【作者】 范栋梁；

【导师】 盛亚；

【作者基本信息】 浙江工商大学 ， 企业管理， 2010， 硕士

【摘要】 复杂产品系统对技术深度和宽度的要求使得复杂产品系统的集成商必须寻求外部利益相关者力量来完成系统创新,复杂产品系统创新实际上就是在由外部利益相关者组成的创新网络中完成的。外部利益相关者网络结构是否合理对复杂产品系统创新的成功与否至关重要,如何构建合理有外部利益相关者网络结构成为复杂产品系统创新的一个关注点。博特的结构洞理论是一个网络重构理论,它注重的是通过网络绒构的重构来改变关系方向和信息流向,从网络重构中取得对关系的控制。这个理论对复杂产品系统创新外部利益相关者网络重构有着重要意义。以博特结构洞理论为基础,本文回顾了结构洞理论的历史溯源和发展历程,总结了结构洞网络结构的形成原因和特点,并通过跨案例研究方法分析了在CoPS创新网络中的结构洞思想,提出了结构洞分类理论。在此基础上,本文通过对杭氧空分设备创新网络进行了深入的单案例研究,分析了其中存在的自益性结构洞网络结构和共益性结构洞网络结构,并对两种网络结构在杭氧空分设备创新网络中的效果做了探讨。该案例验证和完善了结构洞分类理论,并为结构洞分类理论在CoPS创新网络中的应用提供了一定经验。更多还原

【Abstract】 Because of the requirements of technology depth and width, CoPS system integrators must resort to outer stakeholders to accomplish system innovation, so CoPS innovation actually is done in the innovation network formed by outer stakeholders. Herein, the network structure of outer stakeholders is important to the success of CoPS innovation, and how to construct an effective network structure of outer stakeholders has become a key factor of CoPS innovation.Burt’s structural hole theory is a network reconstruction theory, and it focuses on altering relationship orientation and information flow and attain the control of relationship through network reconstruction. The theory has a great significance for the network reconstruction of outer stakeholders in CoPS.Based on Burt’s structural hole theory, This paper reviews the development and historical source of the structural hole theory, summarizes the forming reason and characteristics of the structural hole network structure, and through cross-case study analyzes the thought of the structural hole theory in CoPS, puts forward the structural hole classification theory.On this basis, by in-depth single case study on Hangyang air separation plant innovation network, this paper analyzes the self-benefit structural hole and the total-benefit structural hole in it, discusses the effectiveness of the two network structure on Hangyang air separation plant innovation network. The case study validates and improves the structural hole classification theory and provides some experience for the application of the structural hole classification theory on CoPS innovation network.更多还原