CN113191924A - Campus teacher and student scientific research project matching method based on label classification - Google Patents

Campus teacher and student scientific research project matching method based on label classification Download PDF

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CN113191924A
CN113191924A CN202110520953.0A CN202110520953A CN113191924A CN 113191924 A CN113191924 A CN 113191924A CN 202110520953 A CN202110520953 A CN 202110520953A CN 113191924 A CN113191924 A CN 113191924A
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邱俊豪
刘建军
彭磊
黄宇凯
杨子龙
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Abstract

The invention discloses a campus teacher and student scientific research project matching method based on tag classification, which comprises the following steps: building a scientific research project management system, and configuring three user roles of system managers, project release teachers and scientific research tender students in the system; acquiring basic information of project release teachers and scientific research bidding students and inputting the basic information, and configuring project information by system management personnel; a project release teacher logs in a subject system to input corresponding project requirement information, and a project matching form is generated; constructing a basic student information form, namely constructing a project matching form, acquiring the basic student information form, and matching the basic student information form and the project matching form to obtain a corresponding recommended scientific research bidding student; performing project declaration; calculating the competence of the skill labels of the scientific research bidding students of the declared projects, and calculating the priority of the skill labels; and displaying a matching result to the teacher according to the sequencing result of the skill labels owned by the student users and the skill requirements of the project.

Description

Campus teacher and student scientific research project matching method based on label classification
Technical Field
The invention relates to the field of matching algorithms, in particular to a campus teacher-student scientific research project matching method based on label classification.
Background
With the increasing of the encouragement of college students to participate in scientific research, innovation, entrepreneur and other extracurricular competition activities, teachers and students jointly form teams to advance competition items to become campus normative. Due to the continuous improvement of the construction level of colleges and universities, the project and the requirements on the abilities of teachers and students are higher and higher. But because the communication and the connection between the professional instructor and the students are not tight, the promotion of the project bidding is difficult to implement. Firstly, the traditional scientific research project bidding process is simple, the information transmission efficiency is low, the bidding information can not be transmitted to students on time, in addition, scientific research projects and other projects are difficult to find students with corresponding ability, correct scientific matching between the projects and teachers and students is difficult to realize, and the like.
Disclosure of Invention
The invention aims to provide a campus teacher and student scientific research project matching method based on tag classification, which is used for solving the problems of low matching process efficiency and lack of objective information to assist people in selecting and drawing in a campus project matching mechanism.
In order to realize the task, the invention adopts the following technical scheme:
a campus teacher and student scientific research project matching method based on tag classification comprises the following steps:
according to actual business requirements, after flow analysis and functional design are carried out, a scientific research project management system is set up, and authority configuration of three user roles of system managers, project release teachers and scientific research bidding students is carried out in the system;
acquiring basic information of project release teachers and scientific research bidding students and inputting the basic information into a scientific research project management system, and configuring project information by system management personnel;
a project release teacher logs in a scientific research project management system to input corresponding project requirement information, and a project matching form is generated; acquiring basic information of all scientific research bidding students, constructing a student basic information form, and matching a project matching form and the student basic information form; obtaining corresponding recommended scientific research bidding students through matching, and pushing bidirectional information after the project release teacher releases the project;
the scientific research tender students declare projects according to the released project information; calculating the skill label competitiveness of the scientific research bidding student of the declared project by comprehensively considering the individual experience and the skill characteristics of the student, and calculating the priority of the skill label;
and displaying a matching result for the teacher according to the sequencing result of the skill labels owned by the scientific research bidding student users of the declared projects and the skill requirements of the projects, and determining project members by the teacher according to the matching result.
Further, the scientific research project management system comprises a web page system of a web end and an applet system of a mobile end;
the system management personnel are used for managing and classifying information of project release teachers and scientific research bidding students and formulating personalized frame basic information according to campus differences; the system has the highest use authority, and unified management and operation are carried out on data based on the authority and responsibility range owned by the system, so that data use specifications and authorities are formulated;
the project release teacher is used for releasing scientific research bidding projects, checking personal comprehensive information and personal skill competitiveness of student users who have submitted in the released projects, managing the projects and selecting students who submit the projects;
the scientific research tender students select the interested items for information lookup by browsing a project list formed by all the projects released by the project release teachers, and apply for adding the projects to the project release teachers corresponding to the projects.
Further, gather project issue teacher, scientific research and ask for bid student's basic information and input basic information into scientific research project management system, include:
the basic information input by the project release teacher comprises teacher information, research direction and colleges to which the teacher belongs;
basic information input by the scientific research bidding students comprises student information, student scores, heart instrument project types, prize winning experiences, personal skill labels and corresponding levels and honor awards; the score is converted by average score and score point, and the score is multiplied by the score and divided by the total score.
Further, the system management personnel configures project information, including:
(1) defining the system item Type, and setting the item Type as (T)1,T2,T3,...,Tn) Wherein T is1,T2,T3,...,TnRespectively indicating the system administrator to set the item types;
(2) defining student Skill labels, and setting the student Skill labels as Skill ═ (S)1,S2,S3,...,Sn) In which S is1,S2,S3,...,SnRespectively representing student skill knowledge labels set by system managers;
(3) defining the profession to which the student belongs, and representing the profession field as Major ═ (M)1,M2,M3,...,Mn) Wherein (M)1,M2,M3,...,Mn) Respectively indicating that system managers input professional information corresponding to schools;
(4) defining game information, and setting the game sponsoring unit as Organizer ═ (O)1,O2,O3,...,On) Wherein (O)1,O2,O3,...,On) Respectively representing the grades of the relevant competition raising units, including international grade, national grade, provincial grade, city grade, school grade and academia grade; let the Prize-winning rank of the game be Prize ═ (P)1,P2,P3,...,Pn) Wherein (P)1,P2,P3,...,Pn) Respectively representing the grades of winning prizes of the match, including the special prizes, the first-class prizes, the second-class prizes, the third-class prizes, the excellent prizes and other prizes; let Contribution degree constraint (Ct1, Ct2, Ct3, Ct., Ctn), (Ct1, Ct2, Ct3, Ct., Ctn) be respectively expressed as the Contribution degree of the student to the game performance;
(5) the academic paper information is defined, and the journal of academic paper publication is referred to as periodic (PR1, PR2, and pr3.).PRn), wherein (PR1, PR2, pr3.. said, PRn) respectively represent categories of journals, including three major indices (SCI, EI, ISTP), chinese core journals, CSSCI, CN formal journals; let academic paper author rank be expressed as Num ═ (N)1,N2,N3,...,Nn) Wherein (N)1,N2,N3,...,Nn) Respectively representing the member order of the authors, including the personal work, the first author, the second author and the third author;
(6) defining patent information, and setting a patent authorization category as category (C1, C2,.. cni), wherein (C1, C2,.. cni) respectively represent patent types including an invention patent, a utility model patent and an appearance design patent; let patent author rank denote Num ═ (N)1,N2,N3,...,Nn) Wherein (N)1,N2,N3,...,Nn) The author member order is indicated separately.
Further, the project release teacher logs in the scientific research project management system to enter corresponding project requirement information, and generates a project matching form, including:
selecting a Type T corresponding to the project, a professional definition M, a minimum achievement G, a project requirement number P and a skill requirement S for students according to project requirements, wherein T belongs to the Type (T belongs to the T Type)1,T2,T3,...,Tn)，S∈Skill＝(S1,S2,S3,...,Sn)，M∈Major＝(M1,M2,M3,...,Mn) The lowest performance point G meets the GPA evaluation system; after the information input is completed, generating a project matching form, wherein the form comprises the following information: project name, project introduction, project direction, project student skill knowledge tags, student skill requirements and minimum performance limits.
Further, the acquiring basic information of all scientific research bidding students and constructing a student basic information form comprises:
the method comprises the following steps of obtaining a basic information form of a scientific research invitation student, wherein the basic information form comprises the following information: name, specialty m, psychology project type t, score g, individual student skill knowledge s; wherein m belongs to Major(M1,M2,M3,...,Mn)，t∈Type＝(T1,T2,T3,...,Tn)，S∈Skill＝(S1,S2,S3,...,Sn)。
Further, the matching of the item matching form and the student basic information form includes:
(1) matching the student mental instrument item type with the type corresponding to the issued item, and if T is equal to T, considering that the matching direction of the student is consistent with the matching direction of the item, and performing subsequent screening; if T is not equal to T, the matching direction of the student is not consistent with the matching direction of the item, and subsequent steps are not needed;
when T is equal to T, professional judgment is carried out:
if M is equal to M, the matching direction of the student is consistent with the matching direction of the item, and if M is not equal to M, the matching direction of the student is not consistent with the matching direction of the item, and subsequent steps are not required;
if the project type is not professional, skipping the matching step and carrying out the next step;
(2) when a scientific research bidding student group with the matching of students and projects and the consistent students specialty and project limiting specialty is obtained, secondary judgment is carried out on the basis of meeting T & M & M:
student personal skill knowledge S ∈ S ═ S (S)1,S2,S3,...,Sn) And when num elements exist in the intersection of S belonging to S, if num is set as the skill score of each person of the scientific research bidding student group, performing recommendation priority operation:
the skill scores are calculated first, and the skill scores num of each person of the student population are calculated in a standardized manner:
Figure BDA0003063947880000041
and after obtaining the skill score parameter alpha, carrying out recommendation total score calculation: result ═ α × (g +5), nummin、minmaxRespectively representing the minimum value and the maximum value of num; finally, scientific research bidding is carried out according to the total score Result of the recommendationThe students are ranked and recommended according to the priority order to obtain a corresponding recommended scientific research bidding student group;
when the personal skill knowledge of the students in the basic information form of the students is missing or blank, the skill score parameter is calculated by default as 0.5; and when the rest information of the student basic information form or the project requirement information in the project matching form is missing, the sequencing calculation is not performed by default.
Further, the calculating the competence of the scientific research bidding student of the declared project by comprehensively considering the individual experience and the skill characteristics of the student comprises the following steps:
after a recommended scientific research bidding student group of the project is obtained, calculating the skill label competitiveness of students in the group, and calculating the scientific research skill label competitiveness abilty of the students by retrieving self-evaluation and honor winning information recorded by the skill labels corresponding to the students; the skill addend Ability is calculated following the following formula: abiity ═ Y + Z, where:
(1) the self-evaluation score Y is self-evaluated by the student on the skill label, the self-evaluation types are distinguished by proficiency, and each proficiency corresponds to a self-evaluation score; wherein the cumulative sum Y of the self-scoring points of all the personal skill tags cannot exceed 50;
(2) the Z score of honor winning is generated by calculating the honor winning activity corresponding to the student skill label, and the Z score is 40log1000(4 × (A-0.2)), the calculation formula for A is as follows: a ═ A1+A2+A3+...+AnWherein (A)1，A2，A3，...，An) Respectively representing the registered honor prize points of the skill label;
according to the competition sponsoring unit Organizer and the competition winning grade Prices in the competition information, the point calculation of a certain honor award item is carried out: different credit values are respectively set according to the sponsoring units, the prize winning grades and the contribution weights of individuals in the projects;
according to journal periodic published in academic papers and author ranking Num, integral calculation of a certain paper is carried out; wherein different score values are set according to the grades of published periodicals and the front and back sequence of the ranking of authors;
according to the grade Category and author ranking Num of the patent or soft work, carrying out integral calculation of a certain patent or soft work; wherein different integral scores are respectively set for different types of patents or soft works according to the contribution weight of the individual in the patents or soft works;
after calculating the skill label competitiveness, the Priority for a single skill label is calculated as follows:
selecting a performance point G in user information of a scientific research bidding student, and calculating the Basic capability Basic of the student according to the following formula:
Figure BDA0003063947880000051
(2) selecting the label competence Abiliity of the label corresponding to the skill of the scientific research bidding student, and calculating the Priority of the skill label of the student according to the following formula:
Priority＝Ability+Basic。
further, when the student does not fill in the skill or honor prize item information, the processing is performed as 0.
Further, according to the sequencing result of the skill labels owned by the scientific research bidding student users who have submitted the project and the skill requirements of the project, the matching result is displayed for the teacher, and the method comprises the following steps:
acquiring basic information of scientific research bidding students of the declared project, and carrying out sequencing recommendation according to the Priority of the skills corresponding to the skill labels of the students;
and the teacher selects the students according to the recommendation scheme and the provided basic information of the students to determine final project members.
Compared with the prior art, the invention has the following technical characteristics:
1. there are a plurality of difficulties in the actual propulsion process of the teacher and student project in campus: firstly, the information amount of teachers and students in the campus is huge; secondly, the scientific research advantages and interests of each student are difficult to distinguish; third, the project and student matching approach requires some objectivity and scientificity. In order to solve the problems, the invention provides a scientific research project matching method which comprises the steps of firstly, constructing a scientific research project management system by building a software environment and a hardware environment, carrying out standard management on basic frame information and basic information of a using object through the system, breaking the original data barrier by using a mode of combining a web system and a small program, and improving the efficiency of information transmission and project matching; carrying out type label marking on the project and the project direction of the student psychoscope by using the basic information of the project and the student; through the association matching relationship among the labels, the rough matching of teachers and students on the project is realized, and the fuzzy mutual pushing recommendation between the project and the students is realized; through quantitatively calculating the competitiveness indexes of different attributes of students, accurate sequencing recommendation is carried out, a scientific project matching scheme is provided, and the transparency and the objectivity of matching are improved.
2. The campus scientific research project matching method based on the label classification combines the management information system and the label classification to match teachers and students of campus scientific research projects, and has the significance of solving the problems of information transmission barriers and lack of objective information to assist people in selecting and drawing in the traditional matching process by applying the existing development technology and constructing an efficient and scientific campus project matching system.
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FIG. 1 is a schematic flow diagram of the process of the present invention;
FIG. 2 is a schematic diagram of a basic information form for a project and a student;
FIG. 3 is a schematic diagram of a project student tag matching process;
fig. 4 is a schematic diagram of a calculation flow of skill tag competitiveness.
Detailed Description
The publishing and matching of campus projects mainly relate to three roles of teachers, projects and students with different requirements. In the matching process, whether the project can be successfully matched to a proper team member or not determines the subsequent development of the project. Around the traditional campus scientific research project bidding process, the method is based on quantitative analysis of mutual correlation information between research levels of scientific research projects and other projects of college students and scientific research projects so as to complete matching recommendation of the students and the scientific research projects; collecting basic information in a student school through a management information system, and performing label classification on the project type and the student skill; when the project is released, information can be pushed bidirectionally according to the rough matching of the labels; when the project personnel choose, the student recommendation scheme generated based on project requirements can be provided.
Referring to fig. 1, the matching method of the campus teacher and student scientific research projects based on tag classification comprises the following steps:
step 1, according to actual business requirements, after flow analysis and function design are carried out, a scientific research project management system is set up, and authority configuration of three user roles of system managers, project release teachers and scientific research tender students is carried out in the system.
The method comprises the steps of establishing hardware and software conditions for implementing the matching method of the campus teacher and student scientific research projects based on label classification. When the scheme is operated in the server, different user roles can use the webpage system of the Web end and the small program system of the mobile end to log in the system of the scheme to check and report or match scientific research projects.
1.1 constructing a scientific research project management system. And (3) building the requirements of the actual user object, and completing the construction of the database by utilizing database design software. And then, a development tool is utilized to synchronously develop background based on Springblade, a web system based on Vue front end and a mobile terminal system WeChat applet based on Uni-app.
1.2 after the development is completed, in the system, users are mainly divided into three user roles of system managers, project release teachers and scientific research and tender students, and the three roles have three using operation flows with different discriminations on different system pages. Wherein:
the system management personnel uniformly manage and classify the information of the teacher user and the student users, and can make personalized frame basic information according to campus differences. The data management system has the highest use authority, and can uniformly manage and operate the data based on the authority scope owned by the data management system, and establish data use specifications and authority.
The teacher user can release or manage scientific research bidding projects, can check personal comprehensive information of student users registered in a certain released project in a teacher role page, can know the personal skill competitiveness of the registered student users through a built-in student skill competitiveness algorithm, and can manage and select the student users registered in the projects.
The student user can select to look up information of the interested project to further know detailed conditions by browsing the project list of the project hall, can apply for joining the project to the responsible teacher if the project is tendered, sends personal detailed information to the responsible teacher, and knows the review progress of the teacher at any time.
1.3 teacher user carries out information issue in web page scientific research project management system of web end, through the application of web page system, can reduce pc system complicated procedure before logging in, carry out the edition and issue of project information with lower hardware cost. Meanwhile, the method can screen the entry classmates of the project and complete the bidding process of the project. The Web end has the advantages that the system is displayed in the form of a webpage, a user can conveniently and quickly log in and use the system, and the user can conveniently use the system by displaying detailed pages.
1.4 student users can inquire and issue project information through a scientific research project management system of the WeChat small program end, submit applications for adding interested projects and modify and edit personal information. By applying the small program, the use and learning cost of the system is reduced, and necessary information output is performed through the WeChat platform. The mobile terminal interacts in the form of WeChat small programs, learning and using costs of a large number of student groups are reduced by means of convenience of WeChat APP, and a propulsion system is widely used in student teacher groups and perfects basic conditions for executing a label classification matching method.
After the system is built, system basic frame information is formulated according to school differences; according to the requirements of different colleges and universities, by setting basic frame information, personalized schemes can be formulated, wherein the personalized schemes comprise basic information such as project categories with campus characteristics, skill requirements and other activities.
And 2, collecting basic information of the project release teachers and the scientific research bidding students, inputting the basic information into a scientific research project management system, and configuring project information by system management personnel.
In the step, the scientific research project management system mainly acquires target information data in the educational administration information management system by constructing a method for sending a corresponding request after acquiring a URL (uniform resource locator) address of the educational administration information management system of the school; the system administrator and the user can also actively input and fill in information, so that a more stereoscopic description label can be formed for teachers and students. After the user information and the project basis are obtained, the information is preliminarily classified and uniformly managed.
The data entry of the system mainly has three channels. Firstly, after the approval of an official party is obtained, a URL address of a teaching affair information management system is obtained, a POST request is sent to a background, and basic information input of a teacher and a student at a school is directly obtained; secondly, the basic information of the use role is uniformly input by project management personnel; and thirdly, the teacher user and the student users carry out information input by the system.
2.1 teacher user of the system, mainly through the three channels, entering information field attribute includes: teacher information, study direction, belonging college, etc.
2.2 student users of the system mainly obtain information through the three channels and enter information enrichment personal description through autonomous channels (applets and web systems). The personal field attributes mainly include: student information, student scores (G), heart instrument project types (Type), award obtaining experiences (Experience), personal Skill labels (Skill) and corresponding grades and honor awards, wherein the scores adopt an internationally popular student learning score GPA evaluation system, namely, the average credit score performance conversion method is that scores of all the departments are multiplied by credits according to the number of the scores, and then the scores are divided by total credits;
2.3 the system management personnel configure the following item information:
(1) defining the system item Type, and setting the item Type as (T)1,T2,T3,...,Tn) Wherein T is1,T2,T3,...,TnIt indicates that the system administrator sets the item categories, for example: innovate entrepreneurship projects, scientific research projects, graduation subjects, 3+1 practice projects,enterprise items and autonomous propositional items.
(2) Defining student Skill labels, and setting the student Skill labels as Skill ═ (S)1,S2,S3,...,Sn) In which S is1,S2,S3,...,SnThe student skill knowledge labels set by the system administrator, such as team management, verbal expression, front-end development, background development, machine vision, deep learning, optimization algorithms, circuit design, mechanical modeling, etc., are respectively represented. Information of related honor and prize winning can be filled under each skill label for information support, and personal skill competitiveness is improved.
(3) Defining the profession to which the student belongs, and representing the profession field as Major ═ (M)1,M2,M3,...,Mn) Wherein (M)1,M2,M3,...,Mn) It means that the system administrator enters the corresponding professional information of the school, such as industrial engineering, mechanical engineering, computer science and technology, software engineering, network engineering, civil engineering, etc.
(4) Game information is defined, and a game production unit (seal unit) is expressed as (O) ═ organ1,O2,O3,...,On) Wherein (O)1,O2,O3,...,On) Respectively representing the grades of relevant competition raising units, such as international grade, national grade, provincial grade, city grade, school grade, institution grade and the like; let the Prize-winning rank of the game be Prize ═ (P)1,P2,P3,...,Pn) Wherein (P)1,P2,P3,...,Pn) Respectively representing the grades of winning prize items of the game, such as the top grade prize, the first grade prize, the second grade prize, the third grade prize, the excellent prize, and the like; let Contribution degree constraint (Ct1, Ct2, Ct3, Ct., Ctn), (Ct1, Ct2, Ct3, Ct., Ctn) denote the Contribution degree of the student to the game performance, for example, 100% (personal item), 75% of the main responsible persons, 50% of the core members, 25% of the general members, and the like;
(5) defining academic paper information, and setting publication journal of academic paper as periodic ═ PR1, PR2, pr3.., PRn), wherein (PR1, PR2, PRn)1, PR2, pr3.., PRn) respectively represent categories of journals, such as three major indices (SCI, EI, ISTP), chinese core journals, csci, CN formal journals, and so on. Let academic paper author rank be expressed as Num ═ (N)1,N2,N3,...,Nn) Wherein (N)1,N2,N3,...,Nn) The author member order is represented, such as personal work, first author, second author, third author
(6) Defining patent information, and setting a patent authorization category as category (C1, C2,.. cni), wherein (C1, C2,.. cni) respectively represents a patent type, such as an invention patent, a utility model patent, an appearance design patent, and the like; let patent author rank denote Num ═ (N)1,N2,N3,...,Nn) Wherein (N)1,N2,N3,...,Nn) The author member order is represented, such as personal work, first author, second author, third author, fourth author, and others, respectively.
3. A project release teacher logs in a scientific research project management system to input corresponding project requirement information, and a project matching form is generated; acquiring basic information of all scientific research bidding students, constructing a student basic information form, and matching a project matching form and the student basic information form; after the corresponding recommended scientific research bidding post school is obtained through matching, the bidirectional information is pushed after the project release teacher releases the project.
After basic information fields are obtained, an online student project label classification module is set up, and students and projects are quantitatively processed. After the basic information of the project is filled in, the related information form is obtained and used for rapidly classifying and marking the student users and the scientific research projects, and the rough matching process is completed. And when the teacher issues the project, the teacher can provide suitable people for the students to choose and recommend.
3.1 the teacher user logs in the system to enter the corresponding project requirement information:
selecting type T corresponding to the project, professional limitation M (multiple selection or no limitation), minimum score G, number of required persons P of the project and pairing according to project requirementsStudent' S skill requirement S (multiple choice), where T ∈ Type ═ T1,T2,T3,...,Tn)，S∈Skill＝(S1,S2,S3，...,Sn)，M∈Major＝(M1,M2,M3,...,Mn) The lowest performance point G satisfies the GPA evaluation regime. And after the information input is completed, generating a project matching form. The form contains the information: project name, project introduction, project direction, project student skill knowledge tags, student skill requirements and minimum performance limits. The information form is shown in fig. 2.
3.2 obtaining a basic information form of the student, which mainly comprises the following information: name, specialty m, mental apparatus item type t, achievement g, individual student skill knowledge s ═ s1,s2,s3,...,sn). Where M is equal to Major (M)1,M2,M3,...,Mn)，t∈Type＝(T1,T2,T3,...,Tn)，s∈Skill＝(S1,S2,S3,...,Sn)。
3.3 after the teacher finishes the entry of the project information and issues the project matching form, the web system initiates a data call request from the front end. And acquiring a basic information form of the students in the database through a background interface, wherein the student information form is shown in fig. 3.
3.4 after the information forms of the items and students are obtained, calling an object item direction matching algorithm to perform calculation matching, as shown in fig. 4:
firstly, matching the item type of the student mental instrument with the type corresponding to the issued item, and assuming that T is T, considering that the matching direction of the student is consistent with the matching direction of the item, and performing subsequent screening; and T is not equal to T, the matching direction of the student is not consistent with the matching direction of the items, and subsequent classification operation is not needed.
3.5 when T ═ T, professional judgment is made:
and if M is equal to M, the matching direction of the student is consistent with the matching direction of the item, and if M is not equal to M, the matching direction of the student is not consistent with the matching direction of the item, so that the sorting operation is not required. And if the item type of the item information table is not professional, skipping the matching step and directly carrying out subsequent classification operation.
3.6 when obtaining the student group that the student matches with the project, and the student specialty is consistent with the project definition specialty, on the basis of satisfying T & M, carry out the second grade and judge:
student skill information S ∈ S ═ S (S)1,S2,S3,...,Sn) Student skill information corresponds to the skill tags; and when num elements exist in the intersection of S belonging to S, setting num as the skill score of each person in the student group.
3.7 calling a project direction matching sorting algorithm to perform recommendation priority operation:
after a student group is obtained, calculating a recommendation score, calculating a skill score, and carrying out standardized calculation on the skill score num of each person of the student group:
Figure BDA0003063947880000111
after the skill score parameter alpha is obtained, total score calculation is carried out: result ═ α × (g +5), where g denotes score, nummin、minmaxRespectively representing the minimum value and the maximum value of num; and finally, carrying out sequencing recommendation according to the student priority order according to the total score Result to obtain a corresponding recommended scientific research bidding student group.
3.8, after the recommended scientific research bidding student groups of the projects are obtained, bidirectional information pushing is carried out when the teachers release the projects; the related information of the project is pushed to the student group, and the related information of the recommended student group is recommended to the project publishing teacher.
3.9 when the personal skill knowledge of the students in the basic information form of the students is missing or blank, the skill score parameter is calculated by default as 0.5; and when the rest information of the student basic information form or the project requirement information in the project matching form is missing, the sequencing calculation is not performed by default.
Step 4, the scientific research tender students declare projects according to the released project information; and calculating the skill label competitiveness of the scientific research bidding students of the declared project by comprehensively considering the individual experience and the skill characteristics of the students, and calculating the priority of the skill labels.
4.1 student users can select mental apparatus items according to published item information and personal interests and requirements, and select corresponding skill posts in the items.
4.2 when the number of the persons in the project reaches the upper limit, the project stops accepting the declaration.
4.3 after obtaining the student group of the declaration project, performing skill label competitiveness calculation on students in the group, and calculating scientific research skill label competitiveness ═ Y + Z in the student users by retrieving self-evaluation and reputation winning information recorded by the student skill labels, wherein:
(1) the self-evaluation score Y is self-evaluated by the student on the personal skill label, and the evaluation standard and the corresponding score are as follows:
type of personal evaluation Self-rating point Y
Is not skilled 0
Is more skillfully practiced 5
Proficiency in practice 10
Is very skilled 15
Is very skilled 20
Wherein the cumulative sum Y of the self-scoring points of all the personal skill tags cannot exceed 50;
(2) the Z score of honor winning is generated by calculating the honor winning activity corresponding to the student skill label, and the Z score is 40log1000(4 × (A-0.2)), the calculation formula for A is as follows: a ═ A1+A2+A3+...+AnWherein (A)1，A2，A3，...，An) Respectively representing the registered honor prize points of the skill label; the marked items are subjected to the integral calculation mode as follows:
according to the competition sponsoring unit Organizer and the competition winning grade Prices in the competition information, the point calculation of a certain honor award item is carried out corresponding to the following table:
Figure BDA0003063947880000121
Figure BDA0003063947880000131
according to journal periodic published in academic papers and author ranking Num, the following table is combined to calculate the integral of a certain paper:
Figure BDA0003063947880000132
according to the grade Category and author ranking Num of the patent or soft work, the integral calculation of a certain patent or soft work is carried out by combining the following table:
Category personal works The main responsible person Core member
Invention patent 10 8 6
Utility model patent 8 6 4
Appearance patent 4 2 1
Software copyright 4 2 1
The calculation flow of skill label competitiveness is shown in fig. 4.
4.4 after the scientific research skill label competitiveness of the student is declared through calculation, the Priority calculation mode aiming at the single skill label is as follows:
(1) selecting a performance point G in user information of a scientific research bidding student, and calculating the Basic capability Basic of the student according to the following formula:
Figure BDA0003063947880000133
(2) selecting the label competence Abiliity of the scientific research bidding student on the label corresponding to the skill, and calculating the Priority of the skill label of the student according to the following formula:
Priority＝Ability+Basic
4.5 when the student is filling in the skill or honor prize item information, all process as 0.
And 5, on a project release teacher project management and control student recommendation page, according to the sequencing result of the skill labels owned by the scientific research bidding student users of the declared projects and the skill requirements of the projects, displaying the matching result for the teacher, and determining project members by the teacher according to the matching result. The main matching steps are as follows:
and 5.1, acquiring basic information of the declared students of the project, and carrying out sequencing recommendation according to the Priority of the skills of the students corresponding to the skill labels. For example, the development skill ranking recommendations are shown in the following table:
Figure BDA0003063947880000141
and 5.2, the teacher selects students according to the recommendation scheme and the provided basic information of the students to determine final project members.
And 5.3, the system respectively pushes the final audit results to students submitting the audit, and the matching of the teacher and student projects in the campus is completed.
The above embodiments are only used to illustrate the technical solutions of the present application, and not to limit the same; although the present application has been described in detail with reference to the foregoing embodiments, it should be understood by those of ordinary skill in the art that: the technical solutions described in the foregoing embodiments may still be modified, or some technical features may be equivalently replaced; such modifications and substitutions do not substantially depart from the spirit and scope of the embodiments of the present application and are intended to be included within the scope of the present application.

Claims (10)

1. A campus teacher and student scientific research project matching method based on tag classification is characterized by comprising the following steps:
according to actual business requirements, after flow analysis and functional design are carried out, a scientific research project management system is set up, and authority configuration of three user roles of system managers, project release teachers and scientific research bidding students is carried out in the system;
acquiring basic information of project release teachers and scientific research bidding students and inputting the basic information into a scientific research project management system, and configuring project information by system management personnel;
a project release teacher logs in a scientific research project management system to input corresponding project requirement information, and a project matching form is generated; acquiring basic information of all scientific research bidding students, constructing a student basic information form, and matching a project matching form and the student basic information form; obtaining corresponding recommended scientific research bidding students through matching, and pushing bidirectional information after the project release teacher releases the project;
the scientific research tender students declare projects according to the released project information; calculating the skill label competitiveness of the scientific research bidding student of the declared project by comprehensively considering the individual experience and the skill characteristics of the student, and calculating the priority of the skill label;
and displaying a matching result for the teacher according to the sequencing result of the skill labels owned by the scientific research bidding student users of the declared projects and the skill requirements of the projects, and determining project members by the teacher according to the matching result.
2. The tag classification-based campus teacher and student scientific research project matching method according to claim 1, wherein the scientific research project management system comprises a web page system of a web end and an applet system of a mobile end;
the system management personnel are used for managing and classifying information of project release teachers and scientific research bidding students and formulating personalized frame basic information according to campus differences; the system has the highest use authority, and unified management and operation are carried out on data based on the authority and responsibility range owned by the system, so that data use specifications and authorities are formulated;
the project release teacher is used for releasing scientific research bidding projects, checking personal comprehensive information and personal skill competitiveness of student users who have submitted in the released projects, managing the projects and selecting students who submit the projects;
the scientific research tender students select the interested items for information lookup by browsing a project list formed by all the projects released by the project release teachers, and apply for adding the projects to the project release teachers corresponding to the projects.
3. The tag classification-based campus teacher-student scientific research project matching method according to claim 1, wherein the collection project release teacher, scientific research bidding student's basic information and the input of the basic information into scientific research project management system comprises:
the basic information input by the project release teacher comprises teacher information, research direction and colleges to which the teacher belongs;
basic information input by the scientific research bidding students comprises student information, student scores, heart instrument project types, prize winning experiences, personal skill labels and corresponding levels and honor awards; the score is converted by average score and score point, and the score is multiplied by the score and divided by the total score.
4. The tag classification-based campus teacher and student scientific research project matching method as claimed in claim 1, wherein said system manager performs project information configuration, including:
(1) defining the system item Type, and setting the item Type as (T)1，T2，T3，...，Tn) Wherein T is1，T2，T3，...，TnRespectively indicating the system administrator to set the item types;
(2) defining student Skill labels, and setting the student Skill labels as Skill ═ (S)1，S2，S3，...，Sn) In which S is1，S2，S3，...，SnRespectively representing student skill knowledge labels set by system managers;
(3) defining the profession to which the student belongs, and representing the profession field as Major ═ (M)1，M2，M3，...，Mn) Wherein (M)1，M2，M3，...，Mn) Respectively indicating that system managers input professional information corresponding to schools;
(4) defining game information, and setting the game sponsoring unit as Organizer ═ (O)1，O2，O3，...，On) Wherein (O)1，O2，O3，...，On) Respectively representing the grades of the relevant competition raising units, including international grade, national grade, provincial grade, city grade, school grade and academia grade; let the Prize-winning rank of the game be Prize ═ (P)1，P2，P3，...，Pn) Wherein (P)1，P2，P3，...，Pn) Respectively representing the grades of winning prizes of the match, including the special prizes, the first-class prizes, the second-class prizes, the third-class prizes, the excellent prizes and other prizes; let Contribution degree constraint (Ct1, Ct2, Ct3, …, Ctn), (Ct1, Ct2, Ct3, …, Ctn) represent the Contribution degree of the student to the game result, respectively;
(5) defining academic paper information, and setting academic paper publication periodicals as (PR1, PR2, PR3 …, PRn), wherein (PR1, PR2, PR3 …, PRn) respectively represent the category of periodicals, and the journal comprises three major indexes (SCI, EI, ISTP), Chinese core journal, CSSCI and CN formal journal; let academic paper author rank be expressed as Num ═ (N)1，N2，N3，...，Nn) Wherein (N)1，N2，N3，...，Nn) Respectively representing the member order of the authors, including the personal work, the first author, the second author and the third author;
(6) defining patent information, and setting the patent authorization category as category (C1, C2, …, Cn), wherein (C1, C2, …, Cn) are respectively expressed as patent typesThe method comprises the invention patent, the utility model patent and the appearance design patent; let patent author rank denote Num ═ (N)1，N2，N3，...，Nn) Wherein (N)1，N2，N3，...，Nn) The author member order is indicated separately.
5. The tag classification-based campus teacher-student scientific research project matching method according to claim 1, wherein the project issuing teacher logs in a scientific research project management system to enter corresponding project requirement information, and generates a project matching form, including:
selecting a Type T corresponding to the project, a professional definition M, a minimum achievement G, a project requirement number P and a skill requirement S for students according to project requirements, wherein T belongs to the Type (T belongs to the T Type)1，T2，T3，...，Tn)，S∈Skill＝(S1，S2，S3，...，Sn)，M∈Major＝(M1，M2，M3，...，Mn) The lowest performance point G meets the GPA evaluation system; after the information input is completed, generating a project matching form, wherein the form comprises the following information: project name, project introduction, project direction, project student skill knowledge tags, student skill requirements and minimum performance limits.
6. The tag classification-based campus teacher and student scientific research project matching method as claimed in claim 1, wherein said obtaining basic information of all scientific research bidding students and constructing student basic information form comprises:
the method comprises the following steps of obtaining a basic information form of a scientific research invitation student, wherein the basic information form comprises the following information: name, specialty m, psychology project type t, score g, individual student skill knowledge s; where M is equal to Major (M)1，M2，M3，...，Mn)，t∈Type＝(T1，T2，T3，...，Tn)，S∈Skill＝(S1，S2，S3，...，Sn)。
7. The tag classification-based campus teacher and student scientific research project matching method as claimed in claim 1, wherein said matching of project matching forms and student basic information forms comprises:
(1) matching the student mental instrument item type with the type corresponding to the issued item, and if T is equal to T, considering that the matching direction of the student is consistent with the matching direction of the item, and performing subsequent screening; if T is not equal to T, the matching direction of the student is not consistent with the matching direction of the item, and subsequent steps are not needed;
when T is equal to T, professional judgment is carried out:
if M is equal to M, the matching direction of the student is consistent with the matching direction of the item, and if M is not equal to M, the matching direction of the student is not consistent with the matching direction of the item, and subsequent steps are not required;
if the project type is not professional, skipping the matching step and carrying out the next step;
(2) when a scientific research bidding student group with the matching of students and projects and the consistent students specialty and project limiting specialty is obtained, secondary judgment is carried out on the basis of meeting T & M & M:
student personal skill knowledge S ∈ S ═ S (S)1，S2，S3，...，Sn) And when num elements exist in the intersection of S belonging to S, if num is set as the skill score of each person of the scientific research bidding student group, performing recommendation priority operation:
the skill scores are calculated first, and the skill scores num of each person of the student population are calculated in a standardized manner:
Figure FDA0003063947870000041
and after obtaining the skill score parameter alpha, carrying out recommendation total score calculation: result ═ α × (g +5), nummin、minmaxRespectively representing the minimum value and the maximum value of num; finally, according to the recommendation summary Result, conducting sequencing recommendation on the priority sequence of the scientific research bidding students to obtain a corresponding recommended scientific research bidding student group;
when the personal skill knowledge of the students in the basic information form of the students is missing or blank, the skill score parameter is calculated by default as 0.5; and when the rest information of the student basic information form or the project requirement information in the project matching form is missing, the sequencing calculation is not performed by default.
8. The tag classification-based campus teacher and student scientific research project matching method as claimed in claim 1, wherein said calculating the skill tag competitiveness of the scientific research bidding students who have declared the project by comprehensively considering their individual experiences and skill characteristics comprises:
after obtaining a recommended scientific research bidding student group of the project, calculating the skill label competitiveness of students in the group, and calculating the scientific research skill label competitiveness (Y + Z) of the students by retrieving self-evaluation and honor winning information recorded by the skill labels corresponding to the students, wherein:
(1) the self-evaluation score Y is self-evaluated by the student on the skill label, the self-evaluation types are distinguished by proficiency, and each proficiency corresponds to a self-evaluation score; wherein the cumulative sum Y of the self-scoring points of all the personal skill tags cannot exceed 50;
(2) the Z score of honor winning is generated by calculating the honor winning activity corresponding to the student skill label, and the Z score is 40log1000(4 × (A-0.2)), the calculation formula for A is as follows: a ═ A1+A2+A3+…+AnWherein (A)1，A2，A3，...，An) Respectively representing the registered honor prize points of the skill label;
according to the competition sponsoring unit Organizer and the competition winning grade Prices in the competition information, the point calculation of a certain honor award item is carried out: different credit values are respectively set according to the sponsoring units, the prize winning grades and the contribution weights of individuals in the projects;
according to journal periodic published in academic papers and author ranking Num, integral calculation of a certain paper is carried out; wherein different score values are set according to the grades of published periodicals and the front and back sequence of the ranking of authors;
according to the grade Category and author ranking Num of the patent or soft work, carrying out integral calculation of a certain patent or soft work; wherein different integral scores are respectively set for different types of patents or soft works according to the contribution weight of the individual in the patents or soft works;
after calculating the skill label competitiveness, the Priority for a single skill label is calculated as follows:
selecting a performance point G in user information of a scientific research bidding student, and calculating the Basic capability Basic of the student according to the following formula:
Figure FDA0003063947870000051
(2) selecting the label competence Abiliity of the label corresponding to the skill of the scientific research bidding student, and calculating the Priority of the skill label of the student according to the following formula:
Priority＝Ability+Basic。
9. the tag classification-based campus teacher and student scientific research project matching method as claimed in claim 8, wherein when the student does not fill in the skill or honor award project information, all the students are processed as 0.
10. The tag classification-based campus teacher-student scientific research project matching method according to claim 1, wherein the matching results are displayed to teachers according to the ranking results of the skill tags owned by the scientific research bidding student users who have submitted projects and the skill requirements of the projects, and the method comprises the following steps:
acquiring basic information of scientific research bidding students of the declared project, and carrying out sequencing recommendation according to the Priority of the skills corresponding to the skill labels of the students;
and the teacher selects the students according to the recommendation scheme and the provided basic information of the students to determine final project members.
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