摘要
装备制造业突破性创新的系统演化过程既是一种转换活动过程,也是一种结果。作为转换活动过程,它是创新系统对外部环境刺激感知到内部反应的动态反馈循环过程,包括创新系统演化中的渐变与突变过程以及涌现过程;作为一种结果,它是创新系统演化过程中的瞬间状态。基于协同学理论和复杂适应系统理论的研究思想,从宏观层次,科学地剖析装备制造业突破性创新机制的系统演化过程,研究其转换过程及其特定结果;同时深入探讨演化过程中的分岔与突变过程和涌现过程,研究细微之处,得出其演化轨迹的特征,揭示其演化机理。
The system evolution of breakthrough innovation for equipment manufacturing industry is a conversion process, and also an outcome. During the conversion process, it is the dynamic feedback loop process from the perception of dynamic external environment stimulus to the internal reaction for the innovation system. It includes the process of gradual change, mutation and emergence during the evolution of innovation system. As a result, it is the transient state during the evolution of innovation system. In this paper, we analyze the system evolution of breakthrough innovation for equipment manufacturing industry based on the synergetic theory and complex adaptive system theory, and study the conversion process and its results. At the same time, we discuss the bifurcation, mutation and emergence process during the evolution, obtain the characteristics for the evolution trace, and further reveal the evolution mechanism .
出处
《科学学与科学技术管理》
CSSCI
北大核心
2014年第4期121-128,共8页
Science of Science and Management of S.& T.
基金
黑龙江省哲学社会科学规划项目(11E109)
河北省社会科学基金项目(HB13GL004)
河北省软科学项目(134576124D)
关键词
装备制造业
突破性创新
序参量
逻辑斯谛方程
equipment manufacturing industry
radical innovation
order parameter
logistic equation