Advanced Management Mode Research Articles

A Study on the Construction Mechanism and High-quality Development Path of Jiaxing Agricultural Science and Technology Park

Agricultural science and technology park has deduced a brand-new economic development model in the era of science and technology agriculture, created a new economic form of science and technology agriculture industry, and will become the mainstream of agricultural development in the 21st century. Promoting the construction mechanism of agricultural science and technology parks is to show and demonstrate the achievements of advanced agricultural technology and management mode, and to use its demonstration effect to exert the radiation influence effect from point to area, so as to further promote the structural reform of agricultural supply side and promote the high-quality development of regional agricultural economy. Therefore, this paper intends to fully understand the present situation of Jiaxing Agricultural Science and Technology Park by exploring its construction mechanism, so as to provide effective reference for planning the high-quality development path of Jiaxing Agricultural Science and Technology Park, and combine the current market agriculture situation to build the agricultural science and technology park with high standards and high quality, so as to scientifically guide farmers to adjust agricultural structure according to market orientation, innovate agricultural service system, and change agricultural organization mode, thus improving the degree of marketization, industrialization, informationization, standardization and extroversion of agriculture.

Research on Organizational Structure and Management Mode of Fuyao Group

China's glass industry is booming. Fuyao Group can become China's glass industry giant, cannot leave the advanced management mode. Therefore, the research topic of this paper is the organizational structure and management mode of Fuyao. The research methods of this paper are as follows: firstly, collect the data of management mode and organizational structure of Fuyao Group. Then collect the problems encountered in the management process of Fuyao Group, and finally give the solutions according to these problems. The study found that Fuyao Group's organizational structure and human resources management, project management and brand management processes are advanced. However there are still some problems, such as employee recruitment, production and Research & Development (R & D) structure disconnection, project process defects. Therefore, it is suggested that Fuyao Group can optimize the organizational structure and optimize the process of human resources management, project management and brand management according to the problems encountered.

Supply Chain Information Collaborative Simulation Model Integrating Multi-Agent and System Dynamics

Supply chain collaboration management is a systematic, integrated and agile advanced management mode, which helps to improve the competitiveness of enterprises and the entire supply chain. In order to realise the synergy of supply chain, the most important is to realise the dynamic synergy of information. Here we proposed a strategy to integrate system dynamics and multi-agent system modelling methods. Based on the strategy of supply chain information sharing and coordination, a two-level aggregation hybrid model was designed and established. Through the computer simulation analysis of the two modes before and after information collaboration, it is found that under the information collaboration mode, the change trend of order or inventory of suppliers and manufacturers always closely matches that of retailers. After the implementation of supply chain information coordination, ordering and inventory can be reasonably planned and matched, and problems such as over-stocking or short-term failure to meet order demands caused by poor information communication will no longer occur, which can greatly reduce the “bullwhip effect”.

Economic Analysis of Logistics Network in the Context of Supply Chain Management

At present, the market economy system is constantly reforming and upgrading, and the market competition is becoming more and more intense, which also brings new challenges and opportunities for various industries. The application of supply chain management in logistics network can effectively create revenue for enterprises, optimize the sharing and joint utilization of their information resources. It is a scientific and advanced management mode in today's environment. So how to effectively maximize the benefits of supply chain management logistics network and enhance the core competitiveness of enterprises, the following will be the background of supply chain management, logistics network economics of win-win strategy, risk and credit and other aspects of the specific analysis, the use of economic principles to explore the concept of enterprise logistics management, technology backwardness and other issues and put forward relevant strategies for reference.

A PDCA Model for Disinfection Supply Rooms in the Context of Artificial Intelligence to Reduce the Incidence of Adverse Events and Improve the Disinfection Compliance Rate.

As an important section for controlling hospital infection, the main responsibility of the sterilization supply room is to clean, disinfect, sterilize, store, and distribute all medical devices that need to be reused in the hospital, and the quality of its work is closely related to the normal work of the hospital. Disinfection and supply department is the premise and foundation of the hospital department, mainly responsible for the recovery, cleaning, disinfection, sterilization, storage, and distribution of medical devices. The cleaning and disinfection work is characterized by strong technicality and high requirements, and the work effect is directly related to the safety of patients' lives and the occurrence of hospital infections. Therefore, there is an urgent need for a scientific and efficient management mode to be applied to the work of the supply room. The traditional management mode has some drawbacks, which affects the actual work of the hospital. Disinfection and supply rooms are an important part of hospital infection control and an important department to ensure the quality of health care. An effective management mode can not only improve the efficiency but also the overall quality of work, and PDCA (plan-do-check action cycle) as an advanced management mode can effectively improve the quality of management. This study investigates the effect of PDCA cycle management based on artificial intelligence algorithms in the nursing management of sterile supply rooms, and the experimental results show that the algorithm model can effectively reduce the incidence of adverse events and improve the rate of sterilization standards, which has certain practical significance.

Research on the Management Mode of Library Information Resources Construction Project

With the continuous development of the times, the management mode of the library should keep pace with the times, and the advanced management mode should be applied to improve the management effect, so as to promote the rapid growth and development of the library and meet the current demand of people for knowledge. The knowledge management mode is an advanced management method at present, which can ensure that the knowledge integrated in the library can be comprehensive, meet people's knowledge needs and realize the modernization of the library. How to implement the knowledge management mode is the key research content in the current library management. The methods of knowledge management are studied in order to provide effective suggestions for library management. The value of information resources is different in different life cycle stages. According to the evolution and change characteristics of the life value of library digital information resources, the library can establish a library information resources management mode based on the information life cycle theory, establish a hierarchical digital resources storage standard and service system process, and strive to maximize the efficiency of library storage equipment and the utility of information resources, and improve the library's information service capability.

Exploration and Research on the Construction and Management Mode of Design Art Laboratories

Under the new situation, to meet the requirements of educational reform of design art, not only mathematics, physics, chemistry and other engineering professions need laboratory, but design art also needs laboratory with distinctive features to cultivate more practical design art talents. Design art laboratories should be constructed with modern design works and excellent art works, distinguishing it from other science and engineering laboratories with its unique artistic atmosphere. It is also necessary to adopt advanced scientific management mode, strengthen the construction of design art teacher team to make the best use of design art laboratories, and actively explore and study the appropriate construction and management mode of design art laboratories in colleges and universities.

科教协同、产教融合，成就实验教学新特色

湖北省材料科学与工程实验教学示范中心以科教协同、产教融合为实践育人的特色模式，以“学生为本，夯实基础、依托学科、突出创新、注重能力”为实验教学理念，全力打造了“三四五”立体化实验教学体系，通过科研课题项目化、知名学者导师制、科研小组进团队和科研设备本科化等先进的管理模式作保障，在实验教学改革、师资队伍建设、实验教学管理、运行机制建设等方面都取得了系列成果。 Based on the education model of coordination of science & education, integration of production & study and the teaching philosophy of “student-oriented, consolidating the foundation, relying on disciplines, highlighting the innovation, focusing on ability”, materials science and engineering experimental teaching demonstration center of Hubei province formed a “three four five” three-dimensional experimental teaching system. The center through a series of advanced management mode, such as transforming the research projects into engineering projects, requiring well-known scholars as mentors, encouraging students to follow their teachers to carry out scientific research and using parts of scientific instruments in the experimental teaching of undergraduate, has made a series of achievements in experimental teaching reform, teaching staff construction, experimental teaching management, operational mechanism construction, and so on.

An evaluation study of research efficiency of the Guangzhou institute of respiratory diseases based on malmquist index.

This study aimed to analyze the dynamic changes of the scientific research innovation efficiency of Guangzhou Institute of Respiratory Diseases (GIRD) during the year 2009-2013 to explore the reason for these changes and give some suggestions on how to improve the overall efficiency of the Institute. The panel data used in this study were taken from 19 research teams of GIRD during 2009 to 2013. Data envelopment analysis (DEA) based on Malmquist index (MI) was used to analyze the performance of each research team in terms of productivity changes over time. Data were analyzed using DEAP 2.1 software. The annual average increase rate of total factor productivity (TFP), technological progress, technical efficiency, pure technical efficiency, and scale efficiency was 30.4%, 22.5%, 6.4%, 0.9%, and 5.4%, respectively from 2009 to 2013. The scientific research innovation efficiency of the GIRD was generally high and kept on growing. The increase of TFP was mainly caused by the progress of tech, the descending of TFP in some teams should be mainly attributable to the declining pure technical efficiency, and scale efficiency on the whole, maintaining a stable growth at a low speed. To achieve higher scientific research innovation, GIRD not only needs to further improve the management level and introduce advanced management mode, but also needs to focus on optimization of resource allocation, as well as to strengthen the talent introduction, and continue to maintain the absorption of new technologies and innovation.

The Control System Design of Current-to-Voltage Converter Circuit Based on SCM-PC System

Supply Chain Management (SCM) is an advanced management mode. But, the application in computers, circuit and automation control is still relatively little. This paper uses the principle of forward difference and Internet SCM control model to design Internet circuit control SCM-PC control system. This system prepares matlab control algorithm using SCM Management thought through the conversion principle of computer SCM signal. This system converts analog signal into digital signal using RCV420 current-voltage converter. It identifies digital signal using A / D converter of PC which achieves Internet automatic control of circuit. 3D result display of the information flow provides a technical reference for the application of computer in circuit and signal control.

Research on Computer Integrated Manufacturing System Based on Integrated Logistics

Computer Integrated Manufacturing System is an advanced manufacturing management mode widely used in manufacturing enterprise. It is a computer integrated manufacturing system which integrate operating, sales, designing, developing, production management, process controling and so on of enterprise by computer and automation technology. Integrated logistics can reduce period of designing, production, production, manufacturing and management of product and improve competitive ability of manufacturing enterprise.

Problem and Countermeasure of Energy Performance Contracting in China

Abstract As an advanced energy management mode and a new market-oriented operation and energy-saving mechanism, the Energy Performance Contracting has almost ten years’ development history in China, which has obtained excellent energy saving effect. However, the development process for the present Energy Performance Contracting mechanism in China is relatively slow and it is faced with a series of problems including weak technological power, difficult financing for the project and not sufficient social recognition, etc. This paper presents the suggestive countermeasures to reasonably develop the Energy Performance Contracting in China.