Collaborative Innovation Mechanism Research Articles

“Government-Industry-University-Research- Promotion” Collaborative Innovation Mechanism Construction to Promote the Development of Agricultural Machinery Technology

In promoting the whole process mechanization of China’s agriculture, agricultural machinery technology plays a key role.. This paper, based on the powerful " Government-Industry-University-Research- Promotion" collaborative innovation as to promote agricultural science and technology development. The paper analyzes the relationship between "Government-Industry-University-Research-Promotion " interaction, the main mode of cooperation at this stage. In promoting the development of agricultural machinery technology, there are five main bodies that do not form synergy, innovation incentive policies does not reach the designated position, the conversion rate of agricultural machinery science and technology is low, the result of scientific research is difficult to transform and so on. The article draws on the experience of "Government-Industry-University-Research- Promotion "form the United States, Japan, Israel countries. Put forward “under the government guidance, science and technology innovation as the drive, the enterprise as the main body, universities and research institutes as the technical support, project as the link ”the coordination mechanism, Under this mechanism can establish "Government guide, Universities and research institutes led, enterprises led" three kinds of collaborative model. It provides reference for the innovation collaborative mechanism of agricultural machinery science and technology.

协同创新与专业素养融合的计算机工程应用型硕士培养体系研究

以提高高等学校研究生专业素养和从业适应能力为目标，从落实协同创新机制出发，分析工程应用型人才的需求现状，改革传统模式。从系统化工程化角度出发，提出了一种计算机学科的硕士培养体系。以协同创新和人才专业素养融合为线索，详细设计了体系结构，分析论证了相关体系的资源支持及拓扑关系，并对该体系的可行性和实施性进行了总结。 To improve the professional quality and working adaptation ability of higher school graduate students, in this thesis, from the implementation of collaborative innovation mechanism, we analyze the present demand situation of the talents of computer engineering application-type graduates and reform the traditional model. From the point of system engineering, we propose a graduate education system of computer science. Integrating collaborative innovation and talented professional quality, we design the structure of system, analyze and demonstrate the corresponding resources and topology relationship, and summarize the feasibility and implementing conditions of this system.

Resources industrialization channels and strategies of active polysaccharide from Lycii Fructus based on analysis of domestic and foreign intellectual properties

Lycii Fructus is a traditional medicinal and edible herb, with the function of liver and kidney nourishing, blood and eyesight replenishing. As the most important active substance in the fruits of Lycium barbarum, Lycium barbarum polysaccharides (LBP) have been demonstrated to play multiple pharmacological activities, with broad prospects for development and utilization. Based on the comprehensive deep analysis of global LBP patent output, the current patent LBP features were explored from the perspective of development trend, technology field distribution, time dimension, technology life curve and patent applicant. The development trend of Chinese LBP industry was also revealed. At present, the research and development of LBP is in the "development period", with a good development track in which the main research institutions remain domestic ones. At the same time, problem still presents in the lack of industrialization, which means that the advantage of natural resources has not been transformed into industrial advantages of LBP. The format of potential product group and prospect of LBP were also analyzed to provide scientific information for the effective development,comprehensive utilization and collaborative innovation mechanism of Chinese Lycium barbarum resources and LBP.

Construction of Collaborative Innovation Mechanism of Knowledge Alliance between Chinese State-Owned Enterprises and Organizations

In order to improve learning ability and innovation ability in a competitive marketplace rapidly, more enterprises begin to explore a collaborative innovation model which takes knowledge alliance as its organizational form. Experts and practitioners particularly focus on collaborative innovation operation mechanism of knowledge alliance. This paper makes use of grounded theory to refine a collaborative innovation mechanism model of knowledge alliance by analyzing a concrete case from the collaborative innovation center of Dongda and Shougang Group and collecting related data by open questionnaires. It is found in the research that the collaborative innovation mechanism of knowledge alliance is composed of dynamic mechanism, operating mechanism, dispersal mechanism and safeguard mechanism. The research also elucidates the elements and concrete content of the four mechanisms of knowledge alliance's collaborative innovation. On this basis, empirical analysis conducted by SPSS validates and improves innovative mechanism model of knowledge alliance, which provides enterprises with theoretical foundation and practice guidance for knowledge alliance's collaborative innovation.