CN115659004A - Online learning system based on internet - Google Patents
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- CN115659004A CN115659004A CN202211122129.0A CN202211122129A CN115659004A CN 115659004 A CN115659004 A CN 115659004A CN 202211122129 A CN202211122129 A CN 202211122129A CN 115659004 A CN115659004 A CN 115659004A
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Abstract
The invention discloses an internet-based online learning system, which comprises a login management module and a learning unit, and further comprises a serial number generator, a test question entry module, a test question bank, a label management module, a label setter, a serial number label bank, a scene selection module, a formula storage module and a calculation module, wherein the calculation module is respectively in communication connection with the scene selection module, the formula storage module, the serial number label bank and the test question bank; the computing module is also in communication connection with a test question output module; the answer evaluation module comprises an answer evaluation controller which is in communication connection with the answer module, the test question evaluation module and the test question output module; the online learning system based on the Internet can save learning time, improve learning efficiency, realize synchronous learning and inspection and improve examination card learning efficiency.
Description
Technical Field
The invention particularly relates to an online learning system based on the Internet, and belongs to the technical field of online learning systems.
Background
Professional qualifications are basic requirements for the understanding, technology and ability necessary for a professional to practice a certain occupation, and the professional qualifications include professional qualifications and practice qualifications; the professional qualification is admission control of professional technical work which is provided by the government to have larger responsibility, strong social universality and public interests, and is a necessary standard for professional technicians to independently open the work or independently engage in the knowledge, technology and capability of the professional technical work, such as doctors, teachers, policemen and other industries, to carry out examination and post work, and the examination and post work needs long-term examination and self-learning processes, so that an online learning system for examination and post needs to be developed.
Disclosure of Invention
In order to solve the problems, the invention provides an internet-based online learning system which can make learning content and check learning according to the learning condition of a learner.
The Internet-based online learning system comprises
The login management module is used for allowing a student to register, login and authorize to enter the learning system to obtain learning qualification;
a learning unit that links a learning repository;
the learning unit unitizes the learning content, links the learning content of each unit with a learning resource library, and acquires learning resources from the learning resource library for learning, wherein the learning resources comprise characters, pictures and image content;
further comprising a sequence number generator, said sequence number generator generating a unique coded sequence number,
the test question inputting module comprises a test question unit, an answer unit and a serial number unit, the serial number unit is connected with the serial number generator, the serial number generator automatically generates a coding serial number for the serial number unit, a test question frame for data inputting and/or importing is arranged at the test question unit, and an answer frame for data inputting and/or importing is arranged at the answer unit;
when test questions need to be input, acquiring a serial number through a serial number generator, sending the serial number to a serial number unit, then importing or inputting the test questions through a test question frame, and inputting or importing answers through an answer frame;
the test question bank is connected with the test question entry module, and a serial number list, a test question bank corresponding to the serial number list and an answer bank are arranged in the test question bank; after the test question input module finishes the input of the test questions, the serial number, the test questions and the answers are led into the test question library through uploading data, and a serial number list, the test question library and an answer library are updated;
the label management module comprises a label control unit, and the label control unit is in communication connection with a label adding unit; the label control unit is in communication connection with a label library for storing labels; a necessary label storage list and a selected label storage list are arranged in the label library; inputting a new label through a label adding unit, updating the input data to a label library through a label control unit, and sending the label library into a necessary label storage list and a selected label storage list according to label classification;
the label setter is respectively connected with the serial number generator and the label control unit; the label setter comprises a label selection template, and the label selection template is parallel to the test question entry module or is arranged below the test question entry module;
when the label is set, the serial number is firstly obtained, and the label is set for the serial number, which specifically comprises the following steps: selecting a label in a label library through a label selection template, searching and selecting in a first letter, first character or character-containing mode during selection, wherein labels which are not perfect or personalized labels in the label library can be added into the label library through a label adding unit, and label setting and a test question entry module are performed in a unified step or a subsequent step after the test question entry module is completed;
the sequence number label library is connected with the label setter, and a sequence number list and a sub-label library corresponding to the sequence number list are arranged in the test question library; after the label is set, the serial number-label is imported into a serial number label library through uploading data;
the scene selection module comprises a pre-school test module, a middle-school test module, a post-school test module, a comprehensive test module and a state test module; the school test module comprises a hot key, and the hot key is connected with the test item library through a serial number; the hot key is inserted into the unit learning content; n hot keys can be inserted into one learning unit; in the learning process, after learning of a certain unit, a summary or a knowledge point in the unit is completed, the hot key is used for linking the test question library, and the test question is used for checking the learning result; the method comprises the following steps that N options can be subdivided under a scene selection module, the scene selection module can adopt a pyramid or total option dividing mode, a formula serial number is set under each option, and a formula serial number is obtained after the options are triggered;
the formula storage module comprises a formula sequence number list, and the formula sequence number list is linked with a necessary label list and a selected label list; each selection module of the scene selection module is linked with a certain formula serial number of the formula serial number list; a formula input module is arranged at the formula storage module; a proportion list is arranged below the selection label list; the formula input module automatically acquires a formula serial number, and selects a necessary label, a selected label and the proportion of each label under the selected label under the formula serial number; updating the formula storage module, and when inquiring, linking a formula sequence number list through the formula sequence number to obtain label data under the formula sequence number;
the calculation module is respectively in communication connection with the scene selection module, the formula storage module, the serial number label library and the test question library; the computing module is also in communication connection with a test question output module; the calculation process of the calculation module is as follows: the calculation module receives a scene selection module trigger signal, acquires a formula serial number, and acquires a necessary label, a selection label and a proportion from the formula storage module in a table look-up mode; secondly, taking the necessary labels as traversal conditions, retrieving a sequence number label library, when a certain sequence number meets all the selected necessary labels, acquiring the sequence number, traversing the whole label library to acquire a necessary label sequence number set, then traversing the necessary label sequence number set by selecting the labels, sequentially arranging and establishing a secondary label sequence number set according to the degree of coincidence, finally outputting the sequence number at the front end of the arrangement according to the requirement of the quantity of the test, calling the test questions by removing the test question library through the sequence number, and calculating the degree of coincidence as quantity calculation or proportion calculation; the number is calculated as the number of the labels contained in a certain sequence number and the number of the selected labels which are overlapped, and the more the number is, the higher the overlapping degree is; the proportion calculation is the proportion of a certain selected label, the proportion calculation is carried out on all labels under the serial number, namely, the labels are multiplied by the proportion, the labels which are not overlapped are regarded as 0, finally, the products of all labels under the serial number and the proportion values are superposed to output a total value, the front end of the row with the total value is high, and finally, the test questions at the front end of the row are output according to the question amount requirement;
the answer evaluation module comprises an answer evaluation controller, and the answer evaluation controller is in communication connection with the answer module, the test question evaluation module and the test question output module; the test question output module respectively sends the test questions to the answer module and sends corresponding answers to the test question evaluation module; the test question evaluation module comprises a manual evaluation module and an opportunity review module; the machine check module takes the test question serial number as an index, corrects the student answer data and the test question database feedback data, and respectively outputs answer grade, wrong questions and evaluation conclusion; the manual evaluation module is an expert conclusion input module;
the evaluation conclusion is an analysis reverse process, namely, the corresponding sequence number is obtained through wrong questions, the labels under the sequence number are counted, the labels are analyzed, the analysis is divided into quantity analysis and proportion analysis, the quantity is arranged at least in a certain order during the quantity analysis, the labels arranged at the front end are regarded as objects needing to be preferentially learned and improved, a proportion list is called during the proportion analysis, the wrong question labels are counted and calculated, the calculated data are arranged from high to low, and the labels arranged at the front end are regarded as objects needing to be preferentially learned and improved.
Further, a lowest calculation threshold value is arranged in the calculation module; when the calculation module calculates and obtains the test question list, all the test question lists not lower than the lowest calculation threshold value are selected to construct a random library, and the test question output module randomly extracts a corresponding number of test questions from the random library according to the question quantity requirement.
The system further comprises a personalized development module, wherein the personalized development module comprises a scene adding module and a local storage unit which is consistent with the formula storage module in structure, and the local storage unit is in communication connection with a local formula entry module; each scene of the scene adding module is linked with a certain formula number of the ground formula entering module; each scene of the scene adding module is input into the blank item of the scene selecting module.
Compared with the prior art, the Internet-based online learning system has the advantages that the personnel log in and then do the test questions, the system analyzes personal advantages and disadvantages according to the test question results, and makes the training plan and the test questions according to the advantages and the disadvantages, so that the learning time can be saved, the learning efficiency can be improved, the synchronous implementation of learning and inspection can be realized, and the examination card learning efficiency can be improved.
Drawings
Fig. 1 is a schematic structural diagram of the whole of embodiment 1 of the present invention.
FIG. 2 is a schematic view of the test question calculation and acquisition process of the present invention.
Detailed Description
Example 1:
the Internet-based online learning system shown in FIGS. 1 and 2 comprises
The login management module is used for allowing a student to register, login and authorize to enter the learning system to obtain learning qualification;
a learning unit that links a learning repository;
the learning unit unitizes the learning content, links the learning content of each unit with a learning resource library, and acquires learning resources from the learning resource library for learning, wherein the learning resources comprise characters, pictures and image content;
further comprising a sequence number generator, said sequence number generator generating a unique coded sequence number,
the test question inputting module comprises a test question unit, an answer unit and a serial number unit, wherein the serial number unit is linked with the serial number generator, the serial number generator automatically generates a coding serial number for the serial number unit, a test question frame for data inputting and/or importing is arranged at the test question unit, and an answer frame for data inputting and/or importing is arranged at the answer unit;
when test questions need to be input, acquiring a serial number through a serial number generator, sending the serial number to a serial number unit, then importing or inputting the test questions through a test question frame, and inputting or importing answers through an answer frame;
the test question bank is connected with the test question input module, and a serial number list, a test question bank corresponding to the serial number list and an answer bank are arranged in the test question bank; after the test question input module finishes the input of the test questions, the serial number, the test questions and the answers are led into the test question library through uploading data, and a serial number list, the test question library and an answer library are updated;
the label management module comprises a label control unit, and the label control unit is in communication connection with a label adding unit; the label control unit is in communication connection with a label library for storing labels; a necessary label storage list and a selected label storage list are arranged in the label library; inputting a new label through a label adding unit, updating the input data to a label library through a label control unit, and sending the label library into a necessary label storage list and a selected label storage list according to label classification;
the label setter is respectively connected with the serial number generator and the label control unit; the label setter comprises a label selection template, and the label selection template is parallel to the test question entry module or is arranged below the test question entry module;
when the label is set, the serial number is firstly obtained, and the label is set for the serial number, which comprises the following steps: selecting a label in a label library through a label selection template, searching and selecting in a first letter, first character or character-containing mode during selection, wherein labels which are not perfect or personalized labels in the label library can be added into the label library through a label adding unit, and label setting and a test question entry module are performed in a unified step or a subsequent step after the test question entry module is completed;
the sequence number label library is connected with the label setter, and a sequence number list and a sub-label library corresponding to the sequence number list are arranged in the test question library; after the label is set, the serial number-label is led into a serial number label library through uploading data;
the scene selection module comprises a pre-school test module, a middle-school test module, a post-school test module, a comprehensive test module and a state test module; the school test module comprises a hot key, and the hot key is connected with the test question bank through a serial number; the hot key is inserted into unit learning content; n hot keys can be added in a learning unit in a plugging mode; in the learning process, after learning of a certain unit, a summary or a knowledge point in the unit is completed, the hot key is used for linking the test question library, and the test question is used for checking the learning result; the method comprises the following steps that N options can be subdivided under a scene selection module, the scene selection module can adopt a pyramid or total option dividing mode, a formula serial number is set under each option, and a formula serial number is obtained after the options are triggered;
the formula storage module comprises a formula sequence number list, and the formula sequence number list is linked with a necessary label list and a selection label list; each selection module of the scene selection module is linked with a certain formula serial number of the formula serial number list; a formula input module is arranged at the formula storage module; a proportion list is arranged below the selection label list; the formula input module automatically acquires a formula serial number, and selects a necessary label, a selected label and the proportion of each label under the selected label under the formula serial number; updating the formula storage module, and when inquiring, linking a formula sequence number list through the formula sequence number to obtain label data under the formula sequence number;
the calculation module is respectively in communication connection with the scene selection module, the formula storage module, the serial number label library and the test question library; the computing module is also in communication connection with a test question output module; the calculation process of the calculation module is as follows: the calculation module receives a scene selection module trigger signal, acquires a formula serial number, and acquires a necessary label, a selection label and a proportion from the formula storage module in a table look-up mode; secondly, taking the necessary labels as traversal conditions, retrieving a sequence number label library, when a certain sequence number meets all the selected necessary labels, acquiring the sequence number, traversing the whole label library to acquire a necessary label sequence number set, then traversing the necessary label sequence number set by selecting the labels, sequentially arranging and establishing a secondary label sequence number set according to the degree of coincidence, finally outputting the sequence number at the front end of the arrangement according to the requirement of the quantity of the test, calling the test questions by removing the test question library through the sequence number, and calculating the degree of coincidence as quantity calculation or proportion calculation; the number is calculated as the number of the labels contained in a certain sequence number and the number of the selected labels which are overlapped, and the more the number is, the higher the overlapping degree is; the proportion calculation is the proportion of a certain selected label, the proportion calculation is carried out on all labels under the serial number, namely, the labels are multiplied by the proportion, the labels which are not overlapped are regarded as 0, finally, the products of all labels under the serial number and the proportion values are superposed to output a total value, the front end of the row with the total value is high, and finally, the test questions at the front end of the row are output according to the question amount requirement;
the answer evaluation module comprises an answer evaluation controller which is in communication connection with the answer module, the test question evaluation module and the test question output module; the test question output module respectively sends the test questions to the answer module and sends corresponding answers to the test question evaluation module; the test question evaluation module comprises a manual evaluation module and an opportunity review module; the machine check module takes the test question serial number as an index, corrects the student answer data and the test question database feedback data, and respectively outputs answer grade, wrong questions and evaluation conclusion; the manual evaluation module is an expert conclusion input module;
the evaluation conclusion is an analysis reverse process, namely, the corresponding sequence number is obtained through wrong questions, the labels under the sequence number are counted, the labels are analyzed, the analysis is divided into quantity analysis and proportion analysis, the quantity is arranged at least in a certain order during the quantity analysis, the labels arranged at the front end are regarded as objects needing to be preferentially learned and improved, a proportion list is called during the proportion analysis, the wrong question labels are counted and calculated, the calculated data are arranged from high to low, and the labels arranged at the front end are regarded as objects needing to be preferentially learned and improved.
A lowest calculation threshold value is arranged in the calculation module; when the calculation module calculates and obtains the test question list, all the test question lists not lower than the lowest calculation threshold value are selected to construct a random library, and the test question output module randomly extracts a corresponding number of test questions from the random library according to the question amount requirement.
The personalized development module comprises a scene adding module and a local storage unit with the same structure as the formula storage module, and the local storage unit is in communication connection with the local formula entry module; each scene of the scene adding module is linked with a certain formula number of the ground formula entering module; each scene of the scene adding module is input into the blank item of the scene selecting module.
The above-described embodiments are merely preferred embodiments of the present invention, and all equivalent changes or modifications of the structures, features and principles described in the claims of the present invention are included in the scope of the present invention.
Claims (3)
1. An online learning system based on Internet comprises
The login management module is used for allowing a student to register, login and authorize to enter the learning system to obtain learning qualification;
a learning unit that links a learning repository;
the method is characterized in that: also comprises
A sequence number generator that generates a unique encoded sequence number,
the test question inputting module comprises a test question unit, an answer unit and a serial number unit, wherein the serial number unit is linked with the serial number generator, the serial number generator automatically generates a coding serial number for the serial number unit, a test question frame for data inputting and/or importing is arranged at the test question unit, and an answer frame for data inputting and/or importing is arranged at the answer unit;
the test question bank is connected with the test question entry module, and a serial number list, a test question bank corresponding to the serial number list and an answer bank are arranged in the test question bank;
the label management module comprises a label control unit, and the label control unit is in communication connection with a label adding unit; the label control unit is in communication connection with a label library for storing labels; a necessary label storage list and a selected label storage list are arranged in the label library;
the label setter is respectively connected with the serial number generator and the label control unit; the label setter comprises a label selection template, and the label selection template is parallel to the test question entry module or is arranged below the test question entry module;
the sequence number label library is connected with the label setter, and a sequence number list and a sub-label library corresponding to the sequence number list are arranged in the test question library;
the scene selection module comprises a pre-school test module, a middle-school test module, a post-school test module, a comprehensive test module and a state test module; the school test module comprises a hot key, and the hot key is connected with the test question bank through a serial number; the hot key is inserted into unit learning content; n hot keys can be inserted into one learning unit;
the formula storage module comprises a formula sequence number list, and the formula sequence number list is linked with a necessary label list and a selection label list; each selection module of the scene selection module is linked with a certain formula serial number of the formula serial number list; a formula input module is arranged at the formula storage module; a proportion list is arranged below the selection label list;
the calculation module is respectively in communication connection with the scene selection module, the formula storage module, the serial number label library and the test question library; the computing module is also in communication connection with a test question output module; the calculation process of the calculation module is as follows: the calculation module receives a scene selection module trigger signal, acquires a formula serial number, and acquires a necessary label, a selection label and a proportion from the formula storage module in a table look-up mode; secondly, taking the necessary labels as traversal conditions, retrieving a sequence number label library, when a certain sequence number meets all the selected necessary labels, acquiring the sequence number, traversing the whole label library to acquire a necessary label sequence number set, then traversing the necessary label sequence number set by selecting the labels, sequentially arranging and establishing a secondary label sequence number set according to the degree of coincidence, finally outputting the sequence number at the front end of the arrangement according to the requirement of the quantity of the test, calling the test questions by removing the test question library through the sequence number, and calculating the degree of coincidence as quantity calculation or proportion calculation; the number is calculated as the number of the labels contained in a certain sequence number and the number of the selected labels which are overlapped, and the more the number is, the higher the overlapping degree is; the proportion calculation is the proportion of a certain selected label, the proportion calculation is carried out on all labels under the serial number, namely, the labels are multiplied by the proportion, the labels which are not overlapped are regarded as 0, finally, the products of all labels under the serial number and the proportion values are superposed to output a total value, the front end of the row with the total value is high, and finally, the test questions at the front end of the row are output according to the question amount requirement;
the answer evaluation module comprises an answer evaluation controller, and the answer evaluation controller is in communication connection with the answer module, the test question evaluation module and the test question output module; the test question output module respectively sends the test questions to the answer module and sends corresponding answers to the test question evaluation module; the test question evaluation module comprises a manual evaluation module and an opportunity review module; the machine check module takes the test question serial number as an index, corrects the student answer data and the test question database feedback data, and respectively outputs answer grade, wrong questions and evaluation conclusion; the manual evaluation module is an expert conclusion input module;
and the evaluation conclusion is an analysis reverse process, namely, a corresponding serial number is obtained through wrong questions, the labels under the serial number are counted, the labels are analyzed, the analysis is divided into quantity analysis and proportion analysis, the quantity is at least arranged in the quantity analysis, the labels arranged at the front end are regarded as objects needing to be preferentially learned and improved, the proportion list is called in the proportion analysis, the wrong question labels are counted and calculated, the calculation data are arranged from high to low, and the labels arranged at the front end are regarded as the objects needing to be preferentially learned and improved.
2. The internet-based online learning system of claim 1, wherein: a lowest calculation threshold value is arranged in the calculation module; when the calculation module calculates and obtains the test question list, all the test question lists not lower than the lowest calculation threshold value are selected to construct a random library, and the test question output module randomly extracts a corresponding number of test questions from the random library according to the question amount requirement.
3. The internet-based online learning system of claim 1, wherein: the personalized development module comprises a scene adding module and a local storage unit with the same structure as the formula storage module, and the local storage unit is in communication connection with the local formula entry module; each scene of the scene adding module is linked with a certain formula number of the ground formula input module; each scene of the scene adding module is input into the blank item of the scene selecting module.
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| CN202211122129.0A CN115659004A (en) | 2022-09-15 | 2022-09-15 | Online learning system based on internet |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN117707098A (en) * | 2024-02-06 | 2024-03-15 | 水发科技信息(山东)有限公司 | Intelligent industrial Internet service system |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN117707098A (en) * | 2024-02-06 | 2024-03-15 | 水发科技信息(山东)有限公司 | Intelligent industrial Internet service system |
| CN117707098B (en) * | 2024-02-06 | 2024-05-07 | 水发科技信息(山东)有限公司 | Intelligent industrial Internet service system |
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Application publication date: 20230131 |