上面我们提到的是敏捷制造的核心。
What we mentioned above is the core of the agile manufacturing.
精益生产，同步工程和敏捷制造。
Lean Production, Synchronous Engineering and Agile manufacturing.
分析我国企业对敏捷制造的需求；
The requirement of Chinese Enterprises for Agile Manufacturing (AM)is analyzed.
因此，我们上面提到的是是敏捷制造理论的核心。
Therefore, what we mentioned above is the core of the Agile Manufacturing Though.
资源集成是敏捷制造的一个关键环节。
Resource integration is a critical step in agile manufacturing.
虚拟企业是敏捷制造的最佳实现方式。
Virtual enterprise is the most optimal mode to realize lean production.
敏捷制造企业供应物流系统的优化模型。
The optimization model of agile manufacturing enterprise supply logistics system.
介绍了基于实例的敏捷制造信息系统结构。
The structure of the case based agile manufacturing information system presented.
虚拟制造是实现敏捷制造的一种重要的手段。
Virtual Manufacturing is an important means to realize Agile Manufacturing.
动态联盟是实现敏捷制造的主要企业组织模式。
Dynamic alliance is the main organizational mode to implement Agile Manufacturing.
分析了敏捷制造生产模式下单元控制器的特点。
The characteristics of cell controller in agile manufacturing is illustrated.
实现敏捷制造的一个关键就是组建联盟制造企业。
Grouping a virtual enterprise is a key technique of agile manufacturing formation.
管理作为敏捷制造的三大支柱之一，其核心就是决策。
As one of three props of agile manufacturing, the core of management is decision-making.
敏捷制造环境下，人员组织的一般形式是分布式团队。
The distributed team is the general form of personnel organization in the circumstance of agile manufacturing.
研究了在敏捷制造环境下制造车间生产过程的动态调度问题。
The dynamic scheduling system for production process of manufacturing shop has been researched under the agile manufacture environment.
适应这种要求，基于知识和信息网络的敏捷制造技术应运而生。
Based on knowledge and information network, agile manufacturing technology emerges as the above requirements.
另外一个关于敏捷制造的重点是面对面的交流和弱化文档交流。
Another major emphasis with Agile Software Development is on face-to-face interaction and a de-emphasis on documentation.
敏捷制造环境下柔性决策及其决策方案的实施离不开组织的支持。
Flexible decision making and its implement under agile manufacturing environment depend on organization for support.
敏捷制造企业中工作团队及其团队决策能力是敏捷制造实现的关键。
The work team in the quick manufacturing company and the teams decision-making ability are the keys for realizing the quick manufacturing.
构造敏捷化的车间控制子系统是创建敏捷制造系统的一个首要问题。
It is one of the primary problems to build the agile shop-floor control system in the agile manufacturing system.
研究了敏捷制造车间(AMW)中的最优递阶随机生产计划与控制问题。
The paper explores the problem of optimal hierarchical stochastic production planning and control in agile manufacturing workshops (AMW).
系统地论述了在敏捷制造环境下实现敏捷与协同的工艺设计的关键技术。
Key techniques of agile and cooperative process planning in agile manufacturing environment are systematically analyzed. It is concluded as follows.
基于敏捷制造思想研究了离散生产类型的先进制造车间的调度控制系统。
The scheduling and controlling structure for an advanced manufacturing shop is investigated based on the agile manufacturing methodology.
不同企业之间和企业内部资源共享及资源重用是实施敏捷制造的关键因素。
Resource sharing and resource reuse among different enterprises or within an enterprise are key factors in implementing agile manufacture.
精益生产和敏捷制造的结合使在更大范围内实现大规模定制生产成为可能。
It is possible to realize mass - customization in bigger scope if lean production is combined with agile manufacture.
从敏捷制造产生的背景入手，分析了敏捷制造在全球市场环境下的框架特征。
From background of agile manufacturing, analyzes the frame characteristic of agile manufacturing under the global market environment.
本文探讨如何利用委托代理机制，实现敏捷制造环境下虚拟企业的动态联盟。
This paper is presented how to apply the Principal - Agent mechanism to actualize the dynamic union of virtual enterprises in the agile manufacturing environment.
利用数码相机和计算机图形处理技术获得脚部关键尺寸，实现小批量敏捷制造。
Futhermore, it can gain foot characteristic size by digital camera and computer graphics disposal technology, so agile manufacturing in small batch comes true.
首先对现代企业组织结构进行了评析，然后对敏捷制造企业组织结构进行了描述。
This paper begins with the review and analysis of modern enterprises' organization structures, and then describes the agile manufacturing enterprises' organization structure.
敏捷制造模式下，车间控制应该具有柔性、系统性能优化和对干扰的快速反应性。
Under the agile manufacture mode, it is necessary for the shop control to be flexible, performance optimization and rapid response to interference.
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