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Research On The Performance-enhancing Mechanism Of Multi-agent Collaborative Innovation Based On Market Orientation

Posted on:2018-01-01Degree:DoctorType:Dissertation
Country:ChinaCandidate:B LiFull Text:PDF
GTID:1319330542962950Subject:National Economics
Abstract/Summary:
With the sustainable development about the construction of innovation-oriented country and the promotion of science and technology reform,single subject of technical capacity and industry-university-research cooperation innovation mode has been unable to meet the needs for core competitive advantages and pushing economic growth because of the problems on lacking innovation achievement transformation motivation and lowing innovation performance level.Building the collaboration mechanism of agents function docking,advantages complementarily integrating and resource consolidating,completing the bidirectional operating paths of outer market orientation and inner technology innovation have been becoming the important foundation for national innovation competitiveness promotion.Meanwhile,the market demand adjustment and heated-up competition put forward to the critical needs of the technological innovation strategy transformation from ’cooperation’ to ’collaboration’.It is the key to improve innovation performance by how to combine the validity and depth of demand,build the paths of market demand,multi-agent collaboration and resources optimizing allocation,which also becomes the hot issue of innovation-driven development theory.This research takes market orientation and multi-agents collaboration as the topic and answers the theory questions such as "how to describe the matching characteristics of innovation agents based on market orientation?","how to dynamically dock the innovation agents functions after bilateral matching?","how to illustrated the innovation network performance after systematically docking?" in different stages.The collaboration mechanism has been dynamically analyzed in the process of point-line-network within the market-orientation.And then the related conclusions are applying into the national high-tech zone---multi-agent collaboration platform to prove the effects of market orientation on multi-agent collaboration innovation efficiency upgrading and transformation capacity enhancing.Following the logic that "refining the market orientation operating mechanism---embedding into the main process of multi coloration(optimized matching---dynamically docking---network diffusing)---promoting the multi-agent collaboration innovation performance of the national high-tech zone to enhance",the concepts of the keywords such as "market-orientation" and "multi-agent collaboration" would be definite,the relationship and influence mechanism between "market-orientation" and"multi-agent collaboration" would be analyzed.The research would be focusing on the logic framework of the theory expansion of market-orientation in medium level,embedment into the dynamic multi-agent collaboration process,and realization of innovative performance improvement.The operation paths of market orientation would be firstly detailed in three dimensions---consumer needs,competition-driving and functional interaction.And different processes of multi-agent collaboration---optimized matching,dynamically docking,and network diffusing---would be analyzed by using the methodologies of the two-side matching decision,system dynamics and complex network theory respective.Finally,the questions as how to promote the multi-agent collaboration innovation performance by enhancing the satisfaction in the process of two-side matching,docking the functions system dynamically,improving the network innovation efficiency based on the market orientation has been answered with the mathematical analysis of "path attribute embedding&simulation".From the aspects of practice,the improvement of multi-agent collaboration to the innovation achievement transformation and innovation performance based on the market orientation has been dynamically argued.Based on the related analysis above,the results are as follows:(1)There exist the obvious interaction effects between multi-agent collaboration and the theory expansion of market orientation in medium level by putting consumer needs,competition driving,functional interaction into multi-agent collaboration to building the research framework.(2)The two-side matching of multi-agent collaboration based on market orientation has a significant advantage on explicit flow information,bilateral satisfaction and matching effect enhancement.The innovation performance would be promoted by self-organizing optimization characteristics of multi-agent collaboration.(3)The innovation performance would be remarkably improving by through embedding the feedback paths of market orientation into the multi-agent collaboration system process,which also play the positive role to achieve the agents ’advantage and resources supplement.(4)The multi-agent network diffusion behavior based on market orientation would be analyzed,which also shows as the overlay and extension of multiple linkage among homogeneous and heterogeneous agents,and the collaboration efficiency would be promoted by outer-inner joint actions.The innovations of this research are multi-agent collaboration medium level theory expansion of market orientation,dynamic evolution characteristics and self-organization characteristics of the multi-agent collaboration description,and "path attributes embedding + multi-agent collaboration" perspective.Combined correlation analysis,the suggestions of multi-agent coloration for performance improvement based on market-orientation are proposed,including enhancing the multi-agent collaborative innovation mode for deeply function docking,building the multi-agent collaboration based on market orientation,forming the policy support system to integrating the multi-agent collaboration and market orientation,and optimizing the market-oriented technology innovation management system.
Keywords/Search Tags:Market Orientation, Multi-agent Collaboration, Innovation performance, Promotion Mechanism, National High-tech Zone
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