TWI693566B - Method of processing data relation among three parties - Google Patents

Abstract

The present invention provides a method of processing data relation among three parties. The method include a plurality of steps executed by a computer host: Step S1: reading a demanding data set of a demanding party belonging to a demanding group, the demanding data set including W demanding parameters and a qualification parameter; Step S2: reading an institution data set of an institution party belonging to an institution group, the institution data set including X demanding parameters and Y supplying parameters; Step S3: reading a supplying data set of a supplying party belonging to a supplying group, the supplying data set including Z supplying parameters, wherein W, X, Y, and Z are natural numbers, W is smaller than or equal to a sum of Y and Z, and X is smaller than equal to Z; Step S4: comparing the W demanding parameters respectively with the Y supplying parameters and the Z supplying parameters, and comparing the X demanding parameters respectively with the Z supplying parameters; and Step S5: according to comparison in Step S4, determining whether the demanding party is successfully paired with the institution party and the demanding party; if they are successfully paired, storing a successful pairing message, and writing a demanding party publishable data of the demanding party to the institution data set and the demanding data set.

Description

How to deal with the relationship between the three parties

The present invention relates to computer software, a device or system installed with computer software, and in particular to a method for processing three-party data relationships.

Education includes physical education and online education. Physical education refers to the activities of educating the trainees in the real environment such as schools and cram schools. More broadly, it can cover school education, family education and even social education.

As for online education, there are broad and narrow senses. Broadly speaking, online education refers to online learning, specifically, non-face-to-face education activities realized through the delivery of digital content in the Internet environment, which can make full use of the massive database provided by modern information technology , Or multiple audio-visual media to provide rich learning methods. The narrow sense of online education refers to the training of online knowledge.

Compared with the two, physical education can promote students to develop practical ability and communicative ability in a real environment, and develop more soundly under the guidance of educators. Educators' words and deeds may become the objects of students' learning and imitating, and have a subtle influence on students. In this respect, online education is unmatched. Therefore, to date, physical education is still the main channel for educational activities.

In order to provide students with good teaching quality, the management of schools, cram schools or tutors, and their teachers is very important. However, at present, various online education platforms only provide unilateral management functions, such as teacher scoring, or communication functions of both parties, such as the cooperation of students and teachers in class time, which is not enough to exert the core meaning of physical education.

Therefore, it is indeed necessary to provide an innovative method to strengthen teaching quality and facilitate the expansion of teaching activities.

The present invention aims to establish an electronic business model platform, which is mainly composed of an entrance website, a member management system, an application system, and a testing and matching system, so that it has retired teachers, supplementary education teachers, Teachers in the camping class can join the teaching staff of the electronic business model platform established according to the present invention and become lecturers. Their respective classes can also organize alliances with the electronic business model platform established according to the present invention to reorganize their careers in order to create a virtuous cycle of the education system rather than vicious competition.

In particular, the detection and pairing system of the present invention executes a three-party data relationship processing method, which includes a plurality of steps performed by a computer host. The steps include: Step S1: reading a requester's A demand-side data set, the demand-side data set includes W demand parameters and a qualification parameter; Step S2: read an institutional-side data set of an institutional side belonging to an institutional group, the institutional side data set includes X undecided Parameters and Y set parameters; Step S3: Read a supplier data set of a supplier belonging to a supply group, the supplier data set includes Z supply parameters; wherein, W, X, Y, and Z are all natural numbers, and W is less than or equal to Y Add to Z, and X is less than or equal to Z; Step S4: Compare the W demand parameters to the Y set parameters and the Z supply parameters; and compare the X undetermined parameters to the Z Supply parameters; and step S5: according to the comparison result of step S4, determine whether the demand side successfully matches the institutional side and the supply side; if the pairing is successful, temporarily store a successful pairing message, and according to the successful pairing message , The demand-side demand-side public data of the demand side is written to the institution-side data set and the supplier-side data set.

Optionally, the processing method of the three-party data relationship of the present invention further includes step S6 executed by the computer host: the demand side, the institution side, or the supplier side simultaneously writes the payment completion data to the demand side data set 3. The institutional data set and the supplier data set.

Optionally, the processing method of the three-party data relationship of the present invention further includes step S7 performed by the computer host: determining whether the qualification parameter of the demand-side data set exceeds a preset qualification threshold; if it exceeds, the original In addition to the demand group, the demand-side data set is further classified into the supply group.

Optionally, in the method for processing the three-party data relationship of the present invention, step S7 is executed after a specific number of times of step S6.

Optionally, in the method for processing the three-party data relationship of the present invention, the qualification parameter is incremented after step S6, and the increment is determined by the W demand parameters.

Optionally, in the method for processing the three-party data relationship of the present invention, the qualification parameter is determined by the student-problem (Student-Problem, SP) table analysis, where the SP table analysis includes a S curve, which is formed by the sequential arrangement of the number of correct answer questions of multiple students, and a P curve, which is formed by the sequential arrangement of the number of correct answer students of multiple questions.

Optionally, in the method for processing the three-party data relationship of the present invention, the qualification parameter forms a boundary for the W demand parameters.

Optionally, in the processing method of the three-party data relationship of the present invention, the steps S1 to S5 are initiated according to a pairing instruction set sent by the demanding party from a terminal.

Optionally, in the method for processing the three-party data relationship of the present invention, the demand-side data set further includes an auxiliary party authority field, which records an auxiliary party to allow the auxiliary party to send a pairing command from a terminal Set and start the steps S1 to S5, and modify the demand-side data set.

Optionally, in the method for processing the three-party data relationship of the present invention, part or all of the demand-side data set, the institution-side data set and the supplier-side data set are processed by the computer host to be displayed on a website Among them, the site includes a page for prohibiting visitors to change, a page for allowing visitors to change, and a matching login page.

1: Portal

2: Member management system

3: Registration system

31: General membership module

32: Education-related industrial modules

33: Training module

4: Detection pairing system

40: computer host

41: Code

42: Interpreter

43: Compiler

5: Processing system of tripartite data relationship

50: computer host

51: motherboard

52: Hard Disk

53: Memory

54: processor

60: terminal device

S1~S7: Step

W, X, Y, Z: number of parameters

Figure 1 shows the architecture of the portal of the present invention.

Figure 2 shows the architecture of the member management system of the present invention.

Figure 3 shows the architecture of the registration system of the present invention.

FIG. 4 shows the architecture of the detection pairing system of the present invention.

FIG. 5 shows the steps of the method for processing the three-party data relationship of the present invention.

FIG. 6 shows the architecture of the processing system of the three-party data relationship of the present invention.

Various embodiments of the present invention will be provided below. Understandably, these embodiments are not intended to be limiting. The technical features of the embodiments presented in the present invention can be modified, replaced, combined, separated and designed to be applied to other embodiments.

(Business model of the portal)

FIG. 1 shows the architecture of the portal 1 of the present invention.

In order to start the method for processing the three-party data relationship of the present invention and the detection and matching system it implements, the portal 1 may be provided for users to browse. The homepage of Portal 1 may include: "About Us", "Latest News", "Course Introduction", "Member Center", "Q&A" and "Affiliate Strategy" and other hyperlinks to connect to the following related pages, respectively.

The "About Us" hyperlink can be linked to the "Profile Management" page, which is set up with "Company History", "Company Profile", "Brand Concept", "Retail Store" (which can further mark the company location with Google Map) and "Privacy" Sub-pages such as "Privacy Policy", it is also necessary to integrate multiple fields into the same page.

The "Latest News" hyperlink can be linked to the "News Release" page, which has sub-pages such as "Message Category List" and "Message Item Content", and the "Message Item Content" sub-page is also set up with "Electronic Album" and "Video Link" (you can further upload the video to YouTube) and other projects; In addition, the "Electronic Album" project can display the contents of each annual seminar, including student book review or review materials, for reference by users. News release content may include the latest offers, latest courses, and event information; Among them, the latest courses can be provided for seed teachers, affiliated schools or direct-operated schools, and students or parents listed in the following member level classification, especially the data selected from the "Product Management" page.

The "Course Introduction" hyperlink can be linked to the "Product Management" page, which has a "Training" course subpage for seed teachers to browse; the "Education Related Industries" course subpage for alliance schools or directly operated schools; And the "General Member" course subpage for students or parents to browse; among them, the "Training" course subpage displays "Course Introduction", which contains "Latest Course Schedule" and "Individual Tutorial Time" and other items, and can be linked Registration system 3; "Education-related industries" course subpage can be directly connected to the registration system 3; "General member" course subpage displays "teacher introduction" and "course introduction" and other items, and can also be linked to the registration system 3.

"Member Center" hyperlink can be linked to "Membership Management System" (Membership Management System, MMS) 2, which is set up "Member Login" page and "Member Zone" page; Among them, "Member Login" page is set up "Member Terms ", "Member Registration", "Forgot Password" and "Member Logout" and other subpages; "Member Area" page is set up with "Authentication Letter Sending", "Password Modification", "Data Maintenance" and "History Order" and other subpages page. The details of the member management system 2 will be described below.

The "Q&A" hyperlink can be linked to the "Question and Answer Management" page, which has subpages such as "Question and Answer Category List" and "Question and Answer Item Content".

The "Affiliate Strategy" hyperlink can be linked to the "Friend Site Link" page, which can further display the contents of the "International Seminar" for high school students or seed teachers to browse.

(Member Management System)

FIG. 2 shows the architecture of the member management system 2 of the present invention.

The member management system 2 of the present invention first makes a membership level distinction, and can be divided into VIP members and non-VIP members in terms of rights and interests. VIP members include education-related industry members and seed teacher members. They must be audited before they can become VIP members; education-related industry members can be subdivided into alliance schools or directly operated schools, and even include other cooperative manufacturers. Seed teachers can be subdivided into teachers at all levels such as A, B, and C, VIP special teachers, or work-study or student teachers based on academic experience or other qualifications. As for non-VIP members, they are general members, such as students or parents.

In the following method for processing the three-party data relationship of the present invention, general members can be the demand side, education-related industry members can be the institutional side, and seed teacher members can be the supply side. Of course, from the point of view of combining supply and demand, the positions of the demand side and the supply side are also interchangeable.

In particular, seed teachers include full-time full-time teachers or part-time part-time teachers. Further, the processing method of the three-party data relationship of the present invention can realize the teacher evaluation mechanism, advanced mechanism, contract or deposit function, and teacher assignment function, which will be described below.

After establishing the membership level division, you can start pairing detection, selection detection, pairing link, and MMS calculation for general members and seed teacher members; on the other hand, you can also conduct enterprise resource plans for education-related members (Enterprise Resource Planning, ERP) calculation, which constitutes the processing method of the three-party data relationship of the present invention.

(Registration system)

FIG. 3 shows the architecture of the registration system 3 of the present invention.

The registration system 3 may include a general member module 31 dedicated to students or parents, an education-related industrial module 32 dedicated to alliance schools or directly operated schools, and a training module 33 dedicated to seed teachers. Students or parents can enter the registration system 3 from the portal 1 of the electronic business model platform established by the present invention, and fill in their needs Requirements, such as: appointment of teaching time, selection of school characteristics, designated group classes or individual guidance teaching methods, filling in student characteristics or annotation of subject gaps, etc., and further finding suitable schools and teacher courses through the testing and matching system.

The general member module 31 includes an appointment detection stage, a learning analysis and learning process planning stage, and a registration class. Among them, the data output during the appointment detection phase and the learning analysis and learning history planning phase can be written to cloud forms, such as Google forms. The data output by the general member module 31 can be included in the demand-side data set of the method for processing the three-party data relationship of the present invention.

The education-related industrial module 32 includes the enterprise health diagnosis stage, the appointment negotiation cooperation mode stage and the contract stage. Among them, the data output by the enterprise health diagnosis stage can be written to the cloud form, for example, Google form. The data output by the education-related industrial module 32 can be included in the institutional data set of the method for processing the three-party data relationship of the present invention.

The training module 33 includes a human resources interview stage, professional ability analysis and professional subject placement stage, and registration class stage. Among them, the data output during the human resources interview stage and the professional ability analysis and professional subject placement stage can be written to cloud forms, such as Google forms. The data output by the training module 33 can be included in the supplier data set of the method for processing the three-party data relationship of the present invention.

In other words, the method for processing the three-party data relationship of the present invention and the detection and matching system it implements can continuously or batch read the data stored in the above Google form for the purpose of detecting and matching.

(The processing method of the three-party data relationship and the detection and matching system it implements)

FIG. 4 shows the architecture of the detection pairing system 4 of the present invention.

The method for processing the three-party data relationship of the present invention includes multiple steps and is composed of a set of program codes 41, which can be translated by the interpreter 42 or the compiler 43 and executed by the computer host 40. Computer host 40 is used as a server, which can be a cloud host or a high-end host. According to this, the method for processing the three-party data relationship of the present invention can be implemented as a detection and matching system 4.

The processing method of the three-party data relationship of the present invention can be started by entering the above-mentioned registration system 3. However, the code constituting the processing method of the three-party data relationship of the present invention and the web page of the above-mentioned registration system 3 may exist on the same or different computer hosts.

The present invention provides a method for processing the three-party data relationship, which can be used for three purposes: finding a school, finding a teacher, and finding a student among the three parties (students (and their parents), schools, and teachers).

FIG. 5 shows the processing method of the three-party data relationship of the present invention.

The multiple steps of the method for processing the three-party data relationship of the present invention include:

Step S1: Read the demand-side data set of the demand side belonging to the demand ethnic group. The demand-side data set includes W demand parameters and qualification parameters.

Here, the demand group may include multiple students, and the demand side is one of the students. The demand-side data set may include the student's personal data.

The W demand parameters can be the conditions set by the students for the teaching needs, including but not limited to subjects, subject levels, class methods, class hours, class size, class number of schools (or cram schools), class environment (or equipment), teacher education , Teacher experience, and teacher gender, in this case, W is equal to 10. The qualification parameters will be explained below.

Step S2: Read the institutional data set of the institutional side belonging to the institutional ethnic group. The institutional data set includes X undetermined parameters and Y determined parameters.

Here, the institutional ethnic group can be multiple schools; broadly speaking, where there is a need for teachers, whether inside or outside the system, public or private, including but not limited to ordinary schools, cram schools, camps, or after school Nursing teaching centers, etc., are all schools referred to as the invention. The three parties to own or implement the invention From the point of view of the main body of the electronic business model platform of the method of processing the data relationship, the institutional ethnic group can be distinguished as an alliance school or a directly operated school. The institution is one of these schools, and the institution data set may include school registration information.

The X undetermined parameters can be the conditions set by the school for teaching needs, including but not limited to subjects, subject levels, class methods, class hours, teacher qualifications, teacher experience, and teacher gender. In this case, X equals 7.

Y set parameters can provide the school with the ability to provide the conditions for students to meet their teaching needs, including but not limited to, the number of students, the school (or cram school), and the classroom environment (or equipment), for example , Y equals 3.

Step S3: Read the supplier data set of the supplier who belongs to the supply group, and the supplier data set includes Z supply parameters.

Here, the supply group may be multiple teachers, such as full-time full-time teachers or part-time part-time teachers, and retired teachers, supplementary teachers or self-employed teachers may also be included. The supplier is one of the teachers, and the supplier data set may include the teacher's personal data.

Z supply parameters can provide teachers with the ability to provide students or schools with conditions that meet their teaching needs, including but not limited to, but not limited to, subjects, subject levels, class methods, class hours, teacher qualifications, teacher experience, and teacher gender. For example, Z equals 7.

Among them, W, X, Y and Z are all natural numbers, W is less than or equal to the addition of Y and Z, and X is less than or equal to Z.

Y+Z。 Thus, for example, the student union first proposes W demand parameters seeking teaching, which can be divided into W1 demand parameters that are satisfied in the first stage and W2 demand parameters that are satisfied only in the second stage, that is, W=W1+W2. Some schools may propose Y set parameters, which are enough to satisfy the W1 demand parameters, so W1 is less than or equal to Y. However, the school may not have enough teachers to meet the remaining W2 parameters. In this case, the school will propose X undetermined parameters for seeking teachers, and X is equal to W2. Some teachers may propose Z supply parameters that are sufficient to satisfy the X undetermined parameters, so X is less than or equal to Z, that is, W1 is less than or equal to Z. In summary, W=W1+W2

Y+Z.

Step S4: Compare the W demand parameters to the Y set parameters and the Z supply parameters, respectively; and compare the X undetermined parameters to the Z supply parameters, respectively.

First, in the form judgment stage, if W is greater than the addition of Y and Z, it is obvious that W cannot be satisfied, and the pairing cannot succeed. In this case, in addition to displaying the unsuccessful pairing message, the supplier can be prompted to modify the demand parameters. For example, a student may step back and reduce W demand parameters to W'demand parameters until the pairing is successful. Preferably, the demand side may be prompted to remove the specific demand parameter. More preferably, it may be assumed that the demand side has removed the specific demand parameter and the comparison is performed, and then the demand side is reminded that the comparison is performed under the assumption that the specific demand parameter has been removed.

Secondly, in the actual judgment stage, it is to judge whether the value or string of W demand parameters matches the value or string of Y set parameters, and then whether the value or string of X undetermined parameters matches the value or value of Z supply parameters. String.

Preferably, various parameters may be set in a sequence relationship or a set relationship. For example, in terms of subject level, teachers who can engage in higher grade teaching can also engage in lower grade teaching.

As an alternative embodiment, the tolerance range can be set for each parameter. Although a certain parameter is not sufficient to meet a certain demand parameter, the former is very close to the latter, and if it is in the tolerance range, it is temporarily regarded as a successful pairing. The comparison result is displayed. For example, in terms of the number of students in the class above, if a student wants to have less than 9 students in a class, the current class has 10 students The person (counting to the student), although not satisfied, is very close to the student’s needs, so the class is still shown.

Step S5: according to the comparison result of step S4, determine whether the demand side successfully matches the institutional side and the supply side; if the pairing is successful, the successful pairing message is temporarily stored, and according to the successful pairing information, the demand side of the demand side is allowed to disclose data Write to the institutional data set and the supplier data set.

Here, the demand side permits the disclosure of information such as the student’s name or phone number, and the ID number or address can be listed as the demand side’s non-permitted disclosure. Demand-side permission to disclose data can be edited in the "Data Maintenance" of the "Member Management System" 2 of the portal 1 or set whether to allow disclosure, and can also set the disclosure target (school or teacher).

As far as the application level is concerned, the method for processing the three-party data relationship of the present invention and the detection and matching system it implements can cooperate with the school affairs system of ordinary schools. The remedial teaching and peer teaching assistant matching system can also be applied. In general, the present invention can be matched according to the demand side (student or parent), the institution side (school) and the supply side (teacher), taking into account the gap in the student's learning concept, the needs of the school and the characteristics of the teacher. Realize a full range of dispatching functions.

Through the processing method of the three-party data relationship of the present invention and the detection and matching system 4 that it implements, teachers with retired teachers, supplementary teachers, and self-employed tutoring classes of several years or even decades can all join the Institute according to the present invention. The teacher lineup of the established electronic business model platform has become a lecturer. Their respective classes can also organize alliances with the electronic business model platform established according to the present invention to restructure their businesses. According to this, the present invention's central goal of creating a virtuous circle of education system rather than vicious competition can be achieved.

(Optional or preferred feature)

Optionally, the processing method of the three-party data relationship of the present invention further includes step S6 executed by the computer host: the demand side, the organization side or the supplier side simultaneously writes the payment completion data to the demand side data set and the organization side data set Three with the supplier data set.

Here, the "payment completion" may include the completion of the class or the completion of payment. In the example of class completion, after a student completes a specific course, the specific course should be recorded to avoid repeated courses. In addition, the completion of the specific course means the improvement of the student's ability. The payment completion (class completion) data can be used as a voucher for an advanced course, and students with the voucher can begin to take the advanced course.

Optionally, the processing method of the three-party data relationship of the present invention further includes step S7 executed by the computer host: judging whether the qualification parameter of the demand-side data set exceeds the preset qualification threshold; if it exceeds, then the original demand group is excluded In addition, the demand-side data set is further classified as a supply group.

A better situation is that the students who have completed a specific course have acquired the abilities that the specific course wants to develop, and in the future may be the teacher of the specific course.

The purpose of step S7 is to realize the German-style apprenticeship education, because in addition to the spread of knowledge, the inheritance of teaching experience is also very important. If students have taken multiple designated courses, accumulated enough knowledge and experience, and then qualified for teaching, students who originally belonged to the demand group can be included in the supply group and become seed teachers. However, even if the students are qualified to teach, they may still choose to continue their studies, so they are not removed from the demanding group. In addition, the tracking management of seed teachers may last for several years, and may extend to several counties and cities in space, and the capabilities of seed teachers continue to grow and change. Therefore, it is indeed necessary to use the tripartite data relationship of the present invention. Step S7 provided by the processing method to achieve this tracking management.

Optionally, in the method for processing the three-party data relationship of the present invention, step S7 is executed after a specific number of times of step S6.

For example, it may be necessary to take multiple designated courses before they can be included in the seed teachers. Step S6 will be executed every time a specified course is completed, so step S6 will be executed multiple times after completing multiple specified courses.

Optionally, in the method for processing the three-party data relationship of the present invention, the qualification parameter increases after step S6, and the increment is determined by the W demand parameters.

Optionally, in the method for processing the three-party data relationship of the present invention, the qualification parameter is determined by the student-problem (Student-Problem, SP) table analysis, where the SP table analysis includes an S curve, which is the answer of multiple students The order of the number of test questions is formed by the order, and the P curve is the result of the order of the number of students answering multiple questions.

Optionally, in the processing method of the three-party data relationship of the present invention, the qualification parameter forms a boundary for the W demand parameters.

The so-called courses are not limited to teaching courses for students, but also include training courses for seed teachers. Therefore, as mentioned above, on the "Product Management" page of the portal 1, a sub-page of "Training" course is set up for the seed teachers to browse. In other words, seed teachers have the status of students in training courses. In order to improve the quality of teacher training, multiple training courses should also have different levels, and the content of the training courses can be expressed as W demand parameters. The seed teacher is limited by its existing qualification parameters, and cannot set the W demand parameters to be too high or special conditions, that is, the qualification parameters form a boundary for the W demands. Seed teachers must complete basic training courses before they can further study advanced courses.

According to this, the qualification parameters and the boundaries formed by the W demand parameters can also be used to realize the teacher evaluation mechanism and advanced mechanism, and even the contract or deposit function can be realized, because the existence of the contract can be quantified in binary However, the amount of margin is a numerical quantification. When hiring new teachers or substitute teachers, they can ensure the quality of teaching.

Optionally, in the method for processing the three-party data relationship of the present invention, the steps S1 to S5 are initiated according to the pairing instruction set transmitted from the terminal by the demanding party.

As mentioned above, the method for processing the three-party data relationship of the present invention can be initiated by entering the above-mentioned registration system 3, specifically, a button, menu or input box can be set on the registration system 3 webpage to assist in the generation of the paired instruction set.

Optionally, in the processing method of the three-party data relationship of the present invention, the demanding party data set further includes an auxiliary party authority field, which records the auxiliary party to allow the auxiliary party to transmit the pairing instruction set from the terminal to start the Steps S1 to S5, and modify the demand-side data set.

Here, the auxiliary party is, for example, a student's parent. Parents whose names are listed in the permission field of the auxiliary party can enter the registration system 3 instead of the students, fill in their needs, and further find suitable schools and teacher courses through the detection and matching system. At the same time, it also has the right to modify the student's personal information.

Optionally, in the processing method of the three-party data relationship of the present invention, part or all of the demand-side data set, the organization-side data set, and the supplier-side data set are processed by the computer host to be displayed on the website. Visitor change page, allow visitor change page and matching login page.

The above-mentioned website is the portal website 1, where the matching login page is the page of the registration system 3; the visitors are allowed to change the page is the "data maintenance" sub-page of the "member area" page of the "member management system" 2; the rest are Visitors are prohibited from changing pages.

(Processing system of tripartite data relationship)

FIG. 6 shows the architecture of the processing system 5 of the three-party data relationship of the present invention.

The three-party data relationship processing system of this creation includes a computer host 50 and a terminal device 60. The computer host 50 includes a motherboard 51, and a hard disk 52, a memory 53, and a processor 54 which are disposed on the motherboard 51 and are electrically connected to the motherboard 51.

The computer host 50 is configured to store a website system (ie, portal website) 1, and a member management system 2, a registration system 3, and a detection matching system 4 connected to the website system 1.

The terminal device 60 is connected to the computer host 50 via a wired network or a wireless network to access the website system 1, the member management system 2, the registration system 3: or the detection pairing system 4 of the computer host 50. The terminal device 50 is a personal computer, a notebook computer, a tablet computer, or a smartphone.

In summary, through the processing method of the three-party data relationship of the present invention and the detection and matching system implemented by it, teachers with retired teachers, supplementary teachers, and self-employed teachers who have several years or even decades can join The teacher lineup based on the electronic business model platform established by the present invention becomes a lecturer. Their respective classes can also organize alliances with the electronic business model platform established according to the present invention to restructure their businesses. According to this, the present invention's central goal of creating a virtuous circle of education system rather than vicious competition can be achieved.

It is understandable that the above methods, devices or systems of the present invention can be implemented in any desired and suitable manner. For example, they can be implemented in hardware or software. Unless otherwise specified, the various functional elements, levels and means of the present invention may include an arrangement suitable for a processor, a controller, a functional unit, a circuit, a program logic, a microprocessor, etc. Operate to perform these functions. There may be a dedicated hardware component and/or programmable hardware component that can be configured to operate in a desired and suitable manner.

Although the present invention has been described through the above embodiments, it is understandable that as long as it does not deviate from the spirit of the present invention and the scope of the claimed patent application, many other modifications and changes can be made to realize other embodiments.

1: Portal

2: Member management system

3: Registration system

Claims (8)

A three-party data relationship processing method includes multiple steps performed by a computer host, the steps are composed of a set of program code, which can be translated by a translator or a compiler and executed by the computer host, The steps include: Step S1: reading a demand-side data set of a demand-side belonging to a demand group, the demand-side data set includes W demand parameters and a qualification parameter; the W parameters are divided into the first stage W1 demand parameters that were met and W2 demand parameters that were only met in the second stage, that is, W=W1+W2; Step S2: read an institutional data set of an institutional party belonging to an institutional group, the The institutional data set includes X undetermined parameters and Y fixed parameters; if the Y determined parameters of the institutional data set meet the W1 demand parameters in the first stage, but do not satisfy the remaining W2 parameters At the second stage, the X undetermined parameters are proposed from the institutional data set in the second stage; Step S3: In the case where the X undetermined parameters are proposed in the institutional data set, a supply belonging to a supply group is read A supply-side data set of the party, the supply-side data set includes Z supply parameters; where W, X, Y, and Z are all natural numbers, W is less than or equal to the addition of Y and Z, and X is less than or equal to Z Wherein at least one of the W demand parameters, the qualification parameters, the X undetermined parameters, the Y determined parameters, and the Z supply parameters is set with a sequence relationship, a set relationship, or a tolerance range; step S4: Compare the W demand parameters to the Y set parameters and the Z supply parameters; compare the X undetermined parameters to the Z supply parameters; perform a formal judgment stage: if W is greater than Y Adding to Z, because W cannot be satisfied, displays a message that the pairing is unsuccessful, and prompts the supplier to remove at least one demand parameter; and performs an actual judgment stage: judging the value or word of the W demand parameters Whether the string matches the value or string of the Y set parameters, and then whether the value or string of the X undetermined parameters matches the value or string of the Z supply parameters; Step S5: According to the comparison result of step S4, determine whether the demand side has successfully matched the institution side and the supplier side; if the pairing is successful, temporarily store a successful pairing message, and according to the successful pairing message, the demand side The demand side allows the public data to be written to the institution side data set and the supplier side data set; and step S6: the demand side, the institution side or the supplier side simultaneously writes the payment completion data to the demand side data set 3. The institution-side data set and the supplier-side data set; wherein, the eligibility parameter increases after step S6, and the increment is determined by the W demand parameters. The processing method of the three-party data relationship as described in claim 1, further includes step S7 performed by the computer host: determining whether the qualification parameter of the demand-side data set exceeds a preset qualification threshold; In addition to the original demand group, the demand-side data set is further classified into the supply group. The method for processing the three-party data relationship as described in claim 2, wherein step S7 is executed after performing step S6 a specific number of times. The method for processing the three-party data relationship as described in claim 1, wherein the qualification parameter is determined by a student-problem (Student-Problem, SP) table analysis, wherein the SP table analysis includes an S curve, which is a plurality of The students are formed by the sequential arrangement of the number of correct answer questions, and a P curve is formed by the sequential arrangement of the number of correctly answered students of multiple test questions. The method for processing the three-party data relationship according to claim 1, wherein the qualification parameter forms a boundary for the W demand parameters. The method for processing the three-party data relationship according to claim 1, wherein the steps S1 to S5 are initiated according to a pairing instruction set transmitted by the demanding party from a terminal. The method for processing the three-party data relationship as described in claim 1, wherein the demanding party data set further includes an auxiliary party authority field, which records an auxiliary party to allow the auxiliary party to send a pairing command from a terminal To start the steps S1 to S5 and modify the demand-side data set. The method for processing the three-party data relationship as described in claim 1, wherein part or all of the demand-side data set, the institution-side data set and the supplier-side data set are processed by the computer host to be displayed on a website Among them, the website includes a page for prohibiting visitors to change, a page for allowing visitors to change, and a matching login page.

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