摘要
通过分析新兴技术"多核心"创新网络形成机理,研究了新兴技术创新网络知识增长机制,构建了新兴技术"多核心"创新网络双重双向形成模型。运用仿真方法动态模拟新兴技术"多核心"创新网络形成过程,分析新兴技术创新网络结构及其节点动态演进的规律。研究表明新兴技术创新网络形成依赖于企业间知识转移行为,具有生命周期特性;在网络形成发展期知识状态增速最大并趋于饱和;在网络形成稳定期具有无标度特性,呈现"多核心"网络结构;新兴技术企业扩大知识转移的频率和范围,加速提升企业知识状态,是成为网络核心企业的有效途径。
The formation mechanism of emerging technology " multi-core" innovation network is analyzed,and the knowledge growth mechanism of emerging technology innovation network is studied,a dual bidirectional formation model of emerging technology " multi-core" innovation network is constructed. The simulation method is used to dynamically simulate the forming process of emerging technology " multi-core" innovation network,and to analyze the network structure and dynamic evolution rule of the emerging technology innovation network. The research shows that the formation of emerging technology innovation networks with life cycle characteristics depends on inter firm knowledge transfer behavior;During the formation and development of the network,the state of knowledge grows most rapidly and tends to be saturated;The network in the stability period has scale-free characteristics and presents a multi-core network structure;By increasing the frequency and scope of knowledge transfer,emerging technology enterprises accelerate the upgrading of enterprise knowledge status,which is an effective way to become the core enterprises of the network.
作者
曹兴
马慧
CAO Xing;MA Hui(Business School of Central South University,Changsha 410083,China;School of Informatics,Hunan University of Chinese Medicine,Changsha 410208,China)
出处
《科学学研究》
CSSCI
CSCD
北大核心
2019年第1期165-174,共10页
Studies in Science of Science
基金
国家自然科学基金资助项目(71371071
71771083)
湖南省教育厅基金项目(16C1250)
关键词
新兴技术
“多核心”创新网络
知识状态
知识转移
emerging technology
"multi -core"innovation network
knowledge state
knowledge transfer
