可重组制造系统

基于OPN与UML的可重组制造系统建模方法研究

Research on Modeling of Reconfigurable Manufacturing System Based on OPN and UML

分析了可重组制造系统（reconfigurablemanufacturingsystem，RMS）的特性及其对组态的影响，提出了可重组制造系统的基于全生命周期的组态模型。

A configuration model of reconfigurable manufacturing system ( RMS ) during the total life - cycle is proposed after a detailed study of the characteristics of RMS .

本文在分析构成可重组制造系统的8项功能要素的基础上，提出了基于组态式柔性制造单元（CMC）组成的阵列式布局的可重组制造系统的创新结构体系。

In this paper , based on the eight functional elements of RMS based self configuration flexible manufacturing system ( CMC ) is presented .

计算机辅助可重组制造系统集成设计框架

Design of Computer Aided Integrated Frame of Reconfigurable Manufacturing System

可重组制造系统过程可诊断性的测度

Measures of in process diagnosis ability in RMS Manufacturing

可重组制造系统中加工设备资源的优化配置与重构

Optimum Reconfiguration of Machining Equipment in Reconfigurable Manufacturing Systems

面向可重组制造系统的工艺过程描述方法

Description Method of Process Planning for Reconfigurable Manufacturing System

可重组制造系统相关设计策略的研究

Study on the Design Strategy of Reconfigurable Manufacturing System

提出可重组制造系统的理论框架及其关键使能技术。

The framework and key enabling technologies are presented .

可重组制造系统的调度问题具有动态性、可重组性的特点。

Production scheduling of reconfigurable manufacturing system has the characteristic of dynamic and reconfigurable .

可重组制造系统的组态分析与研究

Configuration Analysis and Research of Reconfigurable Manufacturing Systems

可重组制造系统的可靠性研究

Research on the Reliability of RMS

现有的可重组制造系统研究内容大多集中在大型的复杂系统模型上，但对于一般的中小型企业而言，其可行性十分的低。

But the most studies focus on large and complicated system which the small and medium enterprises can 't afford .

为提高企业对市场的敏捷反应能力及市场竞争力，给出了可重组制造系统的重布局规划流程。

To improve enterprise 's market-response ability and competitiveness , the reconfigurable plant layout flow of a reconfigurable manufacturing system was proposed .

由于可重组制造系统具有模块化、可集成、可定制、可变结构以及可诊断的新特点，发展与之相适应的关键使能技术成为一项重要的研究课题。

Because of the new characteristics such as modularity , integrability , customization , convertibility and diagnosability , the development of the suited key enabling technologies is considered as one of focuses in the field .

本文探索了未来工业工程学的重要研究课题：可重组企业、可重组制造系统（RMS）、过程工程、以人为中心的组织与管理以及工厂企业教育培训的革新。

Advanced research on some of the major topics in future IE , such as the reconfigurable enterprises , reconfigurable manufacturing systems ( RMS ), process engineering , people-centered organization and management and innovation of training and education of plants and enterprises has been made in this paper .

可重构制造系统是为响应市场或不规则需求的突然变化，迅速调整出一个零件族内的生产能力和功能，为快速改变结构以及硬件和软件组件而设计的一种可重组制造系统。

The Reconfigurable Manufacturing System ( RMS ) is designed for rapid change in structure , as well as in hardware and software components , in order to quickly adjust production capacity and functionality within a part family in response to sudden changes in market or in regulatory requirements .