A scientific research information management system and method based on interdisciplinary

Abstract

The present invention discloses a scientific research information management system and method based on interdisciplinary research, including: a project pre-management subsystem, which is used to decompose a project according to an interdisciplinary scientific research project, generate a first sub-project and a second sub-project, build a project team and publish project solicitation information; a project mid-term management subsystem, which is used to obtain a project plan according to the first sub-project and / or the second sub-project, and build a number of project paths; a project post-management subsystem, which is used to summarize the first project execution information, the second project execution information of each project path, and generate a project evaluation report and a project execution flow chart and display the project according to the first participation information of the project leader for the first project execution information and the second participation information of the project leader for the second project execution information; the present invention effectively solves the problem of interdisciplinary and cross-field scientific research project management, and provides technical support for the management of future scientific research projects.

Description

Technical Field

[0001] The present invention relates to the technical field of data management, and in particular to an interdisciplinary scientific research information management system and method. Background Art

[0002] Scientific research project management refers to the management of the entire process of a project, from project application, project justification, organization and implementation, inspection and evaluation, acceptance and appraisal, achievement declaration, technology promotion, and filing. Its purpose is to implement institutionalized and scientific management of scientific research projects, to ensure the successful completion of scientific research plans, to produce results, talents, and benefits, and to improve competitiveness; the management of scientific research information will help with the tracking, management, and acceptance of scientific research projects, and is of great significance.

[0003] The existing scientific research projects and achievements are not managed in a standardized manner, with backward systems and single functions. Some schools even use traditional Excel and Word methods to count scientific research achievements, which is a heavy workload, cumbersome work, and high error rate. The allocation of teaching resources and technical forces between schools is unbalanced, and there is a lack of sharing mechanism. Educational technology does not provide effective support for improving teaching quality and school management efficiency.

[0004] With the development of science and technology, intelligent management software has gradually become an essential tool for all walks of life for various affairs, and cross-disciplinary scientific research is gradually becoming the mainstream of scientific research projects. However, for traditional scientific research information management, it is more targeted at scientific research information management of a single discipline, lacking the ability to manage interdisciplinary scientific research projects. The design in existing technologies is often not conducive to project modification, traceability and other work. There is an urgent need for an interdisciplinary scientific research information management system to solve existing technical problems. Summary of the invention

[0005] In order to solve the existing technical problems, the present invention provides a scientific research information management system based on interdisciplinary, including:

[0006] The project pre-management subsystem is used to decompose the project according to the interdisciplinary scientific research project, generate the first sub-project and the second sub-project, build a project team according to the first sub-project and / or the second sub-project, and publish the project solicitation information. When the project team is built according to the first sub-project and the second sub-project, the scientific research information management system determines the project leader of the project team according to the interdisciplinary scientific research situation of the applicants. Each project team includes at least two project leaders, and at least one of the project leaders has interdisciplinary scientific research capabilities.

[0007] The project mid-term management subsystem is used to obtain a project plan based on the first subproject and / or the second subproject, and construct a plurality of project paths, wherein each project path includes at least one project intersection, and generate the completion degree of the project plan based on the first project execution information of each project intersection;

[0008] The project post-management subsystem is used to summarize the first project execution information and the second project execution information of each project path, and generate a project evaluation report and a project execution flowchart and perform project presentation based on the project leader's first participation information in the first project execution information and the project leader's second participation information in the second project execution information.

[0009] Preferably, the interdisciplinary scientific research project includes at least two subject requirements, the first sub-project includes at least two subject requirements, and the second sub-project includes at least one subject requirement, and the subject requirements are used to represent the subject background required for the interdisciplinary scientific research project.

[0010] Preferably, the project pre-management subsystem is also used to assign project requirements and completion conditions to the first sub-project and the second sub-project respectively, form a project team according to the project requirements, and publish project solicitation information according to the completion conditions.

[0011] Preferably, the project mid-term management subsystem is further used to generate a project plan including at least two project intersections based on the first subproject and the second subproject, and the project plan includes at least three project paths, wherein each project intersection constitutes a project path.

[0012] Preferably, the project pre-management subsystem is also used to generate a third sub-project according to the project leader, and the third sub-project is used to update or replace the first sub-project or the second sub-project, wherein:

[0013] When the similarity between the third sub-item and the first sub-item or the second sub-item is greater than 60%, the first sub-item or the second sub-item is updated by the third sub-item;

[0014] When the similarity between the third sub-item and the first sub-item or the second sub-item is greater than 90%, the first sub-item or the second sub-item is replaced by the third sub-item;

[0015] When the similarity between the third sub-item and the first sub-item and the second sub-item is greater than 80%, the first sub-item and the second sub-item are replaced by the third sub-item;

[0016] When the similarity between the third subproject and the first subproject and the second subproject is less than 50%, the mid-term project management subsystem is further used to generate a new project path according to the third subproject and add it to the project plan.

[0017] Preferably, the project post-management subsystem is used to generate a project evaluation report based on the first participation information and the second participation information;

[0018] The project post-management subsystem is used to generate a project execution flowchart according to the first project execution information and the second project execution information, wherein the project execution flowchart includes a plurality of process nodes, each process node is used to represent a project intersection and a path node of each project path, wherein each process node includes node information of the process node and summary information of neighboring nodes summarized to the process node;

[0019] The project post-management subsystem is also used to generate the node completion of the process node based on the node information and summary information, and to obtain the completion of the interdisciplinary scientific research project based on the node completion. Among them, the completion of the project intersection is used to represent the completion of the interdisciplinary scientific research project.

[0020] Preferably, the project post-management subsystem is also used to generate a project evaluation report based on the third participation information of the project leader for the third sub-project, as well as the first participation information and / or the second participation information.

[0021] Preferably, the scientific research information management system also includes a visual user interaction subsystem;

[0022] The visual user interaction subsystem interacts with the project pre-management subsystem, the project mid-management subsystem, and the project post-management subsystem for data display, and is used to display project evaluation reports, project execution flowcharts, and to generate new project execution flowcharts by modifying process nodes.

[0023] The present invention also discloses a scientific research information management method based on interdisciplinary, comprising the following steps:

[0024] Decompose the project according to the interdisciplinary scientific research project, generate the first sub-project and the second sub-project, build a project team and publish project solicitation information according to the first sub-project and / or the second sub-project, wherein, when building a project team according to the first sub-project and the second sub-project, the scientific research information management system determines the project leader of the project team according to the interdisciplinary scientific research situation of the applicants, each project team includes at least two project leaders, and at least one of the project leaders has interdisciplinary scientific research capabilities;

[0025] According to the first subproject and / or the second subproject, a project plan is obtained, and a plurality of project paths are constructed, wherein each project path includes at least one project intersection, and according to the first project execution information of each project intersection, a completion degree of the project plan is generated;

[0026] By summarizing the first project execution information and the second project execution information of each project path, and based on the project leader's first participation information on the first project execution information and the project leader's second participation information on the second project execution information, a project evaluation report and a project execution flowchart are generated and a project presentation is performed.

[0027] Preferably, a third sub-project is generated according to the project leader, and the third sub-project is used to update or replace the first sub-project or the second sub-project, wherein:

[0028] When the similarity between the third sub-item and the first sub-item or the second sub-item is greater than 60%, the first sub-item or the second sub-item is updated by the third sub-item;

[0029] When the similarity between the third sub-item and the first sub-item or the second sub-item is greater than 90%, the first sub-item or the second sub-item is replaced by the third sub-item;

[0030] When the similarity between the third sub-item and the first sub-item and the second sub-item is greater than 80%, the first sub-item and the second sub-item are replaced by the third sub-item;

[0031] When the similarity between the third subproject and the first subproject and the second subproject is less than 50%, the mid-term project management subsystem is further used to generate a new project path according to the third subproject and add it to the project plan.

[0032] The present invention discloses the following technical effects:

[0033] The scientific research information management system and method designed by the present invention effectively solves the problem of cross-disciplinary and cross-field scientific research project management, and provides technical support for the management of future scientific research projects. BRIEF DESCRIPTION OF THE DRAWINGS

[0034] In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings required for use in the embodiments will be briefly introduced below. Obviously, the drawings described below are only some embodiments of the present invention. For ordinary technicians in this field, other drawings can be obtained based on these drawings without paying creative labor.

[0035] Figure 1 The schematic diagram of the system structure of the present invention is shown in FIG.

[0036] Figure 2 The present invention is a flow chart of the method described in the present invention. DETAILED DESCRIPTION

[0037] In order to make the purpose, technical scheme and advantages of the embodiments of the present application clearer, the technical scheme in the embodiments of the present application will be clearly and completely described below in conjunction with the drawings in the embodiments of the present application. Obviously, the described embodiments are only part of the embodiments of the present application, rather than all of the embodiments. The components of the embodiments of the present application generally described and shown in the drawings here can be arranged and designed in various different configurations. Therefore, the following detailed description of the embodiments of the present application provided in the drawings is not intended to limit the scope of the application claimed for protection, but merely represents the selected embodiments of the present application. Based on the embodiments of the present application, all other embodiments obtained by those skilled in the art without making creative work belong to the scope of protection of the present application.

[0038] like Figure 1-2 As shown, the present invention provides a scientific research information management system based on interdisciplinary, including:

[0039] The project pre-management subsystem is used to decompose the project according to the interdisciplinary scientific research project, generate the first sub-project and the second sub-project, build a project team according to the first sub-project and / or the second sub-project, and publish the project solicitation information. When the project team is built according to the first sub-project and the second sub-project, the scientific research information management system determines the project leader of the project team according to the interdisciplinary scientific research situation of the applicants. Each project team includes at least two project leaders, and at least one of the project leaders has interdisciplinary scientific research capabilities.

[0040] The project mid-term management subsystem is used to obtain a project plan based on the first sub-project and / or the second sub-project, and construct a plurality of project paths, wherein each project path includes at least one project intersection, and generate the completion degree of the project plan based on the first project execution information of each project intersection;

[0041] The project post-management subsystem is used to summarize the first project execution information and the second project execution information of each project path, and generate a project evaluation report and a project execution flowchart and perform project presentation based on the project leader's first participation information in the first project execution information and the project leader's second participation information in the second project execution information.

[0042] Further preferably, the interdisciplinary scientific research project includes at least two subject requirements, the first sub-project includes at least two subject requirements, and the second sub-project includes at least one subject requirement, and the subject requirements are used to represent the subject background required for the interdisciplinary scientific research project.

[0043] Further preferably, the project pre-management subsystem is also used to assign project requirements and completion conditions to the first sub-project and the second sub-project respectively, form a project team according to the project requirements, and publish project solicitation information according to the completion conditions.

[0044] Further preferably, the project mid-term management subsystem is also used to generate a project plan including at least two project intersections based on the first subproject and the second subproject, and the project plan includes at least three project paths, wherein each project intersection constitutes a project path.

[0045] Further preferably, the project pre-management subsystem is also used to generate a third sub-project according to the project leader, and the third sub-project is used to update or replace the first sub-project or the second sub-project, wherein:

[0046] When the similarity between the third sub-item and the first sub-item or the second sub-item is greater than 60%, the first sub-item or the second sub-item is updated by the third sub-item;

[0047] When the similarity between the third sub-item and the first sub-item or the second sub-item is greater than 90%, the first sub-item or the second sub-item is replaced by the third sub-item;

[0048] When the similarity between the third sub-item and the first sub-item and the second sub-item is greater than 80%, the first sub-item and the second sub-item are replaced by the third sub-item;

[0049] When the similarity between the third subproject and the first subproject and the second subproject is less than 50%, the mid-term project management subsystem is further used to generate a new project path according to the third subproject and add it to the project plan.

[0050] Further preferably, the project post-management subsystem is used to generate a project evaluation report according to the first participation information and the second participation information;

[0051] The project post-management subsystem is used to generate a project execution flowchart according to the first project execution information and the second project execution information, wherein the project execution flowchart includes a plurality of process nodes, each process node is used to represent a project intersection and a path node of each project path, wherein each process node includes node information of the process node and summary information of neighboring nodes summarized to the process node;

[0052] The project post-management subsystem is also used to generate the node completion of the process node based on the node information and summary information, and to obtain the completion of the interdisciplinary scientific research project based on the node completion. Among them, the completion of the project intersection is used to represent the completion of the interdisciplinary scientific research project.

[0053] Further preferably, the project post-management subsystem is also used to generate a project evaluation report based on the third participation information of the project leader for the third sub-project, as well as the first participation information and / or the second participation information.

[0054] Further preferably, the scientific research information management system also includes a visual user interaction subsystem;

[0055] The visual user interaction subsystem interacts with the project pre-management subsystem, the project mid-management subsystem, and the project post-management subsystem for data display, and is used to display project evaluation reports, project execution flowcharts, and to generate new project execution flowcharts by modifying process nodes.

[0056] The present invention also discloses a scientific research information management method based on interdisciplinary, comprising the following steps:

[0057] Decompose the project according to the interdisciplinary scientific research project, generate the first sub-project and the second sub-project, build a project team and publish project solicitation information according to the first sub-project and / or the second sub-project, wherein, when building a project team according to the first sub-project and the second sub-project, the scientific research information management system determines the project leader of the project team according to the interdisciplinary scientific research situation of the applicants, and each project team includes at least two project leaders, and at least one of the project leaders has interdisciplinary scientific research capabilities;

[0058] According to the first subproject and / or the second subproject, a project plan is obtained, and a plurality of project paths are constructed, wherein each project path includes at least one project intersection, and according to the first project execution information of each project intersection, a completion degree of the project plan is generated;

[0059] By summarizing the first project execution information and the second project execution information of each project path, and based on the project leader's first participation information on the first project execution information and the project leader's second participation information on the second project execution information, a project evaluation report and a project execution flowchart are generated and a project presentation is performed.

[0060] Further preferably, a third sub-project is generated according to the project leader, and the third sub-project is used to update or replace the first sub-project or the second sub-project, wherein:

[0061] When the similarity between the third sub-item and the first sub-item or the second sub-item is greater than 60%, the first sub-item or the second sub-item is updated by the third sub-item;

[0062] When the similarity between the third sub-item and the first sub-item or the second sub-item is greater than 90%, the first sub-item or the second sub-item is replaced by the third sub-item;

[0063] When the similarity between the third sub-item and the first sub-item and the second sub-item is greater than 80%, the first sub-item and the second sub-item are replaced by the third sub-item;

[0064] When the similarity between the third subproject and the first subproject and the second subproject is less than 50%, the mid-term project management subsystem is further used to generate a new project path according to the third subproject and add it to the project plan.

[0065] Embodiment 1: The scientific research information management system designed by the present invention has the following functions:

[0066] Project Management

[0067] 1. The scientific research project implements the project leader (host) responsibility system. Members of each project team can cross. Scientific research projects across project teams are carried out in a two-way selection and free combination manner.

[0068] 2. The project leader is fully responsible for the project and has management rights. He is fully responsible for the progress, funding, personnel deployment, material collection, project bonus and performance reward distribution of the project, completes various tasks according to the progress of the project and accepts the inspection and assessment of the Institute Office. For projects carried out in conjunction with the work of the college, the work of the project leader should be approved by the college leaders.

[0069] 3. The Institute Office will inspect and evaluate the implementation of the project every year. The project team should submit a summary and evaluation of the project progress to the Institute Office on time, with at least one summary every two months (at the end of the next month).

[0070] 4. Once the research content, team members, schedule and budget of a scientific research project are determined, the team shall not change or modify them without approval. In case of special circumstances, they must be reported to the institute leaders for approval and submitted to the institute office for filing.

[0071] 5. All data generated during the research work shall not be missing or claimed as one’s own. Without permission, no excerpts or publications shall be made at will.

[0072] 6. Experimental records should be timely, accurate, true and complete. The content of scientific research records mainly includes the name of the experiment, plan, personnel, time, materials, environment, methods, specific experimental steps, process, results, etc., and the data changes of the observed indicators should be accurately recorded. After each experiment, data processing and analysis should be carried out, and a written summary should be made.

[0073] 7. When an experimental researcher is transferred from another job, all experimental records, archival materials, document cards, etc. should be submitted to the project team. The transfer procedures can only be carried out after the signature of the project team leader.

[0074] 8. The notebooks, other record materials and related materials that record the experimental design, operation process, research content, experimental results and data belong to the Institute and are used by each research group. When leaving the Institute, researchers may copy these materials with the Institute's consent to facilitate future research work.

[0075] 9. After the research work is completed, the person in charge shall write a summary report and related papers, and submit the final report to the Institute Office. The person in charge is responsible for sorting out all project-related materials and submitting them to the Institute Office for filing.

[0076] 10. For those who cannot complete the research project due to objective reasons, the project leader should write the reasons for the delay and submit it to the Institute Office. After verification, the following measures will be taken:

[0077] 1) Projects that are worth continuing research must be completed in the next year.

[0078] 2) For projects that have no further research value, the person in charge shall write a termination report. After approval, the person in charge shall do a good job of cleaning up and archiving technical data, counting and handing over instruments and reagents, and the remaining funds shall be recovered. Those who have not done a good job of follow-up work cannot accept new projects from the institute.

[0079] 3) If a project leader fails to complete the project as planned without a valid reason, he or she will no longer be eligible to undertake any project of the institute.

[0080] Fund Management

[0081] (I) Management of research project funds within the institute

[0082] 1. For self-selected or institute-assigned projects, after discussion by the Academic Committee and approval by the institute's leadership, the project leader should submit the proposal report or agreement, contract and detailed budget of approved funds to the institute's office to handle the project funding procedures.

[0083] 2. The Institute will allocate 10% of the total funds to the project start-up fee, and the balance will be managed uniformly according to the project team's budget application.

[0084] (2) The above funds shall be handled by the Institute’s Office in accordance with regulations and can only be used after financial audit and approval by the Institute’s leaders.

[0085] (III) Scope and authority of use of project funds

[0086] 1. The project leader should strictly follow the approval procedures according to the budget plan and keep detailed records of fund use.

[0087] 2. All project-related expenses can only be reimbursed after being signed by the project leader, reviewed by the institute office and approved by the director of the institute.

[0088] 3. The purchased materials must be registered and put into storage at the institute office before they can be reimbursed.

[0089] 4. Any matters that can be coordinated and resolved within the institute should be resolved within the institute and included in the project funding, such as making slides, transportation, printing, photocopying, etc.;

[0090] 5. All expenses shall be reviewed by the Institute Office upon reimbursement. Any changes may be reported to the Institute Director for review.

[0091] Results Management

[0092] 1. Scientific and technological achievements refer to new technologies, new methods, new equipment, new drugs, new theories, new understandings, etc. that are creative in experiments or theories and have a certain scientific level and practical value.

[0093] 2. All scientific and technological achievements that are novel, advanced and practical and fall within the scope of scientific and technological achievements should be registered in accordance with the national, provincial and municipal achievement registration procedures, otherwise they will not be allowed to apply for achievement awards.

[0094] 3. Before applying, relevant information should be submitted to the Institute Office and approved by the Institute’s Academic Committee for preliminary review.

[0095] 4. For any application for the National Science and Technology Achievement Award or the Provincial or Municipal Science and Technology Achievement Award, relevant materials must be prepared in accordance with relevant national, provincial and municipal regulations, various application forms and appraisal letters must be filled out, and new searches must be conducted in advance.

[0096] 5. For projects that participate in the appraisal, the project leader shall make a report on the results to the appraisal committee and prepare all application materials.

[0097] 6. Topics that have passed the appraisal shall be reported, registered and archived in accordance with regulations.

[0098] Archives

[0099] 1. Scientific and technological archives shall be filed on time by the project leader. If there is collaboration with external units, they shall be kept by the sponsoring unit.

[0100] 2. Award-winning scientific research projects shall be sorted and filed and handed over to the Institute Office within three months after the announcement of the award level, and a copy of the award certificate shall be submitted for record.

[0101] 3. Documents and materials archived in scientific and technological archives, including approval documents, task orders, letters of authorization, project proposals, design plans, agreements, contracts; important original records and data of experimental research investigations, analyses, trial production, tests, observations and various carriers, lists of papers, achievement application materials, approval materials, achievement reward documents, achievement promotion and use certification materials, invention certificates, rewards, fund collection and expenditure settlement, etc.

[0102] 4. After the project receives an achievement award, the project leader should first file all the materials before receiving the achievement bonus.

[0103] The present invention has the following practical effects: integrating and streamlining various reports: systematically sorting out project application, project establishment, process management and comprehensive performance evaluation, optimizing management processes, integrating various reports in project application forms, task books, annual reports, mid-term reports, comprehensive performance self-evaluation reports and other materials, and following the principle of reducing quantity without reducing quality and meeting basic management needs, the existing project-level forms are filled in.

[0104] Reduce information filling and material submission: From project application to comprehensive performance evaluation, we will fully implement information technology and submit materials through the National Science and Technology Management Information System. We will eliminate the duplication of various information such as basic information of scientific research units, basic information of scientific researchers, project goals and assessment indicators, and reduce the duplication of materials such as joint application agreements and letters of commitment.

[0105] Streamline process inspection: According to the agreement in the task book, milestone management is carried out at key nodes; for projects with an implementation period of less than three years, process inspection is generally not carried out. Project management professional organizations formulate annual inspection work plans in advance and conduct inspections in a relatively concentrated time to avoid repeated inspections and multiple inspections of the same project in the same year.

[0106] Simplify budget preparation requirements: Further improve budget preparation based on the rules and characteristics of scientific research activities. Simplify budget calculation instructions and reporting forms. Except for equipment expenses, other expenditure items do not need to be filled in separate detailed forms.

[0107] Implement a one-time comprehensive project performance evaluation: no longer organize technical acceptance and financial acceptance separately, merge the relevant acceptance procedures, and implement a one-time comprehensive performance evaluation. When the project implementation period expires, the project management professional organization shall, in accordance with relevant requirements and in strict accordance with the agreement of the task book, assess the completion of project tasks and the management and use of project funds, organize and carry out comprehensive performance evaluation, attach importance to the coordination between related projects and the supporting role of projects in achieving key special project goals; the identification, retention and recovery of surplus funds shall be carried out in accordance with the relevant requirements of the comprehensive performance evaluation.

[0108] The scientific research information management system and method designed by the present invention effectively solves the problem of cross-disciplinary and cross-field scientific research project management, and provides technical support for the management of future scientific research projects.

Claims

1. A scientific research information management system based on interdisciplinary, characterized in that: include: The project pre-management subsystem is used to decompose the project according to the interdisciplinary scientific research project, generate the first sub-project and the second sub-project, build a project team according to the first sub-project and / or the second sub-project, and publish project solicitation information. When the project team is built according to the first sub-project and the second sub-project, the scientific research information management system determines the project leader of the project team according to the interdisciplinary scientific research situation of the applicants, and each of the project teams includes at least two project leaders, and at least one of the project leaders has interdisciplinary scientific research capabilities; The project mid-term management subsystem is used to obtain a project plan according to the first subproject and / or the second subproject, and construct a plurality of project paths, wherein each project path includes at least one project intersection, and generate the completion degree of the project plan according to the first project execution information of each project intersection; A project post-management subsystem, for summarizing the first project execution information and the second project execution information of each project path, and generating a project evaluation report and a project execution flow chart and performing project presentation according to the first participation information of the project leader for the first project execution information and the second participation information of the project leader for the second project execution information; The interdisciplinary scientific research project includes at least two subject requirements, the first sub-project includes at least two of the subject requirements, and the second sub-project includes at least one of the subject requirements, and the subject requirements are used to indicate the subject background required for the interdisciplinary scientific research project; The project pre-management subsystem is further used to assign project requirements and completion conditions to the first sub-project and the second sub-project respectively, form a project team according to the project requirements, and publish project solicitation information according to the completion conditions; The project mid-term management subsystem is further used to generate the project plan including at least two project intersections according to the first subproject and the second subproject, wherein the project plan includes at least three project paths, wherein each project intersection constitutes one project path; The project pre-management subsystem is also used to generate a third sub-project according to the project leader, and the third sub-project is used to update or replace the first sub-project or the second sub-project, wherein: When the similarity between the third sub-item and the first sub-item or the second sub-item is greater than 60%, updating the first sub-item or the second sub-item through the third sub-item; When the similarity between the third sub-item and the first sub-item or the second sub-item is greater than 90%, replacing the first sub-item or the second sub-item with the third sub-item; When the similarity between the third sub-item and the first sub-item and the second sub-item is greater than 80%, replacing the first sub-item and the second sub-item with the third sub-item; When the similarity between the third subproject and the first subproject and the second subproject is less than 50%, the mid-term project management subsystem is further used to generate a new project path according to the third subproject and add it to the project plan.

2. According to claim 1, a cross-disciplinary scientific research information management system is characterized by: The project post-management subsystem is used to generate the project evaluation report according to the first participation information and the second participation information; The project post-management subsystem is used to generate the project execution flowchart according to the first project execution information and the second project execution information, wherein the project execution flowchart includes a plurality of process nodes, each of which is used to represent the project intersection and the path node of each project path, wherein each process node includes the node information of the process node and the summary information of the neighboring nodes summarized to the process node; The project post-management subsystem is also used to generate the node completion of the process node based on the node information and the summary information, and obtain the completion of the interdisciplinary scientific research project based on the node completion, wherein the completion of the project intersection is used to represent the completion of the interdisciplinary scientific research project.

3. According to claim 2, a cross-disciplinary scientific research information management system is characterized by: The project post-management subsystem is further used to generate the project evaluation report based on the third participation information of the project leader for the third sub-project, as well as the first participation information and / or the second participation information.

4. According to claim 3, a cross-disciplinary scientific research information management system is characterized by: The scientific research information management system also includes a visual user interaction subsystem; The visual user interaction subsystem interacts with the project early stage management subsystem, the project mid-term management subsystem, and the project late stage management subsystem for data display, and is used to display the project evaluation report, the project execution flowchart, and to generate a new project execution flowchart by modifying the process nodes.

5. A scientific research information management method based on interdisciplinary research, characterized in that: The following steps are involved: Decompose the project according to the interdisciplinary scientific research project to generate the first sub-project and the second sub-project; build a project team and publish project solicitation information according to the first sub-project and / or the second sub-project; when building a project team according to the first sub-project and the second sub-project, the scientific research information management system determines the project leader of the project team according to the interdisciplinary scientific research situation of the applicants; each project team includes at least two project leaders, and at least one of the project leaders has interdisciplinary scientific research capabilities; According to the first subproject and / or the second subproject, a project plan is obtained, and a plurality of project paths are constructed, wherein each project path includes at least one project intersection, and according to the first project execution information of each project intersection, a completion degree of the project plan is generated; By summarizing the first project execution information and the second project execution information of each project path, a project evaluation report and a project execution flowchart are generated and project presentation is performed according to the first participation information of the project leader for the first project execution information and the second participation information of the project leader for the second project execution information; According to the project leader, a third sub-project is generated, and the third sub-project is used to update or replace the first sub-project or the second sub-project, wherein: When the similarity between the third sub-item and the first sub-item or the second sub-item is greater than 60%, updating the first sub-item or the second sub-item through the third sub-item; When the similarity between the third sub-item and the first sub-item or the second sub-item is greater than 90%, replacing the first sub-item or the second sub-item with the third sub-item; When the similarity between the third sub-item and the first sub-item and the second sub-item is greater than 80%, replacing the first sub-item and the second sub-item with the third sub-item; When the similarity between the third subproject and the first subproject and the second subproject is less than 50%, the mid-term project management subsystem is further used to generate a new project path according to the third subproject and add it to the project plan.

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