最后例子表明了可重构制造系统重构前后，该模型均能有效完成故障诊断。
Finally, an example is used to test the model and the result expresses that the model is feasible before and after...
为使企业物流更好地支持制造系统重构，在规划设计的各个环节应突出通用性、可拓扑性。
At each link of planning and design, common utilization and being topological should be stressed so that enterprise logistic can support the reconfiguration of manufacturing system.
提出了基于事例的制造系统重构方法，建立了基于事例的制造系统重构的过程模型，研究了事例的描述和事例库的组织等关键问题。
A new method and a process model for manufacturing system reconfiguration based on CBR are proposed. The key problems including the case representation and organization are probed.
实例表明，该设计能够适应可重构制造系统快速多变的特征，提高对制造系统已有资源的利用率。
The results showed that the proposed design method could adapt to the dynamic characteristics of RMS and enhance utilization rate of existing resources in manufacturing systems.
为了提高制造控制系统的智能重构能力，提出了扩展功能块的新概念。
To increase the intelligently reconfigurable capability of manufacturing control system, a novel concept of extended function block was proposed.
可重构制造系统的设计目标是要确定各种零件的生产周期、各种零件之间的生产顺序与加工各种零件所用的组态。
The design objective of reconfigurable manufacturing systems (RMS) is to decide the production period, the sequence and the configuration for machining each member of a part family.
可重构控制器是可重构制造系统的重要组成部分之一。
Reconfigurable controller is one of the most important constitution for reconfigurable manufacturing system (RcMS)?
可重构制造系统的建模是分析和控制可重构制造系统的关键技术，而可重构制造系统中的设备建模是可重构制造系统建模的基础。
The modeling is the key technology for analyses and control of a reconfigurable manufacturing system and the equipment modeling constructs the basis of the system modeling technology.
最后给出了某汽车制造企业利用流程模块化技术构建可重构供应链系统的实例。
As a case study, reconfigurable supply chain system of an automobile manufacturing enterprise with procedure modularity technology is also described at the end.
可重构机床是可重构制造系统的基础，研究和开发可重构机床具有重要的理论和实践价值。
Reconfigurable machine tools are the foundation of RMS, and studying and developing it have much academic and practical importance.
实现这一哲理的制造系统是可重构制造系统。
Reconfigurable manufacturing system (RcMS) is the optimum realization of the reconfigurable manufacturing paradigm.
制造单元重构的关键是要有可重构的控制系统，因此，对可重构制造单元控制系统进行研究具有较大的实际意义。
The key of reconfiguring a manufacturing cell is to have a reconfigurable control system, so it is very useful to study the control system of reconfigurable manufacturing cell.
提出动态逻辑制造单元的概念，用于组织车间制造系统资源，实现在动态多变的环境中车间制造系统快速重组、动态重构的能力。
The concept of dynamic and logical manufacturing cell is presented to organize manufacturing resources so that the ability of dynamic re-configuration in dynamic shop floor environment is achieved.
RMS的设计目标是基于重构条件下寻求制造系统在全生产周期内的系统成本最优。
The design objective of RMS is to find the optimal and sub-optimal cost configuration paths across the lifetime of manufacturing systems.
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.
系统建模是可重构制造系统生产管理控制技术的基础。
The modeling of system is the key technology of the production management and control of reconfigurable manufacturing system.
论述了图与网络理论、双向扫视算法、排队论等运筹理论，以及它们在可重构制造系统的组态设计中的应用。
Some theories of operations research, such as Graph Theory, double sweep algorithm, and Queuing Theory, and their applications in the configuration design of RMS are addressed.
为解决可重构制造系统的制造单元重构求解问题，采用粒子群算法进行求解，构造总加工路线数维的粒子空间，实现工件数量的多加工路线分配。
Particle swarm optimization was applied to solve manufacturing cell reconfiguration problem. Particles with sum machining lines dimension were established to assign workpieces to machining lines.
针对可重构制造模式对测试系统提出的在线升级和功能调整要求，提出软件总线结构的装配式可重构虚拟仪器系统。
A reconfigurable virtual instrument system is proposed, which can dynamically adjusts its measurement capacities to meet the need of the reconfigurable manufacturing system.
在虚拟制造单元可重构的环境下，制造资源选择策略是决定制造系统生产性能的关键因素之一。
Resource selection strategy is one of the key factors in deciding the productivity of a manufacture system.
最后将该模型应用在网络化协同工艺系统和可重构制造资源优化配置平台中，给出了具体的应用方案。
At last, the models were applied in networked cooperative process systems and manufacturing resource optimization configuration platforms, and their detailed application scheme was given.
网络化制造将是信息时代的主要生产模式，制造系统可重构是网络化制造的关键单元技术。
Networked manufacturing will be the main paradigm in information age. Reconfiguration of manufacturing resource is the key element technology of networked manufacturing.
为了实现知识化制造系统的自重构，对自重构的使能工具进行了开发及应用。
To realize the self-reconfiguration of knowledgeable manufacturing systems, enabling tools for the self-reconfiguration of knowledgeable manufacturing systems were developed and applied.
面向产品族设计的可重构制造系统，兼顾了数控加工中心的柔性强和刚性生产线效率高的优点，同时具有良好的经济性，是满足大批量定制要求的最佳模式。
To realize reconfigurable manufacturing, not only the products and their processes, but also manufacturing equipment and production system should be designed with reconfigurable strategies.
可重构制造系统是一种新型的制造系统，主要通过制造单元重构和设备重构来满足变品种的工件加工要求。
It is a new type of manufacturing system which can manufacture various workpieces by reconfiguring manufacturing cells and equipments.
提出了一种可重构的嵌入式数控系统，通过与安装有网格中间件和网格支持工具的上位机相连，可以很方便地作为制造网格的一个可重构节点。
A reconfigurable embedded NC system is studied. As linked with an upper computer with grid middleware and toolkits, the system can be considered as a reconfigurable node in the manufacturing grid.
重点论述了可重组制造系统国内外研究现状，最后指出了可重构制造系统的亟待研究的问题。
The research actuality of RMS was discussed, and the desiderated research problem of RMS was pointed out.
系统在重构过程中，各合作伙伴给出完成各自任务的时间段，制造系统则基于这些信息编排出生产计划。
In the process of system-reconfiguration, each partner provides the time interval of performing its tasks for the system.
系统在重构过程中，各合作伙伴给出完成各自任务的时间段，制造系统则基于这些信息编排出生产计划。
In the process of system-reconfiguration, each partner provides the time interval of performing its tasks for the system.
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