Scientific Research Management System Research Articles

The Purpose Model for Improving Digital Management in Universities in Guangxi

The objectives of this research were: 1) to study the current situation of digital management in universities in Guangxi, 2) to develop the purpose model for improving digital management in universities in Guangxi, 3) to evaluate the suitability and feasibility of the purpose model for improving digital management in universities in Guangxi. The sample group of this research was 148 administrators in 20 public undergraduate universities in Guangxi. They were selected by systematic random sampling and sample random sampling. The interview group was led by administrators from 12 universities, totaling 12 people. The experts for evaluating the suitability and feasibility of the purpose model for improving digital management consisted of high-level administrators from 7 universities, totaling 7 people. The research instruments were document analysis, questionnaire, structured interview, and evaluation form. The statistics to analyze the data were percentage, average value, and standard deviation. The results found that the current situation of digital management in universities in Guangxi in five aspects was at a high level. Considering the results of this research aspects ranged from the highest to lowest level were as follows: the highest level was the digital campus security management system, followed by the digital student management system, and the digital scientific research management system was the lowest level. The purpose model for improving digital management in universities in Guangxi has five aspects, which contain 40 measures. There are 7 measures to enhance the digital management ability of Guangxi University managers, 10 measures to promote the digital teaching management system in Universities in Guangxi, 8 measures to promote the digital scientific research management system in Universities in Guangxi, 9 measures to promote the digital student management system in Universities in Guangxi, 6 measures to promote the digital campus security management system in Universities in Guangxi. The results of the evaluation of the suitability and feasibility of the purpose model for improving digital management in universities in Guangxi were at the highest level.

Extended TODIM method based on VIKOR for quality evaluation of higher education scientific research management under interval-valued Pythagorean fuzzy sets

Scientific research management is an important component of university management and an important guarantee for the sustainable operation of universities. A mature scientific research management system is a sharp tool to promote the discipline construction and comprehensive strength improvement of universities. Therefore, colleges and universities should actively explore new concepts, models, and mechanisms for scientific research management while continuously improving their own educational quality. Based on the analysis of the current situation of university scientific research management in China, it is of great significance to explore effective ways to improve the quality of university scientific research management in the new era. The quality evaluation of higher education scientific research management in entrepreneurship undergraduate colleges is a classical MAGDM problems. Recently, the TODIM and VIKOR method has been used to cope with MAGDM issues. The interval-valued Pythagorean fuzzy sets (IVPFSs) are used as a tool for characterizing uncertain information during the quality evaluation of higher education scientific research management in entrepreneurship undergraduate colleges. In this manuscript, the interval-valued Pythagorean fuzzy TODIM-VIKOR (IVPF-TODIM-VIKOR) method is built to solve the MAGDM under IVPFSs. In the end, a numerical case study for quality evaluation of higher education scientific research management in entrepreneurship undergraduate colleges is given to validate the proposed method.

The strategy of implementing effective scientific research management system in colleges using DEA method under the analysis of multiple cases

As the priority direction of modern university research activities, research management is an important factor that directly affects the ability to stimulate the potential of university research activities and improve its competitiveness in the field of education. Therefore, modern universities must implement advanced scientific research management concepts, innovate, optimize and improve the contents and methods of scientific research management, improve the scientific research management system, provide high-quality services for scientific researchers, and meet the needs of scientific research success. This paper will analyze and study the case analysis and data collection of the innovation and development of university scientific research management, combined with the effectiveness of the case analysis strategy. The results show that the strategy has good effect in scientific research management and has broad application prospects.

Construction of scientific research management system of West China Hospital under the background of high quality development of public hospitals

<p indent="0mm">The high-quality development of public hospitals requires the construction of high-quality and efficient operation and management mechanism, and the innovation drive can be accelerated by improving service quality and efficiency. The current scientific research management mode of most hospitals has been unable to adapt to and meet the current development of scientific and technological innovation, and there is a general situation that scientific research management lags behind the development of scientific research business. By strengthening system innovation, model innovation and management innovation, and constructing a scientific research management innovation system covering all aspects from basic research to clinical demand-oriented translational research, significant scientific research results can be achieved and the high-quality development of public hospitals can be promoted.

A Study on the Application of Deep Learning Methods Based on Nonlinear Random Matrices in the Design of Intelligent Research Management System

The database of the intelligent science management system includes the exchange of data between the basic data of the school and the various business systems, with centralised storage and centralised management, constituting a unified data centre. The completed intelligent science management system will become a reliable source of data to integrate the system to be developed with existing systems, making the data of the whole system unified, thus providing reliable data for information enquiry and decision analysis within the university, and laying a good foundation for the construction of the digital campus. The NRM_DeepNet model is an application model of the deep learning method of the nonlinear random matrix in the intelligent research management system, mainly in data processing and analysis, using deep learning technology for data classification processing, and then for research data modal feature extraction, the process of modal extraction applies the nonlinear random matrix for feature weighting. In the process of modal extraction, a nonlinear random matrix is applied to weight the features, and finally, different research data features of different research projects can be classified as intelligent and regularised. In this paper, we combine the practice of scientific research management, introduce the nonlinear random matrix and deep learning technology into the intelligent scientific research management system, and update its data and system management so as to realize intelligent and humanised scientific research management, thus reducing the labour intensity and improving the efficiency of scientific research work.

Development of Methodological Principles Improving Quality of Research Organization in Scientific and Production Enterprises

Comprehensive analysis of activities of a research and production enterprise was performed, and the most effective areas were identified. Techniques and methods of effective management decisions are provided, taking into account specifics of the scientific activity, as well as the method for simulating the process of creating innovations to quantify the state of ideas and forecast for the future. A mathematical model is proposed for predicting parameters characterizing the full life cycle of ideas implementation. Main characteristics of the model and their alteration at various stages of the idea life cycle are described. An approach to solving the problem of intellectualization in the scientific and production enterprise workflow is outlined, and within its framework a technique for automatic analysis of the text of documents and its meaningful indexing is proposed. System application in solving the problems of scientific research in the NPO "Lakokraspokrytie" from planning to implementation is demonstrated. Organization of operations using an intelligent scientific research management system and making the right strategic decisions makesit possible to increase the enterprise economic performance indicators

Research on the Application of Information Construction of Scientific Research Management in Colleges and Universities

At present, the use of traditional office software in scientific research management in colleges and universities has been unable to meet the needs of the current scientific research management, so there is an urgent need to establish a scientific research management information platform. After multi-investigation and according to the specific needs, the scientific research management department has jointly developed and constructed the professional system of scientific research management in colleges and universities. After each module in the experimental phase, the scientific research management system realizes the functions of online project evaluation, performance evaluation, statistical report and so on. In view of this, this paper discusses the common problems in the informatization of scientific research management in colleges and universities, and puts forward some strategies for further informatization.

Design and Application of Science and Technology Project Management Information System for Educational Institutes

This paper analyzes the user needs of the scientific research project management system, expounds the feasibility of information system development, and analyzes the business needs combined with the reality of scientific research project management. In the system level design, combined with the demand analysis of the information system function, the system module is developed in a hierarchical way. The whole system is divided into four layers: (i) core business layer; (ii) data access interface layer; (iii) neighborhood object layer; (iv) data platform. The specific functions include three various modules, i.e., scientific research project information management module, research achievement management module, and scientific research information portal module. In the system software part, the attribute encryption method is used to effectively encrypt the information of scientific and technological projects and to protect the safe sharing of scientific and technological information in colleges and universities. Finally, we look at the limitations of conducting high-quality design-science research in the context of the larger information system community. The experimental results show that the system can perform the corresponding functions effectively, and the data reading integrity is high, which can meet the requirements of the university science and technology project information management.

Research on the Scientific Research Efficiency of Provincial Universities Based on the DEA Model

As the main factor of China’s higher education, effective evaluation of the scientific research efficiency of domestic universities is extremely significant to improve the scientific research management system of local universities, optimize the allocation of scientific research resources, and promote regional economic development. Based on the ten-year statistical data of the compilation of science and technology statistics of colleges and universities, this paper adopts the data envelopment analysis (DEA) model to study the scientific research efficiency of 31 provincial universities in Shandong Province from three dimensions: level, type, and region. The results show that, first, the overall scientific research efficiency of the sample universities is not high and takes on a downward trend; there are some differences, changes in the same direction, and level convergence in each dimension of scientific research efficiency. Second, there is a positive correlation between the comprehensive scientific research strength of the sample universities and the technical efficiency. Third, the level of regional economic development has a positive impact on the scale efficiency of scientific research, which is closely related to the technical efficiency, and there is no positive correlation between these two. Thus, the research suggests that, in the future, colleges and universities should formulate differentiated management policies, build a “Government University” two-level scientific research performance evaluation system guided by scientific research quality, change the concept of scientific research managers, and improve the ability of personnel to improve the efficiency of scientific research in colleges and universities.

Problems and Suggestions for the Scientific Research Management System of Universities

The revolution of science and technology in the new era is rising. New industries, formats, and models led by information technology are emerging. Scientific research has entered the fourth data-intensive paradigm. As an important part of the science and technology innovation system, universities also have new requirements for their scientific research management system. In this article, it is suggested that the efficiency and quality of scientific research management in universities could be enhanced by reconstructing the organizational structure of scientific research management, improve the service capabilities of scientific research managers, perfecting the scientific research evaluation system, and innovating the management model of cross-research teams.

Design and Implementation of Scientific Research Big Data Service Platform for Experimental Data Managing

The goal of the scientific research big data service platform for experimental data managing is to solve the problem of data silos in the state-owned scientific research management system caused by backward informatization. The new data service platform integrates data collection, data analysis, data governance, monitoring and management, prediction and early warning, and visualization platform. We are committed to improving data management and service capability with informatization, and to grasp the material development and design situation timely and accurately. The goal of our platform is to truly use data to speak, manage and make decisions with data.

Towards Secure and Efficient Scientific Research Project Management Using Consortium Blockchain

With the development of the knowledge economy, science and technology play an increasingly crucial role in social development. Investment from the government and the enterprise in scientific research has increased significantly, and the number of scientific research projects has also shown an obvious upward trend. Due to the lack of a standardized and unified scientific research project management program, many projects are overdue or even failed, and project fund management is confused. Besides, output results are limited and the actual conversion rate is low. In this paper, we propose a scientific research project management system based on consortium blockchain. Firstly, the process of scientific research project management is standardized. According to this specification, we then design a scientific research project management system in line with consortium blockchain, the smart contract, and the IPFS system. By using these technologies, we have coped with two major problems in traditional scientific project management: breach of contract and confidentiality. The simulation results show that compared with the conventional scientific research project management, the scheme proposed in this paper can significantly enhance the efficiency and the success rate of the project, and reduce the time and manpower consumed in the process of project implementation.

Process reengineering and effectiveness analysis of scientific research achievements reward based on scientific research management system

Objective To make good use of the incentive function of the reward policy of scientific research achievements in hospitals, shorten the reward cycle of scientific and technological achievements, reduce the management cost, achieve the ultimate goal of details management of scientific and technological achievements. Methods Through retrospective analysis of the incentive process to identify possible barriers, reconstruct the rewarding procedures of scientific and technological achievements by bringing in informatization and publicity strategy, compare the bonus distribution cycle with the traditional model. Results The results show that the reward model based on the scientific research management system reduces the bonus arrival waiting period by about 62%, saves management costs and improves staff compliance. Conclusions According to the 4-year practice experiences, the new management model has further released the positive impact of the hospital award policy, solved the key problem of restricting the rewarding effect by technological means in the process of rewarding scientific research achievements. Key words: Scientific research achievements reward; Process reconstruction; Detail management; Scientific research management system; Effect analysis; Hospital

Application of ISO9000 quality management systems in science &technology management in college

Objective To establish a set of sound and scientific managing procedures and systems that conforms with the current needs and reform of the scientific research management methods. Methods Based on the current operation status of the scientific research management system in colleges of domestic universities, this paper expounds and analyzes the theory and method of holistic quality management from the perspective of ISO9000 quality management system. Results Bring in the holistic quality management idea into the fields of college management, especially cater to the science and technology management in college. Conclusions Provided a reference for bring in and comprehensive construction of ISO9000 quality management system in scientific research management in colleges at universities. Key words: Science and technology management; ISO9000s; Quality management systems; College

Practice and effect analysis of scientific papers delicacy management in " double track parallel"

Objective To provide authors with more quality services, so as to improve management efficiency, reduce management time and manpower cost, ultimately achieve the expected delicacy management of scientific papers. Methods Indicators of traditional management pattern and double track parallel management mode of the scientific papers management process were compared through retrospective study. Such indicators include authors’ operation, data error rate, average working cycle, management cost, user experience, data barriers, self-management consciousness and others. Results Significant improvements were shown in the data accuracy, management cost savings, user satisfaction, and data sharing in the double track parallel management model. Conclusions 5 years of practice demonstrated that the double track parallel management model not only effectively connects hospital policy and technical method, but also solves the key problems of data barriers, disjointed management and low efficiency. Scientific paper management is expected to be more refined and effective. Key words: Scientific papers; Delicacy management; Scientific research management system; Practice; Effect analysis; Hospital

Analysis on establishment of ISO9001 quality management system in project management institutions

Objective To identify the importance of ISO9001 in project management and explore the procedure of establishing it, to provide reference for further practice. Methods According to prior studies, the formation procedure of this quality management system was described in detail. Results Quality management system could improve project management in multiple aspects, such as explicit regulation, orderly implementation, effective supervision, timely feedback and effective reform. Conclusions As the unique national project management institution on medical science and health, it is crucial to establish a institutionalized, standardized and international scientific research management system, especially on medical science and health field. Key words: ISO9001 quality management system; Management of quality; Management of projects; Project management institution

Discipline construction is the theme of the development of burn surgery

Discipline construction is the core element of department development, including discipline structure setting, scale, equipment, medical workers structure, clinical feature and advantage, talent training, teaching level, scientific research level, management system, and cultural construction of department. As leader and engine of discipline construction, directors' ability is an important factor for discipline construction. Clinical characteristic is the basis of discipline construction; innovation actuation is the essence of discipline construction; talents training is the guarantee of discipline construction; scientific research is the wing of discipline construction; cultural construction is the hot spring of discipline construction. Discipline construction is the theme of the development of burn surgery.

Application effect of nursing scientific research training based on system cybernetics in inservice nurses

Objective To explore the effect of nursing scientific research training based on system cybernetics. Methods The system cybernetics was applied in the scientific research training of 116 inservice nurses. The 4-level nursing scientific research management system which consisted of the mentor, research team, department head nurse and the director of nursing department was implemented. The key point of the training process was controlled from the aspects of training goal, curriculum content, teacher control, training method, information exchange, curriculum schedule and training effect. The scientific research ability, the scientific research quantity and the teaching satisfaction of nurses were compared between the data before and after training. Results After training, according to the scores of self-rating scientific research ability scale, the ability of finding problems (2.56±0.34) , the ability of consulting literature (2.78±0.31) , the ability of designing scientific researches (2.60±0.4) , the ability of processing data (2.35±0.39) , the ability of writing dissertation (2.41±0.37) , the practice ability of scientific researches (2.38±0.29) of 116 inservice nurses were all significantly higher than the data before training (t=30.404, 38.513, 26.951, 23.041, 25.069, 27.655; P<0.01) . After training, the numbers of written dissertations (116) , published papers (43) , project applications (20) , project approvals (8) were all higher than the data before training. The teaching satisfaction degree of nurses after training was higher than that before training. Conclusions The nursing scientific research training based on system cybernetics can effectively improve the scientific research ability of nurses and stimulate their studying enthusiasm. Key words: Nurses; System cybernetics; Nursing scientific research; Training

Research and Safety Design on the Scientific Research Project Management System Based on J2EE

Starting from the introduction of the management of scientific research project, and then gives a detailed description based on J2EE architecture, the lightweight composite framework involving Spring, Struts and iBATIS and an iterative method is employed in project management. With a series of functions such as application, recommendation, processing, approval, assessment and management of scientific research project and so on, the system has the characteristics of easy maintenance, dynamic propagation and strong expansibility. Finally the safety of the system is discussed from two perspectives, namely its design and environment. Years’ of application in the management of scientific research project in Gansu Province has proved its good stability, fast response and high safety.

Experiments on High Altitude Research Management in China

The Chinese plateau area includes all of Tibet and parts of the Qinghai, Xinjiang, Sichuan and Yunnan provinces. As reported, the plateau area in China is about 257.2×104 km2, which accounts for approximately 26.8% of China’s land area. Until 2006, approximately 12 million people lived permanently at altitudes between 2,200 and 5,200 m on the Qinghai-Tibetan Plateau. Much scientific research regarding how to prevent and treat high altitude disease is needed in China, and it has become difficult to manage the amount of grants on high altitude research in China. This paper summarizes the experiments on high altitude research management at the Third Military Medical University in Chongqing, China. These experiments included the following: (1) improving the scientific research management system; (2) selection of quality grants to support from the Key Laboratory of High Altitude Medicine; (3) strengthening cooperation during the research process; and (4) strengthening the grant review and evaluation process. In recent years, with these high altitude research management studies, we were awarded the National Science and Technology Progress Award (first prize) in 2006, which was named “Research on the pathogenesis of and preventive measures against HAD”; we published over 1000 papers, more than 50 of which were published in SCI journals; and we received 2 national “973” projects and 1 National Technology Support Program. Additionally, we received support for 1 specialized project for the State Ministry of Health. The total value of these awards to increase the quality of high-altitude research was 49.54 million RMB.