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类型 基础研究 预答辩日期 2018-03-11
开始(开题)日期 2010-07-05 论文结束日期 2017-12-07
地点 榴园宾馆三江阁 论文选题来源 973、863项目     论文字数 9 (万字)
题目 复杂产品系统集成商创新体系研究
主题词 CoPS集成商,技术创新,服务创新,知识管理,模块化创新
摘要 复杂产品系统(CoPS)是指高成本、技术密集、用户定制、单件或小批量生产的大型产品、系统或基础设施。能够提供复杂产品系统的企业一般是具备多种专业技术、多个产品类型的系统集成商,这类企业也被称为CoPS集成商。 论文基于复杂产品系统创新的特征,从CoPS集成商的角度,综合运用创新模型、知识管理、模块化创新、技术创新评价、博弈论等理论,采用理论推演和案例分析相结合的研究方法,从复杂产品系统创新系统、知识创新、模块化创新、服务创新、集成创新等多个维度对CoPS集成商创新体系进行研究。 第一,从CoPS集成商的角度,充分考虑产品和服务紧密结合,强调技术创新、服务创新和管理创新三者之间的协同关系,强调创新战略对整个创新体系的指导作用,构建了基于集成解决方案的复杂产品系统创新模型框架,实现基于集成解决方案的复杂产品系统创新目标要求。同时,以智能电网调度技术支持系统研发过程为例,对技术创新与服务创新、创新战略、组织创新、机制创新等进行全方位剖析,来验证智能调度技术支持系统集成商的创新环境及此创新活动的有效性。 第二,在所提出的复杂产品系统创新模型框架基础上,分析了影响CoPS集成商技术创新体系的34个构成要素及其影响关系,应用ISM解释结构模型方法构建了CoPS集成商创新模型,并且论述了各个子系统的组成部分、内部工作机制及其相互关系。该模型主要由外部动力系统、内部技术创新系统和创新转化系统等三个子系统构成,其中外部动力系统是复杂产品系统集成商技术创新的驱动力;内部创新系统集中了企业最为核心创新要素;外部转化系统描述了从创新成果转化开始的成果推广和营销过程。同时,针对CoPS集成商技术创新系统中创新管理子系统的构建提出了MTM-CPA模型,为CoPS集成商跨国协同分布式研发创新提供了理论支撑。 第三,在传统的知识转移模型基础上,从知识管理的角度提出基于学习的知识转移改进模型。该转移模型对每一个阶段的内容进行优化和内在挖掘,使每一个阶段的知识转移更加智能,转移结果更加客观。通过将改进知识转移模型应用到智能调度技术支持系统中,验证其良好的效果。同时,结合复杂产品系统的创新模型框架,分析了研发和营销之间知识互动存在的问题,构建了研发和营销知识互动的流程模型,制定了知识互动的原则,并在改进组织结构、优化互动机制、健全保障机制、营造知识互动的企业文化等方面给出了指导性建议。 第四,在分析复杂产品系统和模块化理论特征的基础上,提出了复杂产品系统模块化创新流程,并结合电网广域监测分析控制系统的开发案例对提出的创新流程进行了论证。 第五,构建了复杂产品系统简单市场模型以及客户、复杂产品系统集成商与供应商的集成增值服务创新决策模型。构建由一个CoPS集成商和两个供应商组成的简单市场,运用多智能体仿真等工具,对他们之间的博弈和演化规律进行研究和分析。 第六,考虑到CoPS集成商和供应商在市场中的竞争关系,构建博弈模型分析CoPS集成商和供应商的市场行为以及CoPS集成商的集成创新投资策略。进一步,分别考虑到CoPS集成商面临的集成创新风险因素以及产量补贴政策,分析其对CoPS集成商的集成创新投资策略的影响。 最后,利用集对分析的思想,提出了对CoPS集成商创新成果进行综合评判决策的方法,并结合设备选型实例进行了验证分析。
英文题目 RESEARCH ON THE INNOVATION SYSTEM OF COMPLEX PRODUCTS AND SYSTEMS INTEGRATORS
英文主题词 CoPS integrator;Technology innovation; Service innovation; Knowledge management; Modular innovation
英文摘要 Complex Products and Systems (CoPS) are thelarge-scale products, systems or infrastructure of high-cost, technology-intensive, customized, one-piece or small batch production. Enterprises providing CoPS have the ability of integrating multiple professional technologies and products,which are also defined as CoPSintegrators. Based on the characteristics of complex products and systems innovation, this paper applies multiple theoretical streams including technology innovation system, knowledge management, modular innovationand technological innovation evaluation, game theory from the perspective of CoPS integrators. By means of combining the theoretical deduction and the case study, the innovation of CoPS integrators is investigated from multiple dimensions including CoPS innovation system, knowledge transfer, modular innovation,service innovation and integration inovation. Firstly, the paper fully considers the integration of products and services from the perspective of CoPS integrators,highlights the synergy of the technical, serviceand management innovation, emphasizes on the guidance of innovation strategy on the entire innovation system, builds the complex products and systems innovation frameworkand achieves the objectives and requirements of innovative products based on the integration solutions. By taking smart grid dispatching technical support system development process as an example, this research work makes comprehensive analysis in technology and service innovation, innovation strategy, organizational innovation and mechanism innovation, to verify the innovation environment for the integrator ofthe smart grid dispatching technical support system and the effectiveness of this innovative activity. Secondly, based on the proposed innovation framework of complex products and systems, the paper analyzes the 34 constituent elements that influence the technology innovation system of CoPS and the influencing relationship between those elements and the integrators. By means of ISM (Interpretative Structural Modeling Method),the system innovation model of CoPS integratorsis constructed, and the components of each subsystem, internal working mechanism and their relationships are also discussed. This model consists mainly of three subsystems: external power system, internal technology innovation system and innovation transformation system. Specifically, the external power system is the driving force of technological innovation of CoPS integrators; the internal innovation system focuses on the core elements of innovation, and the external transformation system describes the results and marketing process from the beginning of the transformation of innovation. Moreover, the paper proposes MTM-CPA model based on the innovation subsystem in the development of CoPS integrators innovation system, providing theoretical support for transnational synergy distribution R&D of complex innovation system integrators. Thirdly, Built on the theoretical foundation of traditional knowledge transfer framework, the paper proposes a study-based knowledge transfer model from the perspective of knowledge management. The new knowledge transfer model can be used to optimize the content in every stage, making the knowledge transfer at each stage more intelligent and the transfer outcome more objective. The improved transfer model is applied to smart grid dispatching technical support system, to achieve the satisfactory performance. Meanwhile, the paper analyzes the problems and builds the process model of R&D and marketing knowledge interaction, combining complex product systems innovative model framework. Principles of knowledge interaction are established, and instructive suggestions in four aspects of improving the organizational structure, optimizing the interaction mechanism, improving security mechanism, and creating a corporate culture of knowledge interactive are given. Fourthly, Based on the analysis of CoPS and modularization theory, the process of modularization innovation of CoPS is presented and demonstrated by the development case of power grid wide-area monitoring and control systems. Fifthly, a simple market model for CoPS is built and the decision-making model of integrated value-added service innovation is constructed for complex product systems integrators with suppliers and customers. A simple market with one CoPS integrator and two suppliers is constructed and their game and evolutionmechanism are studied and analyzed by tools such as multi-agent simulation. Sixthly, considering the competitive relationship between CoPS integrators and suppliers in the market, a game model is built to analyze CoPS integrators’ and suppliers’ market behavior, and CoPS integrators’ integrated innovation investment strategy. Further, considering the integrated innovation risk factor and output subsidy policy faced by CoPS integrators, this paper analyzes their impacts on CoPS integrators’ integrated innovation investment strategy. Finally, by means of the Set Pair Analysis (SPA)theory, the method of comprehensive evaluation and decision-making for the innovation achievement of CoPS integratoris proposed, and an example of equipment selection is used to verify the method.
学术讨论
主办单位时间地点报告人报告主题
经济管理学院 2008 11 03 经管院A213 谢刚 信息技术外包关键成功因素研究
经济管理学院 2009 04 07 经管院A213 李正义 两类产品的随机供应网络设计优化
经济管理学院 2009 11 23 经管院A213 李正义 多点供应的供应链网络设计优化
经济管理学院 2010 04 21 经管院A213 罗建利 共赢企业战略研究
经济管理学院 2010 12 23 经管院A213 闫华锋 基于学习的知识转移改进模型及应用
经济管理学院 2011 11 03 经管院A213 闫华锋 综合评判决策方法
经济管理学院 2012 10 06 经管院A213 闫华锋 复杂产品系统创新模型
经济管理学院 2013 09 17 经管院A213 闫华锋 复杂产品系统集成商技术创新系统
     
学术会议
会议名称时间地点本人报告本人报告题目
第八届长三角高校管理科学与工程学科发展协作网会议 2013 06 15 杭州电子科技大学 Study on Distributed Transnational Synergistic R&D System Innovation Management Based on Complex Product
第8届服务管理和服务系统国际会议 2011 06 25 南开大学 基于学习的知识转移改进模型及应用
华人学者管理科学与工程协会第5次年会 2012 06 30 南京大学苏州校区 复杂产品系统创新模型
     
代表作
论文名称
基于学习的知识转移改进模型及其在国家电力智能调度支持系统开发管理中的应用
基于集成解决方案的复杂产品系统创新模型研究—智能调度技术支持系统案例研究
复杂产品系统模块化分解模型及应用研究
 
答辩委员会组成信息
姓名职称导师类别工作单位是否主席备注
胡敏强 正高 教授 博导 南京师范大学
沈厚才 正高 教授 博导 南京大学
许苏明 正高 教授 硕导 东南大学
梅姝娥 正高 教授 博导 东南大学
华仁海 正高 教授 硕导 南京财经大学
      
答辩秘书信息
姓名职称工作单位备注
高星 副高 副研究员 东南大学