics:

1. Through the image capturing module 40, 40a of the correction system 4, 4a in the present case, the test subject captures and stores the answering process in the answering area 302, 302a, so that the monitoring personnel can judge the learning of the tested person. The situation and its understanding, so that the monitor can easily give the testee appropriate teaching assistance in the future.

2. After each testee answers, the verification system 1, 1a can automatically adjust the difficulty of the questions in the database 2, 2a according to the result of the answer, so as to appropriately adjust the questions that match the capabilities of the tested personnel.

3. Even the monitoring personnel can connect to the database 2, 2a through the monitoring device 6, and manually adjust the questions that match the capabilities of the tested personnel.

The foregoing is only a preferred embodiment of the present invention, which is intended to be understood by those skilled in the art and is not intended to limit the scope of the present invention. Equivalent variations or modifications of the shapes, configurations and features are intended to be included within the scope of the present invention.

1, 1a‧‧‧ verification system
2. 2a‧‧‧ database
3, 3a‧‧‧Substrate to be tested
30, 30a‧‧‧Subject area to be tested
300, 300a‧‧‧Question to be tested
301‧‧‧ title identification object
302, 302a‧‧‧ answering area
303, 303a‧‧‧ option area
304, 304a‧‧‧ option items
31, 31a ‧ ‧ character identification objects
32‧‧‧Control identification objects
4, 4a ‧ ‧ correction unit
40, 40a‧‧‧Image capture module
41, 41a‧‧‧ scan module
5, 5a‧‧‧ storage unit
6‧‧‧Monitoring device
7‧‧‧Control unit

Figure 1 is a block diagram showing a first embodiment of the verification system of the present invention. Fig. 2 is a plan view showing a first embodiment of the substrate to be tested of the present invention. Figure 3 is a block diagram showing a second embodiment of the verification system of the present invention. Figure 4 is a plan view showing a second embodiment of the substrate to be tested of the present invention. Figure 5 is a block diagram showing a third embodiment of the verification system of the present invention. Figure 6 is a block diagram showing a fourth embodiment of the verification system of the present invention. Figure 7 is a block diagram showing a third embodiment of the substrate to be tested of the present invention.

1‧‧‧ verification system

2‧‧‧Database

3‧‧‧Substrate to be tested

4‧‧‧Amendment unit

40‧‧‧Image capture module

41‧‧‧ scan module

5‧‧‧ storage unit

Claims (10)

A verification system includes: a database storing a plurality of questions; a substrate to be tested, the substrate to be tested is output through the database, and the substrate to be tested includes at least one problem to be tested a region, at least one character identification object outside the test subject area, and at least one control identification object outside the test subject area; wherein the test subject area includes at least one selected via the database The subject is used as the test subject and the test area; a control unit, each control group of the control unit is output according to the test subject via the database, and each control group of the control unit is to be tested a correction unit, the correction unit is connected to the substrate to be tested and the comparison unit, the correction unit includes an image capturing module for capturing the substrate to be tested, and scanning the character identification object and the comparison object a scanning module of the object; and a storage unit for storing the substrate to be tested corresponding to the object identification object. The verification system of claim 1, wherein the test subject area comprises an option area, the option area having at least two option objects. The verification system of claim 1, further comprising a monitoring device connected to the correction unit or the storage unit. The verification system of claim 3, wherein the monitoring device is connected to the database. The verification system of claim 3, wherein the monitoring device is an electronic mobile device or a desktop computer or a notebook computer or a tablet computer. A verification system includes: a database storing a plurality of questions; a substrate to be tested, the substrate to be tested is output through the database, and the substrate to be tested includes at least one problem to be tested a region and at least one character recognition object outside the test subject area; wherein the test subject area includes a test subject selected by the database as at least one of the questions to be tested, and one corresponding to the title a subject identification object, and an answering area; a batch of modifying unit, the marking unit is connected to the substrate to be tested, the marking unit includes an image capturing module for capturing the substrate to be tested, and a scanning object identification object and The topic identifies a scanning module of the object; and a storage unit for storing the substrate to be tested corresponding to the character recognition object. The verification system of claim 6, wherein the subject area to be tested comprises an option area, the option area having at least two option items. The verification system of claim 6 further includes a monitoring device connected to the storage unit or the correction unit. The verification system of claim 8, wherein the monitoring device is connected to the database. The verification system of claim 8 or 9, wherein the monitoring device is an electronic mobile device or a desktop computer or a notebook computer or a tablet computer.