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.
结合笔者所参与的项目研究与开发，介绍了一个以协同框架为基础的敏捷制造系统。
Then, an agile manufacturing system based on collaborative framework is presented, and the three-tier structure of the system application services collaborative framework, management syst...
结合笔者所参与的项目研究与开发，介绍了一个以协同框架为基础的敏捷制造系统。
Then, an agile manufacturing system based on collaborative framework is presented, and the three-tier structure of the system application services collaborative framework, man...
构建了使用NXD的敏捷制造系统数据库体系结构，分析了利用NXD存储数据的有利之处。
Method of using native XML database (NXD) of storing AM data is brought forward. System structure of AM system database having used NXD is constructed.
从而让更多的人在认识和重视敏捷制造系统的同时让更多的人们看到了敏捷制造系统的应用前景。
So let more people understand and attach importance to the agile manufacturing systems at the same time so that more people can see the agile manufacturing system application.
本文从总结敏捷制造环境下装配CAPP的特点入手，对系统的功能需求、性能需求和信息需求进行了详细分析。
This paper starts with summarizing the characteristic of assembly CAPP for Agile Manufacturing, and analyzes in detail the demands of function, performance, information of the system.
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.
在系统分析目前支持敏捷制造企业的信息基础结构的基础上，建立了AMIS的体系结构。
Based on systematic analysis of the infrastructure supporting agile manufacturing enterprises, the author establishes an architecture of AMIS.
可变性特征反映着现代制造系统适应于市场变化与用户需求的敏捷性。
Changeability reflects modern manufacturing system's agile feature adaptive to market changes.
针对制造企业大实际需求，进行基于智能中间件的敏捷化CAPP工具系统研制和应用开发。 本文主要研究成果和特色如下。
Based on the theoretical study mentioned above, a softweare prototype (SCU-CAPPTool) of agile CAPP system based on intelligent middleware is developed.
这就对支撑敏捷制造的供应物流系统提出了很高的要求和挑战。
That is a great challenge to the supporting logistics supplying system of the agile manufacturing enterprise.
现代先进制造模式以分布式、柔 性化、敏捷 性为特徵，决定了新型测量系统的特点。
An advanced manufacturing mode is characterized by distribution, flexibility and agility, which decide the features of the distributed measuring system (DMS).
敏捷制造环境下的信息系统应是分布，异构、可重构、可重用，可伸缩的。
AM requires more high demand for system integration and information system in the environment of Agile Manufacturing should be distributed, heterogeneous, re configurable, reuse and scale.
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.
同时，提出把CAPP系统分解为针对不同零件的工艺设计模块，满足敏捷制造生产对象多变的需要的设想。
At the same time, a plan is brought forward to divide the CAPP system into some small modules which aimed at different part type, to meet the need of Agile Manufacturing.
通过该系统平台可以实现联盟企业间的信息资源共享与网络协作，从而实现敏捷化制造。
With the platform, alliance enterprises can realize cooperation on network, share the information and resource among distributed and heterogeneous enterprises, then realize agile manufacturing.
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.
远程视频会议系统为区域网络化制造系统重要组成之一，其服务质量和敏捷性将影响整个系统的成效。
The remote video conferencing system is one of the important parts of the Regional Networked Manufacturing, and its quality of service and promptness will bring effect on the whole system.
文章全面系统地阐述了CIMS、并行工程及敏捷制造等先进制造模式中的现代CAD技术特点和内容。
The paper states the feature and content of contemporary CAD technology in advanced manufacturing modes of CIMS, concurrent engineering, and Agile manufacturing in detail.
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.
通过建立原型系统，实践并验证了敏捷网络化制造系统中的若干理论和实现技术。
Finally, through building up and running the prototype system, it is proven the theories and technologies of the Agile Networked Integrated Manufacturing are effective.
对制造系统敏捷供应链物流配送技术及系统进行了研究。
Manufacturing system agile supply chain and logistics distribution technology and it's system were studied in this paper.
对制造系统敏捷供需链物流配送技术及系统进行了的研究。
Manufacturing system agile supply chain and logistics distribution technology and it's system are studied in this paper.
将敏捷制造的理念引入CAPP系统的建模之中。
The idea of Agile Manufacturing is introduced in CAPP modeling in this paper.
随后提出敏捷制造企业构建供应物流系统的一般过程和反馈控制机制。
Furthermore the general process of constructing an agile manufacturing system's supply logistics system and the feedback control mechanism of the supply logistics system is discussed.
本文主要研究敏捷制造环境下的供应链分销系统优化设计，从供应链管理的战略层、战术层和运作层三方面出发对分销系统进行决策优化。
Optimization model for Supply chain distribution system design in agile manufacturing environment is discussed, which can be divided into strategic, tactical and operational problems.
本项目组以合作企业为应用背景，设计并开发了敏捷化车间制造执行系统(amesV1.0)。
Taking a cooperative factory as application background, the project team have designed and developed an agile MES software (AMES V1.0).
采用可重配置的设备和单元控制系统，可以使制造单元具有敏捷性。
The agility of manufacturing cell can be achieved by adopting reconfigurable equipment and cell controller.
采用可重配置的设备和单元控制系统，可以使制造单元具有敏捷性。
The agility of manufacturing cell can be achieved by adopting reconfigurable equipment and cell controller.
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