WO2008113203A1 - Système d'apprentissage numérique - Google Patents

Système d'apprentissage numérique Download PDF

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Publication number
WO2008113203A1
WO2008113203A1 PCT/CN2007/000861 CN2007000861W WO2008113203A1 WO 2008113203 A1 WO2008113203 A1 WO 2008113203A1 CN 2007000861 W CN2007000861 W CN 2007000861W WO 2008113203 A1 WO2008113203 A1 WO 2008113203A1
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WO
WIPO (PCT)
Prior art keywords
module
teacher
student
data
teaching
Prior art date
Application number
PCT/CN2007/000861
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English (en)
Chinese (zh)
Inventor
Jean-Hao Chang
Original Assignee
Jean-Hao Chang
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Jean-Hao Chang filed Critical Jean-Hao Chang
Priority to PCT/CN2007/000861 priority Critical patent/WO2008113203A1/fr
Publication of WO2008113203A1 publication Critical patent/WO2008113203A1/fr

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Classifications

    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
    • G06Q30/00—Commerce
    • G—PHYSICS
    • G09—EDUCATION; CRYPTOGRAPHY; DISPLAY; ADVERTISING; SEALS
    • G09B—EDUCATIONAL OR DEMONSTRATION APPLIANCES; APPLIANCES FOR TEACHING, OR COMMUNICATING WITH, THE BLIND, DEAF OR MUTE; MODELS; PLANETARIA; GLOBES; MAPS; DIAGRAMS
    • G09B19/00—Teaching not covered by other main groups of this subclass

Definitions

  • the present invention relates to a digital learning system, and more particularly to a connection through the Internet for exchanging a server end main system, a client end teacher and a client end. Student information to achieve an effective allocation of teaching and learning resources. Background technique
  • Taiwan Early Public Patent 200612301 discloses a digital learning automatic generation interactive evaluation system and method, and the processing module thereof comprises a selection module, a human machine interface editor, a video and audio synchronization editor, and a playing module.
  • Taiwan Early Public Patent 200612301 discloses a digital learning automatic generation interactive evaluation system and method, and the processing module thereof comprises a selection module, a human machine interface editor, a video and audio synchronization editor, and a playing module.
  • the interactive assessment system engineer builds the new evaluation model into the evaluation model database and writes the driver.
  • the digital content designer can call the interactive evaluation model of the database, which is effective for the evaluation system of the designed digital content.
  • Improve the implementation and production time of the interactive assessment system in digital content and shorten the implementation time of digital content by using the modular design of the evaluation system.
  • Taiwan Early Public Patent No. 200707346 discloses a language teaching method, a software product, an application server, and an operation application server to request a language training dialogue exercise from a database.
  • the application server sends conversational exercises to language students with third-generation mobile phones via the Internet and communication networks.
  • the dialogue exercise includes displaying the audition content of the performer's presentation dialogue.
  • the difficulty level of the content is classified according to the student's level.
  • the student's reaction is transmitted back to the application server.
  • the application server executes a software product, including instructions for using the voice recognition software to respond to the student. Analyze and grade, then send the student's performance and any other feedback to the student.
  • Application server can execute Software, grouping distant students according to their level, sending the same dialogue exercises to each student in the group through the telephone network, then analyzing the students' responses, then analyzing the results and sending them to them, telling them in the group s level.
  • Taiwan's early publication patent 200639758 discloses a digital digital teaching system, which is carried on an electronic device, allows a user to use the digital digital teaching system through an input interface and a display interface of the electronic device, and performs fingering exercises for digital input through the digital digital teaching system. Practice with the number of digits incremented or decremented to enhance the user's care and cultivate the user's digital concept.
  • Taiwan Early Public Patent No. 200707348 discloses a language learning system and method, which specifically uses a computer system and a portable digital player (Digital Audio Player, MP3/PMP) as a language learning tool, which includes a user.
  • the language learning program can be automatically edited according to the level of the user's foreign language.
  • the specific language learning play mode that sets the user's needs has automatic sorting play, automatic timed play, automatic review, and automatic record search.
  • Language learning materials can be downloaded via the Internet or read via an optical drive. On the computer system, you can do audio and video multimedia context learning, download to the digital player (MP3/PMP) to do regular automatic repeat play learning.
  • Taiwan invention patent 1253599 discloses a method for remote teaching through a computer network, which is suitable for a host device to which a button device is connected at one end, and the button device and the host device have installed the program code without transmission, and the distance teaching method comprises the following steps: The device outputs a signal to the host device; after receiving the signal, the host device analyzes the signal to call at least one predetermined function, and transmits the predetermined information corresponding to the predetermined function to the remote device; and the remote device receives the predetermined information sent by the host device, and executes the predetermined information. The corresponding function of the information.
  • Taiwan invention patent 1262455 discloses an active bounce learning system, which uses the pre-built learning components of the system to quickly build active bouncing learning materials.
  • the system includes at least the following modules: (1) Learning screen editor: providing textbook design Select learning components, define bounce methods and synchronize sound effects, and improve learning efficiency; (2) Learning content player: Provides a way to browse bouncing digital textbooks, and can play new digital textbooks; (3) Learning component database: Provide various Learning component, Words, dictionaries, memory cards, mathematical formulas, theorems, etc., and have image components and sound effects components; (4) Digital textbook database: store new digital textbooks and new environment, convenient for students to call and browse at any time.
  • Taiwan invention patent 1262456 discloses a customized e-learning system architecture
  • the management platform is a customized version of the online digital broadcasting system (ROBIMS) designed with the third-generation interactive programming language (.NET) webpage.
  • ROI online digital broadcasting system
  • .NET third-generation interactive programming language
  • the controller controls the course to input the course to the three independent hosts through the computer;
  • the recorded video and audio data is input to the three independent hosts to provide the administrator and the instructor to use; the network; and the user, through the network, interact with the three independent hosts to perform timely or recorded online video texts.
  • Taiwan invention patent 1270831 discloses a multimedia digital learning system with a digital dictionary structure, which shares the system data structure prototype, time axis event record, time axis, timer and genetic algorithm; the system data structure prototype provides researchers with implementation The files to be used, the files to be used to store the situation clearly in the system; the timeline event records are in XML format, the purpose is to hope that the system can provide the ability to communicate with other machines and equipment; The point event, the time axis provides the ability to perform different operations at the same time; the system data structure is a real teaching environment to the evolution of the data structure, the user's image and sound can be constructed using RTP stream, The cast movie can be created using Microsoft PowerPoint, and the user's behavior defines it as an event in the system, and finally stored as video, audio, gif, html, and logfile; timeline event record: recorded in XML format, this The event record includes any one of the groups Any operation of the participant; the video data file will be cut when the movie is switched, and the time stamp will be left in
  • the optimal combination of parameters of RTP/RTCP Gene mating is based on instance, which represents a combination of parameters of a set of AV servers, the content of which is the parameter to be used by each User; when the timer is executed until that time, The events it carries are respectively sent to the independent tihread to perform; the image search indexing technology is indexed according to the PPT and text conversation content and makes the PPT The relevance is greater than the relevance of the text conversation, that is, the keyword searched for is present in
  • TWI262456 Multimedia online digital broadcasting system One-way distance teaching Standard course, question bank through online real-time management system
  • TWI270831 multimedia digital learning system One-way distance teaching This database can be used at the same time, learners can
  • Video and audio retention itself to learn The above prior art content is mainly aimed at how learners use the distance learning method and how to achieve the distance learning effect.
  • the most criticized remote digital learning system is that learners face indifferent human-machine interface learning, lack of on-site teaching teacher-student interaction, peer-to-peer incentive atmosphere, retreat in the face of bottlenecks when learning and human beings are inherently inert. Under the test, whether the learner's learning is effective is debatable and cannot solve the problem of proper allocation of teaching resources and learning resources.
  • the present invention mainly proposes a digital learning system, which is a main system of a server end, a teacher of a plurality of client ends, and a student of a client end.
  • a digital learning system which is a main system of a server end, a teacher of a plurality of client ends, and a student of a client end.
  • the teacher subsystem includes:
  • a first data input module for a teacher to input or upload personal basic data online
  • a first database storing teacher data, student data, and teaching location data
  • a first level selection module having a preset theme and The different levels of levels are included for the teacher to choose
  • the first online test module has a test database and a scoring module, and can provide corresponding questions according to the degree of selection selected by the teacher, for the teacher to conduct an online test, and calculate the score and output the test result in real time through the scoring module;
  • the first environmental parameter selection module provides diversified parameters for the teacher to select according to his or her personal preference; and the salary estimation module provides a standard fee list, and estimates the differentiated salary available to the teacher according to the degree of progression selected by the teacher and the environmental parameters.
  • the student subsystem has a second data input module for students to input or upload their personal basic data online; a second database storing student data, teacher data and learning place data, etc.; second degree series selection module , with preset themes and the different levels of levels they contain for students to choose;
  • the second online test module has a test database and a scoring module, and can provide corresponding questions according to the degree of selection selected by the student, for the students to conduct an online test, and calculate the results in real time through the scoring module and output the test results;
  • the second environmental parameter selection module provides diversified parameters for the student to select according to his or her personal preference;
  • the cost estimation module provides a standard fee list, and estimates the differentiated fee that the student needs to pay according to the degree of the student's selection and the environmental parameters;
  • the online payment module has an encryption and preservation mechanism for students to pay in real time through a credit card or an automated teller machine.
  • the main object of the present invention is to provide a digital learning system that can quickly and efficiently allocate teaching resources and learning resources.
  • a secondary object of the present invention is to propose a digital learning system that can effectively apply environmental idle facilities to teaching and learning through the planning of digital systems to maximize learning benefits.
  • Another object of the present invention is to provide a digital learning system that provides customized learning resources for the individual needs of students for their choice.
  • Figure 2 is a schematic view showing a second preferred embodiment of the present invention.
  • Figure 3 is a schematic view showing a third preferred embodiment of the present invention.
  • Figure 4 is a schematic view showing a fourth preferred embodiment of the present invention.
  • Figure 5 is a schematic view showing a fifth preferred embodiment of the present invention.
  • Figure 6 is a schematic view showing a sixth preferred embodiment of the present invention.
  • a digital learning system 1 is provided by combining a server end server system and a plurality of client end students through the Internet. Exchanging information for implementation, including data input module 11, for students to input or upload their personal basic data online; database 12, storing student data, teacher data and learning place data, etc.; degree level selection module 13, with advance The set theme and the different degree levels thereof are included for the student to select; the online test module 14 has a question database 141 and a scoring module 142, and the corresponding questions can be provided according to the degree of the degree selected by the student, for the student to conduct an online test, and The test result is calculated and output in real time through the scoring module 142; the environmental parameter selection module 15 provides diversified parameters for the student to select according to his or her personal preference; the cost estimation module 16 provides a list of standard fees, and the degree of the level selected by the student. Estimate the differential costs that students are required to pay with environmental parameters;
  • the online payment module 17, with an encryption security mechanism allows students to pay in real time via credit card or ATM.
  • the pre-set theme may be one of a language, a mathematics, a national examination subject and a professional license, or a combination of these items, or a topic having a similar nature, in particular, can be separated by a test. Different levels are preferred.
  • the number of questions included in the question database 141 of the online test module 14 is preferably greater than the number of questions required for the test, and is randomly extracted by random numbers through a software program, so that each test result can be obtained. Consistent stability.
  • the online quiz module 14 can further include a suggestion device 143 that provides recommendations for maintaining the primary level, upgrade, or downgrade based on the degree of progression selected by the student and the online test results.
  • the parameters included in the environment parameter selection module 15 can be very diverse. For example, one of or a combination of a learning period, a learning frequency, a learning location, and teacher data.
  • the learning period refers to a specific time of day, or a specific date of the week.
  • the learning frequency refers to the number of times of learning in a specific period, such as the number of weekly learning or the number of monthly learning.
  • Teacher information refers to the teacher's nationality, the teacher's highest education, the teacher's graduation major, the teacher's constellation, the teacher's age, the teacher's teaching years, the teacher's language, the teacher's skin color, the teacher's ethnicity, the teacher's interest project and One or any combination of the teacher's body.
  • the learning place may be a public/private primary and secondary school and a kindergarten classroom in various places, because generally the primary and secondary schools and kindergartens do not have courses on holidays or evenings, and the classrooms are in an idle state, and the digital learning system and the mechanism thereof of the present invention can Improve the use of their classrooms.
  • the study place can also be a meeting room of some company companies, or some public/private exhibition halls, or conference rooms and classrooms of public event centers, because in normal times, these areas have no meetings and activities on holidays or evenings.
  • the conference room and the classroom are in an idle state, and the effective use rate can be improved by the digital learning system and the mechanism thereof of the present invention.
  • the student data includes the student's personal basic data, degree of degree, environmental parameters, and payment status.
  • the registration module 18 may be further included, and the student data is generated for the students who have paid the fee.
  • the environment parameter selection module may further include a parameter suggestion sub-module 151, and provide a priority parameter suitable for the student according to the basic data and the degree level of the student and the teacher data in the database.
  • the cost estimating module 16 can provide a standard fee list for the students to refer to, and can further pass the cost level of the student and the environmental parameter selected according to the degree of the level and the cost of each environment parameter.
  • the system gives different weighting factors, which can generate customized and differentiated costs, so as to meet the individual needs of different students.
  • a second preferred embodiment according to the present invention is a digital teaching system 2, which is a combination of a server end server system and a plurality of client end teachers through the Internet.
  • the data intrusion module 21 is configured for the teacher to input or upload the personal basic data online;
  • the database 22 stores the teacher data, the student data and the teaching location data;
  • the degree series selection module 23 has a preset theme and different levels of levels it contains for the teacher to select;
  • the online test module 24 has a test database 241 and a scoring module 242, which can provide corresponding questions according to the degree of selection selected by the teacher, and can be used for online testing by the teacher, and the test results are calculated and output in real time through the scoring module;
  • the environmental parameter selection module 25 provides diversified parameters for the teacher to select according to his or her personal preference
  • the salary estimation module 26 provides a standard salary list and estimates the differentiated salary available to the teacher based on the level of the teacher's selection and the environmental parameters.
  • the pre-set theme may be one of a language, a mathematics, a national examination subject and a professional license, or a combination of these items, or a topic having a similar nature, in particular, can be separated by a test. Different levels are preferred.
  • the number of questions included in the question database 241 of the online test module 24 is preferably greater than the number of questions required for the test, and is randomly extracted by random numbers through a software program, so that each test result can be obtained. Consistent stability.
  • the online quiz module 24 can further include a suggestion device 243 that provides recommendations for maintaining the number of primary levels, upgrades, or downgrades based on the degree of progression selected by the teacher and the online test results.
  • the parameters included in the environmental parameter selection module 25 can be very diverse, such as one of a teaching period, a teaching frequency, a teaching location, and a student profile, or a combination thereof.
  • the teaching period refers to a specific time of day, or a specific date of the week.
  • the frequency of teaching refers to the number of teachings in a specific period, such as the number of teachings per week or the number of teaching sessions per month.
  • Student information refers to the student's nationality, the student's highest education, the student's graduation major, the student's constellation, the student's age, the student's length of teaching, the language used by the student, the student's skin color, the student's ethnicity, the student's interest project and One or any combination of the student's body.
  • the teaching place may be public/private primary and secondary schools and kindergartens in various places. Room, because general primary and secondary schools and kindergartens do not have courses on holidays or evenings, classrooms are idle, and the use of the classrooms can be improved by the digital learning system and mechanism of the present invention.
  • the teaching place can also be some conference rooms of company companies, or some public/private exhibition halls, or conference rooms and classrooms of public event centers, because in normal times, these areas have no meetings and activities on holidays or evenings.
  • the conference room and the classroom are in an idle state, and the effective use rate can be improved by the digital learning system and the mechanism thereof of the present invention.
  • the teacher data includes the teacher's personal basic data, degree level, environmental parameters, and the like.
  • the environment parameter selection module 25 may further include a parameter suggestion sub-module 251, which provides priority for teachers according to basic data and degree levels of the teacher, other teacher data in the database, and environmental parameter settings of the student. parameter.
  • the salary estimation module 26 can provide a standard salary list for the teacher to refer to, and further can be different for the degree of the teacher and the environmental parameter selected by the teacher according to the degree of cost or difficulty required by each level and each environmental parameter. Etc., by giving different weighting factors to the system, can generate customized and differentiated salary, so as to meet the individual needs of different teachers.
  • a third preferred embodiment according to the present invention is a digital learning system, which combines a server end server system, a plurality of client end teachers, and a plurality of Students at the client end exchange information over the Internet for implementation.
  • This digital learning system 3 includes a teacher subsystem 31 and a student subsystem 32.
  • the teacher subsystem 31 includes a first data input module 311 for the teacher to upload or upload his personal basic data online;
  • the first database 312 stores the teacher data, the student data and the teaching location data, and the like;
  • the first level selection module 313 has a preset theme and different levels of degrees included therein for the teacher to select;
  • the first line test module 314 has a question database 3141 and a score module 3142. Corresponding questions are provided according to the degree of selection selected by the teacher, for the teacher to conduct an online test, and the test result is calculated and output in real time through the scoring module;
  • the first environmental parameter selection module 315 provides diversified parameters for the teacher to select according to his or her personal preference
  • the salary estimation module 316 provides a standard fee list and estimates the differentiated salary available to the teacher based on the degree of progression and environmental parameters selected by the teacher.
  • Student subsystem 32 includes:
  • a second data input module 321 for students to input or upload their personal basic data online
  • the second database 322 stores student data, teacher data and learning place data, and the like;
  • the second level selection module 323 has a preset theme and different degrees of progression thereof for the student to select;
  • the second online test module 324 has a question database 3241 and a scoring module 3242, and can provide corresponding questions according to the degree of selection selected by the student, for the students to conduct an online test, and calculate the results in real time through the scoring module and output the results;
  • the second environmental parameter selection module 325 provides diverse parameters for the student to select according to his or her personal preferences
  • the cost estimation module 326 provides a summary of the standard fees and estimates the differentiated fees that the student is required to pay according to the degree of progression and environmental parameters selected by the student;
  • the online payment module 327 has an encryption and preservation mechanism for students to pay in real time through a credit card or an automated teller machine.
  • the preset theme, the first online test module 314, the parameters included in the first environment parameter selection module 315, and the features of the salary estimation module 316 are as described above. Said in the examples.
  • the first environment parameter selection module 515 can further include a parameter suggestion sub-module 3151 to provide a priority parameter suitable for the teacher.
  • the preset theme, the second online quiz module 324, the parameters included in the second environment parameter selection module 325, and the cost estimating module 326 Features such as those described in the foregoing first preferred embodiment.
  • the student subsystem 32 can also include a registration module 328 as described in the first preferred embodiment above.
  • the second environment parameter selection module 325 can further include a parameter suggestion sub-module 3251 to provide a priority parameter suitable for the student.
  • the first data input module 311 and the second data input module 321 can be integrated into the same module as needed, and the first database 312 and the second database 322 can be integrated into the same database as needed, first level.
  • the number selection module 313 and the second level series selection module 323 can be integrated into the same module as needed, and the first line test module 314 and the second online test module 324 can be integrated into the same module as needed, and the first environment parameter selection The module 315 and the second environment parameter selection module 325 can be integrated into the same module as needed.
  • a digital learning system 4 is used to exchange information between a host system of a server end and a client of a plurality of clients (ends) via the Internet.
  • a host system of a server end and a client of a plurality of clients (ends) via the Internet.
  • the data input module 41 is configured for the student to input or upload the personal basic data online;
  • the database 42 stores the student data, the teacher data and the learning place data;
  • the online test module 43 has an examination question database 431 and a scoring module 432, and can provide test questions for the students to conduct online tests according to the set theme, and output the test results in real time through the scoring module and measure the degree series of the students;
  • the environmental parameter selection module 44 provides diversified parameters for the student to select according to his or her personal preference;
  • the cost estimation module 45 provides a standard fee list and estimates the differentiated fees that the student is required to pay according to the degree of the student and the environmental parameters;
  • the online payment module 46 has an encryption and preservation mechanism for students to pay in real time through credit cards or ATMs.
  • the pre-set theme may be one of a language, a mathematics, a national examination subject and a professional license, or a combination of these items, or a topic having a similar nature, in particular, can be separated by a test. Different levels are preferred.
  • the number of questions included in the question database 431 of the online test module 43 is preferably greater than the number of questions required for the test, and is randomly extracted by random numbers through a software program, so that each test result can be obtained. Consistent stability.
  • the online quiz module 43 can further include a suggestion device 431 that provides advice on the appropriate level of progression based on the online quiz results selected by the student.
  • the parameters included in the environment parameter selection module 44 can be very diverse, such as one of a learning period, a learning frequency, a learning location, and teacher data, or a combination thereof.
  • the learning period refers to a specific time of day, or a specific date of the week.
  • Learning frequency refers to the number of times of study in a specific period, such as the number of weekly learning or the number of monthly learning.
  • Teacher information refers to the nationality of the teacher, the highest education of the teacher, the teacher's graduation major, the teacher's constellation, the teacher's age, the teacher's teaching years, the teacher's language, the teacher's skin color, the teacher's ethnicity, and the teacher's interest project. One or any combination with the teacher's body.
  • the learning place may be a public/private primary and secondary school and a kindergarten classroom in various places, because generally the primary and secondary schools and kindergartens do not have courses on holidays or evenings, and the classrooms are in an idle state, and the digital learning system and the mechanism thereof of the present invention can Improve the use of their classrooms.
  • the study place can also be a conference room of some company companies, or some public/private exhibition halls, or conference rooms and classrooms of public event centers, because under normal circumstances, these areas have no meetings and no meetings at night or in the evening. The activity is carried out, the conference room and the classroom are in an idle state, and the effective use rate can be improved by the digital learning system and the mechanism thereof of the present invention.
  • the student data includes the student's personal basic data, degree of degree, environmental parameters, and payment status.
  • the registration module 47 may be further included, and the student data is generated for the students who have paid the fee.
  • the environment parameter selection module 44 may further include a parameter suggestion sub-module 441 to provide a priority parameter suitable for the student according to the student's basic data and degree level and the teacher data in the database.
  • the cost estimating module 45 can provide a standard fee list for the students to refer to, and further can be used for the degree of the student and the environmental parameters selected by the student, according to various levels and The different costs required for the environmental parameters, through the system to give different weighting factors, can generate customized and differentiated costs, so as to meet the individual needs of different students.
  • a fifth embodiment according to the present invention is a digital teaching system 5, which combines a server end server system with a plurality of client end teachers to exchange information through the Internet.
  • a server end server system with a plurality of client end teachers to exchange information through the Internet.
  • the data input module 51 is configured for the teacher to input or upload the personal basic data online;
  • the database 52 stores the teacher data, the student data and the teaching location data;
  • the online test module 53 has an examination database 531 and a scoring module 532.
  • the test questions can be provided for the teacher online test according to the set theme, and the test results are calculated in real time by the scoring module 532 and the teacher's degree level is measured and output. ;
  • Environmental parameter selection module 54 providing diverse parameters for teachers to choose according to their personal preferences
  • the salary estimation module 55 provides a standard salary list and estimates the differentiated salary available to the teacher based on the teacher's degree of progression and environmental parameters.
  • the pre-set theme may be one of a language, a mathematics, a national examination subject and a professional license, or a combination of these items, or a topic having a similar nature, in particular, can be separated by a test. Different levels are preferred.
  • the number of questions included in the question database 531 of the online test module 53 is preferably greater than the number of questions required for the test, and is randomly extracted by random numbers through a software program, so that each test result can be obtained. Consistent stability.
  • the online quiz module 53 can further include a suggestion device 533 that provides advice on the degree of progression based on the teacher's online test results.
  • the parameters included in the environmental parameter selection module 54 can be very diverse, such as one of or a combination of a teaching period, a teaching frequency, a teaching location, and a student profile.
  • the teaching period refers to a specific time period of the day, or a specific period of the week.
  • the frequency of teaching refers to the number of teachings in a specific period, such as the number of teachings per week or monthly teaching.
  • Student information refers to the student's nationality, the student's highest education, the student's graduation major, the student's constellation, the student's age, the student's length of teaching, the language used by the student, the student's skin color, the student's ethnicity, and the student's interest in the project.
  • One or any combination of the student's body is one of or a combination of a teaching period, a teaching frequency, a teaching location, and a student profile.
  • the teaching period refers to a specific time period of the day, or a specific period of the week.
  • the teaching place may be a public/private primary and secondary school and a kindergarten classroom in various places, because generally the primary and secondary schools and kindergartens do not have courses on holidays or evenings, and the classrooms are in an idle state, and the digital learning system and the mechanism thereof of the present invention can Improve the use of their classrooms.
  • the teaching place can also be some conference rooms of company companies, or some public/private exhibition halls, or conference rooms and classrooms of public event centers, because in normal times, these areas have no meetings and activities on holidays or evenings.
  • the conference room and the classroom are in an idle state, and the effective use rate can be improved by the digital learning system and the mechanism thereof of the present invention.
  • the teacher data includes the teacher's personal basic data, degree level, environmental parameters, and the like. .
  • the environment parameter selection module 54 may further include a parameter suggestion sub-module 541, which provides priority for teachers according to basic data and degree levels of the teacher, other teacher data in the database, and environmental parameter settings of the student. parameter.
  • the salary estimation module 55 can provide a standard salary list for the teacher to refer to, and further can be different for the degree of the teacher and the environmental parameters selected by the teacher according to the degree of cost or difficulty required by each level of the environment and the various environmental parameters. Etc., by giving different weighting factors to the system, can generate customized and differentiated salary, so as to meet the individual needs of different teachers.
  • a sixth embodiment according to the present invention is a digital learning system, which combines a server end server system, a plurality of client end teachers, and a plurality of clients. Students at (client end) exchange information for implementation via the Internet.
  • the digital learning system 6 includes a teacher subsystem 61 and a student subsystem 62, wherein the teacher subsystem 61 includes
  • the first data input module 611 is for the teacher to input or upload its personal basic data online;
  • the first database 612 stores teacher data, student data, and teaching location data
  • the first online test module 613 has a test database 6131 and a scoring module 6132.
  • the test questions can be provided for the teacher online test according to the set theme, and the test results are calculated in real time through the scoring module 6132 and the teacher's degree is evaluated.
  • a first environmental parameter selection module 614 that provides diverse parameters for the teacher to select according to his or her personal preferences
  • the salary estimation module 615 provides a standard fee list, and estimates the differentiated salary available to the teacher according to the teacher's degree level and environmental parameters;
  • the student subsystem 62 includes
  • a second data input module 621 for students to input or upload their personal basic data online
  • the second database 622 stores student data, teacher data and learning place data, and the like;
  • the second online test module 623 has a question database 6231 and a scoring module 6232, and can provide questions for students to conduct online tests according to the set theme, and The test result is output by the scoring module 6232 calculating the score in real time and measuring the degree of the student;
  • the second environmental parameter selection module 624 provides diverse parameters for the student to select according to his or her personal preferences
  • Cost Estimation Module 625 which provides a summary of the standard fees and estimates the differential fees that students are required to pay based on the student's degree of progression and environmental parameters;
  • the online payment module 626 has an encryption security mechanism for students to pay in real time through a credit card or an automated teller machine.
  • the first environment parameter selection module 614 can further include a parameter suggestion sub-module 6141 to provide a priority parameter suitable for the teacher.
  • the preset theme, the second online test module 623, the parameters included in the second environment parameter selection module 624, and the cost estimation module 625 and the like are as described in the fourth preferred embodiment. As described in the example. And the student subsystem 62 can also be as described above.
  • the registration module 627 is further included in the fourth preferred embodiment.
  • the second environment parameter selection module 624 can further include a parameter suggestion sub-module 6241 to provide priority parameters suitable for the student.
  • the first data input module 611 and the second data input module 621 can be integrated into the same module as needed, and the first database 612 and the second database 622 can be integrated into the same database as needed, the first line.
  • the test module 613 and the second online test module 623 can be integrated into the same module as needed, and the first environment parameter selection module 614 and the second environment parameter selection module 624 can be integrated into the same module as needed.

Abstract

L'invention concerne un système d'apprentissage numérique (3) équipé d'un serveur de système principal et de multiples clients communiquant par l'Internet. Le système comprend un sous-système pour enseignant (31) et un sous-système pour étudiant (32). Le sous-système enseignant comprend : un premier module de sélection de niveau (313) comportant des sujets prédéfinis et différents niveaux; un premier module de test en ligne (314) pour le test en ligne des enseignants; un premier module de sélection des paramètres contextuels (315), qui permet à l'enseignant de sélectionner divers paramètres qu'il préfère; et un premier module de calcul du salaire pour calculer le salaire de l'enseignant. Le sous-système pour étudiant comprend : un second module de sélection de niveau (323) comportant des sujets prédéfinis et différents niveaux; un second module de test en ligne (324) pour le test en ligne des étudiants; un second module de sélection des paramètres contextuels (325), qui permet à l'étudiant de sélectionner divers paramètres qu'il préfère; et un module de calcul des frais (326) pour calculer les frais de scolarité d'un étudiant et un module de paiement en ligne (327).
PCT/CN2007/000861 2007-03-16 2007-03-16 Système d'apprentissage numérique WO2008113203A1 (fr)

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