单元化制造作为一种先进的生产组织方式逐渐被越来越多的制造企业所接受。
As an advanced production and organization mode, cellular manufacturing technology is gradually accepted by more and more manufacturing enterprises.
本文重点对单元化制造环境下制造执行系统的体系结构和制造单元优化重组问题进行研究。
This paper will mainly study the MES architecture under cellular manufacturing environment and the manufacturing cells optimal reconfiguration problem.
制造单元是单元化制造系统生产组织的基本单位，单元重组是实施单元化制造首先要解决的问题之一。
And manufacturing cells reconfiguration is one of the problems that should be solved first to carry out cellular manufacturing mode.
FMS柔性制造系统单元控制器负责管理柔性线各装置的总体配合，实现生产过程的自动化。
Unit controller of BQ FMS manages each equipment in the soft line, in order to coordinate them and automatize the production.
提出了对随机事件概率分布参数进行自学习的方法，把知识化制造单元中的不确定因素纳入任务控制的数学模型。
The uncertain factors of the knowledgeable manufacturing cell were included in the task control model by utilizing a self-study method of probability distribution parameters of stochastic events.
本文对智能制造系统的基础理论、智能化单元技术、智能机器有关技术作了的论述。
The paper discusses the basic theory of intelligent manufacturing system, intelligence cell technology, and the technology of intelligent robot.
本文针对制造系统布局问题研究了制造单元设备布局方法和布局方案的可视化及运行仿真技术。
The researches in this thesis are facility layout, visualization and process simulation of manufacturing Cell according to the layout problem of manufacturing system.
同时，采用了动态逻辑制造单元来实现虚拟企业间的动态联盟以及敏捷化智能MES 的可重构性。
Meanwhile, the dynamic logic manufacturing cell concept is adopted to implement the dynamic alliance of virtual enterprise and the reconfiguration of this MES.
我国尚处在单机自动化、刚性自动化阶段，柔性制造单元和系统仅在少数企业使用。
Our country is still at the single machine automation, rigid automation stage, flexible manufacturing unit and system only in a few enterprise use.
结合一致化技术和随机动态规划的方法，得到了知识化制造单元的最优任务控制策略。
The optimal task control strategy of manufacturing cell was obtained by the combination of the uniform technology and the stochastic dynamic programming.
多重化结构逆变器是一种新型结构的逆变器，该逆变器各功率单元构造相同，便于模块化设计和制造，系统可靠性高。
The multiunit inverter is composed of several same power units, which makes the modularized design and manufacture easy and the system reliable.
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.
随着集成电路(IC)制造技术的飞速发展，为了进一步增加IC芯片的产量和降低单元制造成本，硅片趋向大直径化。
With the fast development of IC manufacturing technology, the diameter of the silicon wafer trends to be larger in order to increase the yields of chips and reduce the cost per bit.
以一个柔性制造单元为例，实现了可视化设备布局和制造单元构造。
The manufacturing cell is also constructed automatically and rapidly through the module of Genetic Algorithm.
以一个柔性制造单元为例，实现了可视化设备布局和制造单元构造。
The manufacturing cell is also constructed automatically and rapidly through the module of Genetic Algorithm.
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