Data acquisition system serving psychology

Abstract

The invention discloses a data acquisition system serving psychology, and belongs to the field of psychology service systems. The system comprises an identity authentication unit, a system front-end unit and a system rear-end unit, wherein the identity authentication unit is used for verifying the identity of a person who needs to enter the system, and the person enters the system front-end unit or the system rear-end unit after passing the identity verification; and the system front-end unit is used for checking the score data subjected to the psychological sub-test, and is also used for inputting the score data subjected to the psychological sub-test. According to the method, the score data of each psychological sub-test is preprocessed, so that the score correction value of each psychological sub-test is obtained, and the initial score is corrected through the score correction value of each psychological sub-test during subsequent psychological sub-test, so that the final score of each psychological sub-test can be obtained. Along with the increase of the number of times of psychological tests, the branch correction value of each psychological branch test becomes more and more accurate.

Description

Technical Field

[0001] The present invention relates to a psychological service system, and more particularly to a data collection system for psychology services. Background Art

[0002] Psychology is the process and result of the flow of the human in the emotional world. Specifically, it refers to the subjective reflection of organisms on the objective material world, and the manifestation form of psychology is called psychological phenomenon. With the development of modern technology and civilization, more and more children have psychological problems, resulting in more and more children suffering from psychological diseases. These psychological diseases will not only have an adverse impact on the growth and development of children, but in severe cases, they will even threaten life and health. Therefore, in order to screen the mental health of children at an early stage, usually, questions are answered and scored, and the final score is compared with a score threshold to judge the mental health of children. However, during the process of answering questions, some children are easily influenced by external factors, such as environmental cues, micro-expression cues from people, etc., resulting in children being prone to choose answers in the direction of interference when choosing answers, leading to inaccurate answer selection results, and further resulting in the current screening method being inaccurate and prone to missed inspections. Summary of the Invention

[0003] Object of the Invention: The object of the present invention is to provide a data collection system for psychology services.

[0004] Technical Solution: A data collection system for psychology services includes an identity authentication unit, a system front-end unit, and a system back-end unit; wherein, the identity authentication unit: is used to verify the identity of the person who needs to enter the system, and after passing the identity verification, enter the system front-end unit or the system back-end unit; the system front-end unit: is used to view the score data of the psychological sub-tests that have been done, and is also used to input the score data of the psychological sub-tests; the system back-end unit: is used to display the data input by the system front-end unit, and can query the specified data according to the query conditions input by the management personnel, and can also modify and delete the specified data; and also provides a download entry for the management personnel to download the data. The system also includes a data service unit, which is used to store the information data input by the system front-end unit, preprocess the input information data to obtain the score correction value of the psychological sub-tests, and correct the final score of the psychological sub-tests through the score correction value of the psychological sub-tests.

[0005] Preferably, the identity authentication unit includes an account password verification module, a permission verification module, and a dynamic verification module;

[0006] The account password verification module: is used to verify the account and password input by the person;

[0007] Permission verification module: used to verify the permissions of personnel after the account password verification module has successfully verified the account and password entered by the personnel;

[0008] Dynamic verification module: used to perform dynamic verification on the current personnel according to the pre-set verification graph and the dynamically generated sequence code after the account password verification module has successfully verified the account and password entered by the personnel.

[0009] Preferably, when the dynamic verification module performs dynamic verification on personnel, first, after successfully verifying the account and password entered by the personnel, the employee number and contact information of the personnel are extracted from the employee database. Then, the numerical part is extracted from the employee number, and several numbers are randomly selected from the extracted numerical part. Each selected number is then processed as follows to form a sequence code:

[0010] B = if(N≥T, (N - T)+1, N + 1)

[0011] where B is the sequence code formed by each number, N is each randomly selected number, and T is the total number of pre-set verification graphs; finally, the sequence codes formed by each selected number are combined to form a complete sequence code. According to the previously extracted contact information of the personnel, the complete sequence code is sent to the current personnel. After the current personnel clicks on the pre-set verification graphs in sequence according to the received sequence code, the dynamic verification can be completed.

[0012] Preferably, the system front-end unit includes a data viewing module, a data entry module, and an exit module;

[0013] Data viewing module: used to view the score data of the completed psychological tests;

[0014] Data entry module: used to enter the score data of the incomplete psychological tests;

[0015] Exit module: used to allow system users to exit the system front-end after the psychological test is completed or in other situations where the system needs to be exited.

[0016] Preferably, the system back-end unit includes a data query module, a data display module, a data deletion module, a data modification module, and a data download module;

[0017] Data query module: used to query specified data according to the query conditions entered by the management personnel;

[0018] Data display module: used to display the score data of the psychological tests entered by the system front-end unit, and also used to display the information data queried by the data query module;

[0019] Data deletion module: used to delete the information data specified by the management personnel;

[0020] Data modification module: used to modify the information data specified by the management personnel;

[0021] Data download module: used to enable the management personnel to download the score data of the psychological sub-tests entered by the front-end unit of the system according to actual needs.

[0023] Preferably, the data service unit includes a data storage module, a data preprocessing module, and a data analysis and processing module;

[0024] Data storage module: used to store the score data of the psychological sub-tests entered by the front-end unit of the system;

[0025] Data preprocessing module: used to retrieve the score data of the psychological sub-tests entered from the data storage module and preprocess it to obtain the score correction value of the psychological sub-tests;

[0026] Data analysis and processing module: used to correct the scores of subsequent psychological sub-tests according to the score correction value of the psychological sub-tests obtained by the data preprocessing module to obtain the final scores of the psychological sub-tests.

[0027] Preferably, the data preprocessing module processes the score data of the psychological sub-tests through the following formula to obtain the score correction value of the psychological sub-tests:

[0028]

[0029] Wherein, S d is the score correction value of each psychological sub-test, S ji is the original score of the j-th person on the i-th question, M i is the average score of the i-th question, σ i is the standard deviation of the i-th question, ω i is the weight of the i-th question, Z is the total number of test takers, and n is the total number of questions in the sub-test.

[0030] Preferably, when the data analysis and processing module corrects the scores of subsequent psychological sub-tests to obtain the final scores of the psychological sub-tests, there is:

[0031] S f =|S - S d |

[0032] Wherein, S f is the final score of the subsequent psychological sub-test, and S is the initial score of the subsequent psychological sub-test.

[0033] Beneficial effects:

[0034] (1) By preprocessing the score data of each psychological subtest, the present invention obtains the score correction value of each psychological subtest. When conducting the psychological subtest subsequently, the initial score is corrected by the score correction value of the psychological subtest, so as to obtain the final score of the psychological subtest. As the number of psychological tests increases, the score correction value of each psychological subtest will become more and more accurate, so that the final structure of the psychological subtest can be more accurate, and then children with psychological abnormalities can be screened accurately.

[0035] (2) When the tester logs in to the system, after the tester enters the account and password and passes the verification, the tester will continue to be dynamically verified. After the tester clicks on the preset verification graphics in the order of the dynamically generated sequence codes in turn, the dynamic verification is completed, greatly increasing the security of the system and avoiding the situation that the psychological test results are easily tampered with. It avoids the insecurity brought by the traditional way of directly informing for verification. BRIEF DESCRIPTION OF THE DRAWINGS

[0036] Figure 1 is a schematic diagram of the system principle of the present invention.

[0037] Figure 2 is a schematic diagram of the system structure of the present invention. DETAILED DESCRIPTION OF THE EMBODIMENTS

[0038] To make the technical solution of the present invention clearer, the following further describes the present invention in detail with reference to the accompanying drawings and specific embodiments.

[0039] Embodiment 1

[0040] As Figure 1-2 shown, the present invention provides a data acquisition system for psychology. During the use of this system, first, the account password correction module in the identity authentication unit verifies the account password of the tester. After passing the verification, it enters the system front-end unit, and the tester can view the system front-end page. At this time, the tester can click on the completed psychological subtests on the front-end page, so as to view the score data of the completed psychological subtests through the data viewing module. And the tester can continue to click on the uncompleted psychological subtests, ask questions to the tested person according to the questions provided in the uncompleted psychological subtests, and give corresponding scores according to the choices or answers of the tested person. After the psychological subtest operation is completed, the score data of the psychological subtest will be entered into the data storage module in the data service unit through the data entry module for storage. After the test is completed, the tester can exit the system through the exit module.

[0041] In the data service unit, at this time, the data storage module stores the score data of each psychological subtest and the weight data of each question in each psychological subtest. For example, the score situation of the psychological subtest and the weight of each question in the psychological subtest are shown in Tables 1 and 2 in the data storage module:

[0042] Table 1 Score Data Table of Psychological Subtests

[0043] Question ① Question ② Question ③ Subject 1 1 2 1 Subject 2 2 2 0 Subject 3 2 0 1 Subject 4 0 1 2 Subject 5 1 0 1

[0044] Table 2 Question Weight Table of Psychological Subtests

[0045] Question ① Question ② Question ③ Weight value 0.5 0.3 0.6

[0046] Note: The larger the weight value, the more important the question is in the psychological subtest.

[0047] Then, the data preprocessing module processes the score data and weight data of the psychological subtests stored in the data storage unit through the following formula to obtain the score correction value of the psychological subtest:

[0048]

[0049] Among them, S d is the score correction value of each psychological subtest, S ji is the original score of the j-th person on the i-th question, M i is the average score of the i-th question, σ i is the standard deviation of the i-th question, which is used to measure the difficulty of each question. The larger the standard deviation, the more difficult the question is, and vice versa. ω i is the weight of the i-th question, Z is the total number of test takers, and n is the total number of questions in the subtest. For the above psychological subtest, its score correction value can be obtained as:

[0050] S d =(0.114 + 0.304 + 0.6)=1.018. It can be seen from this that the score correction value of the above psychological subtest is 1.018.

[0051] When the test taker is tested by this psychological subtest subsequently, the scores of the test taker are as follows:

[0052] Test taker one: The score of question ① is 2 points, the score of question ② is 1 point, and the score of question ③ is 1 point.

[0053] Test taker two: The score of question ① is 1 point, the score of question ② is 1 point, and the score of question ③ is 0 point.

[0054] Test taker three: The score of question ① is 2 points, the score of question ② is 0 point, and the score of question ③ is 1 point.

[0055] At this time, through the data analysis and processing module, the final psychological test scores of each tested person in this psychological test are calculated using the following formula:

[0056] S f =|S - S d |

[0057] Wherein, S f is the final score of the subsequent psychological test, and S is the initial score of the subsequent psychological test.

[0058] For the tested person one: S f =|4 - 1.018|=2.982.

[0059] For the tested person two: S f =|2 - 1.018|=0.982.

[0060] For the tested person two: S f =|3 - 1.018|=1.982.

[0061] Then, the data analysis and processing module stores the final score of each tested person into the data storage module again.

[0062] After the management personnel pass the verification through the account password verification module in the identity authentication unit, at the same time, the permission verification module will verify the management personnel's permissions. After both verifications pass, they enter the system backend unit. At this time, the data display module will display the data in the data storage module on the system backend page for the management personnel to view. The management personnel can also enter query conditions to query the data they need to find, and the queried data will be displayed on the backend page through the data display module. Then, the management personnel can delete or modify the queried data through the data deletion module or the data modification module. In addition, the management personnel can also download the data they need through the data download module, and the downloaded data is provided to the management personnel in the form of an Excel spreadsheet file.

[0063] Example 2

[0064] In Example 1, after the tester or management personnel pass the verification of the account password verification module in the identity authentication unit, they will continue to be dynamically verified by the dynamic verification module. For the management personnel with the number GL20131027, during the dynamic verification process, the employee number GL20131027 and the contact information 180XXXXXXXX of this person are extracted from the employee database. Then, the numerical part 20131027 is extracted from the employee number, and 3 random numbers: 2, 3, and 7 are selected from the extracted numerical part. Then, each of the selected numbers is processed through the following to form a sequence code:

[0065] B = if(N ≥ T, (N - T) + 1, N + 1), where B is the sequential code formed by each digit, N is each randomly selected digit, and T is the total number of pre-set verification patterns. In this embodiment, a verification picture with 6 patterns arranged in sequence from left to right and 3 patterns in each row is used for dynamic verification. if(x, y, z) means that when the condition x is satisfied, y is returned; otherwise, z is returned.

[0066] For the digit 2, the generated sequential code B = 3.

[0067] For the digit 3, the generated sequential code B = 4.

[0068] For the digit 7, the generated sequential code B = 2.

[0069] Therefore, the sequential code sent to the manager with the number GL20131027 via 180XXXXXXXX is 342. At this time, the manager can complete the dynamic verification by clicking on the patterns located at positions 3, 4, and 2 in sequence, and then the manager can enter the back-end page of the system.

[0070] The above-described embodiments only represent several implementation manners of the present invention. The description is relatively specific and detailed, but it should not be construed as a limitation on the scope of the patent for the present invention. It should be noted that for those of ordinary skill in the art, without departing from the concept of the present invention, several modifications and improvements can still be made, and these all belong to the protection scope of the present invention. Therefore, the protection scope of the patent for the present invention should be subject to the appended claims.

Claims

1. A data collection system serving psychology, comprising an identity authentication unit, a system front-end unit and a system back-end unit; wherein: Identity authentication unit: used to verify the identity of the person who needs to enter the system, and enter the system front-end unit or system back-end unit after passing the identity verification; System front-end unit: used to view the score data of the psychological sub-tests that have been done, and also used to enter the score data of the psychological sub-tests; System back-end unit: used to display the data entered by the system front-end unit, and can query the specified data according to the query conditions entered by the management personnel, and can modify and delete the specified data; it also provides a download portal for management personnel to download the data, characterized in that the system also includes a data service unit, which unit: is used to store the information data entered by the system front-end unit, and pre-process the entered information data to obtain the score correction value of the psychological subtest, and correct the final psychological subtest score through the score correction value of the psychological subtest.

2. The data collection system serving psychology according to claim 1, characterized in that: The identity authentication unit includes an account and password verification module, a permission verification module, and a dynamic verification module; Account and password verification module: used to verify the account and password entered by personnel; Permission verification module: used to verify the personnel's permissions after the account and password entered by the personnel have been verified by the account and password verification module; Dynamic verification module: used to perform dynamic verification on the current person according to the preset verification pattern and dynamically generated sequence code after the account and password verification module has verified the account and password entered by the person.

3. The data collection system serving psychology according to claim 2, characterized in that: When the dynamic verification module performs dynamic verification on personnel, it first extracts the employee number and contact information of the person from the employee database after the account and password entered by the person have been verified, then extracts the numeric part from the employee number, and randomly selects several numbers from the extracted numeric part, and then processes each selected number into a sequential code through the following processing: B=if(N≥T,(NT)+1,N+1) Among them, B is the sequence code formed by each number, N is each randomly selected number, and T is the total number of preset verification patterns; finally, after the sequence codes formed by each selected number are combined to form a complete sequence code, the completed sequence code is sent to the current person according to the contact information of the person extracted previously. The current person clicks on the preset verification patterns in turn according to the received sequence code to complete the dynamic verification.

4. The data collection system serving psychology according to claim 1, characterized in that: The system front-end unit includes a data viewing module, a data entry module, and an exit module; Data viewing module: used to view the score data of completed psychological sub-tests; Data entry module: used to enter the score data of unfinished psychological subtests; Exit module: used to allow system users to exit the system front end after the psychological test is completed or in other situations where the system needs to be exited.

5. The data collection system serving psychology according to claim 1, characterized in that: The system backend unit includes data query module, data display module, data deletion module, data modification module and data download module; Data query module: used to query the specified data according to the query conditions entered by the administrator; Data display module: used to display the score data of the psychological subtests entered by the system front-end unit, and also used to display the information data queried by the data query module; Data deletion module: used to delete the information data specified by the administrator; Data modification module: used to modify the information data specified by the management personnel; Data download module: used to enable managers to download the score data of psychological sub-tests entered into the system front-end unit according to actual needs.

6. The data collection system serving psychology according to claim 1, characterized in that: The data service unit includes a data storage module, a data preprocessing module and a data analysis and processing module; Data storage module: used to store the score data of psychological subtests entered by the system front-end unit; Data preprocessing module: used to retrieve the score data of the psychological subtests entered from the data storage module and preprocess them to obtain the score correction values ​​of the psychological subtests; Data analysis and processing module: used to correct the scores of subsequent psychological subtests according to the score correction values ​​of the psychological subtests obtained by the data preprocessing module, so as to obtain the final psychological subtest scores.

7. The data collection system serving psychology according to claim 6, characterized in that: The data preprocessing module processes the score data of the psychological subtest by the following formula to obtain the psychological subtest score correction value: Among them, S d S is the score correction value for each psychological subtest, S ji is the original score of the jth person on the i-th question, M i is the average score of question i, σ i is the standard deviation of the ith question, ω i is the weight of the i-th question, Z is the total number of test subjects, and n is the total number of questions in the subtest.

8. The data collection system serving psychology according to claim 7, characterized in that: When the data analysis and processing module corrects the scores of subsequent psychological subtests to obtain the final psychological subtest scores, it has the following steps: S f =|S-S d | Among them, S f is the final score of the subsequent psychological subtest, and S is the initial score of the subsequent psychological subtest.

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