共查询到19条相似文献,搜索用时 171 毫秒
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浅论机械产品创新组织结构,创新过程和策略 总被引:1,自引:0,他引:1
产品创新管理是现代产品设计和制造系统管理研究的重点。本文阐述了产品创新策略、组织结构和创新过程及其相互关系,分析了工业化国家以汽车产品为代表的机械产品创新管理策略与体系的发展及演变,在对我国汽车制造企业现状分析的基础上,指出任何生搬硬套国外企业的现存的产品创新管理模式和组织机构都是行不通的。 相似文献
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对陕西大中型企业产品创新体系建设的思考 总被引:1,自引:0,他引:1
分析、总结了陕西大中型企业产品创新体系建设的基本做法和存在的突出问题。在此基础上,提出注重企业人力资源投资、完善技术开发机构、增强研究与开发力量、拓宽筹资渠道、确定企业产品创新 体地位、营造有利于企业产品创新的外部环境等措施,以推进大中型企业产品创新体系建设的进程。 相似文献
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Hsu-Fang Hung Hsing-Pei Kao Kuo-Cheng Ku 《The International Journal of Advanced Manufacturing Technology》2007,33(11-12):1065-1076
In the globally competitive business environment, collaborative product development has become an important strategy for enterprises to reduce risks and enhance their competitiveness. The planning phase becomes more significant and complicated when utilizing external resources to determine a product solution to achieve customer satisfaction and business goals. The decision process for assessing design alternatives depends on the tradeoffs between quality, time, and cost. In this research, we propose a framework for collaborative product development and production of modular products. It aims at linking customer requirements, generating design alternatives, and then evaluating and selecting these choices to determine the optimum solution. They are considered from both design aspects and manufacturing concerns. Product strategy is discussed as the most important factor in the evaluation process. Further, a practical application of a system-on-a-chip product planning process was carried out to demonstrate the completeness and benefit of our proposed framework. 相似文献
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技术创新──企业发展的原动力 总被引:3,自引:0,他引:3
创新是企业发展的根本源泉和核心竞争能力。创新及其管理已经发展成为系统科学,创新不仅取决于个人的创造力,而成为可持续发展和可管理的过程。探讨了技术创新的定义、特征和类型,对企业的创新能力和创新企业文化的形成,建立鼓励创新的机制和创新能力评价体系作了详尽的阐述。分析了3种不同的创新策略,对技术创新的管理和实施的4个方面进行了全面的讨论。 相似文献
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面向服务架构的敏捷制造及关键技术 总被引:1,自引:0,他引:1
首先研究敏捷制造及动态联盟等现代制造模式,分析了敏捷制造的内涵和面向服务的技术基础,利用面向服务的架构、业务流程管理和Web服务等相关的标准和技术构建了企业业务集成服务平台.在此基础上提出面向服务架构敏捷制造的4个关键技术,如企业应用体系结构、产品数据交换平台、请求服务平台、生产计划与动态调度. 相似文献
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Crowdsourcing is an innovative business practice of obtaining needed services, ideas, or content or even funds by soliciting contributions from a large group of people(the ‘Crowd'). The potential benefits of utilizing crowdsourcing in product design are well-documented, but little research exists on what are the barriers and opportunities in adopting crowdsourcing in new product development(NPD) of manufacturing SMEs. In order to answer the above questions, a Proof of Market study is carried out on crowdsourcing-based product design under an Innovate UK funded Smart project, which aims at identifying the needs, challenges and future development opportunities associated with adopting crowdsourcing strategies for NPD. The research findings from this study are reported here and can be used to guide future development of crowdsourcing-based collaborative design methods and tools and provide some practical references for industry to adopt this new and emerging collaborative design method in their business. 相似文献
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Burak Sari Tayyar Sen S. Engin Kilic 《The International Journal of Advanced Manufacturing Technology》2008,38(3-4):367-376
Rising product variety and complexity, shorter time frames to respond, and the continual need to gain new capabilities through innovativeness force the trend of outsourcing to be replaced by strategic alliances, where enterprises or individuals work together towards a common goal and share their responsibilities as well as their profits. Recent developments in information technology have enabled relatively inexpensive, reliable and fast networking to support such alliances in real time. In this context, the virtual enterprise (VE) represents an appropriate cooperation alternative and competitive advantage for the enterprises. VE is a temporary network of independent companies -- suppliers, customers, even rivals -- linked by information technology (IT) to share skills, costs and access to one another’s markets. In this emerging business model of virtual enterprise, the decision support functionality, which addresses issues such as partner company selection, is an important domain to be studied. In this paper, we propose an analytic hierarchy process model to contribute in the selection of the partner companies in the virtual enterprises. A case example is also covered to validate the feasibility of the adoption of the model in virtual enterprise situations. 相似文献
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数字线索和数字孪生是推动型号产品研制模式转型的变革性技术,如何建立适应数字线索应用的信息化系统成为企业关注的重要问题.在型号研制现状与需求的基础上,提出了由实体、模型、学科、过程和应用组成的产品数字空间管理框架,分析了管理框架下的深度模型集成、产品数据融合贯通和以流程为中心的业务协同三层次数字线索应用,最后,结合航天军... 相似文献
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Performance Measurement in a Supply Chain 总被引:5,自引:2,他引:3
F.T.S. Chan 《The International Journal of Advanced Manufacturing Technology》2003,21(7):534-548
The supply chain is an important element in logistics development for all industries. It can improve efficiency and effectiveness
of not only product transfer, but also information sharing between the complex hierarchy of all the tiers. There is no systematic
grouping of the different performance measures in the existing literatures. This paper presents the formulisation of both
quantitative and qualitative performance measurements for easy representation and understanding. Apart from the common criteria
such as cost and quality, five other performance measurements are defined: resource utilisation; flexibility; visibility;
trust; and innovativeness. In particular, new definitions are developed for visibility, trust, and innovativeness. Details
of choices of these performance measurements are listed and suggested solutions are given, with the hope that a full picture
of supply chain performance measurements is developed. In addition, a multi-attribute decision-making technique, an analytic
hierarchy process (AHP), is used to make decisions based on the priority of performance measures. This paper outlines the
application and particularly the pairwise comparison which helps to identify easily the importance of different performance
measurements. An example from the electronic industry is used to demonstrate the AHP technique.
ID="A1"Correspondance and offprint requests to: Dr F. T. S. Chan, Department of Industrial and Manufacturing Systems Engineering, University of Hong Kong, Pokfulam Road,
Hong Kong. E-mail: ftschan@hkucc.hku.hk 相似文献