单元制造系统的集成设计问题是一个组合优化问题。
The integrated design of cellular manufacturing system (CMS) is a combinatorial optimization problem.
这份预警机工程和制造初始合同开发阶段包括设计、开发、集成和飞行管理系统单元测试。
The initial contract for the engineering and manufacturing development phase includes design, development, integration and testing of the Flight Management System Suite (FMSS) for the AWACS aircraft.
大量的实验结果表明：与基于模拟器的方法相比，采用该系统可以快速综合出可制造的深亚微米cmos模拟单元电路。
It has been demonstrated that compared to simulator-based method, manufacturable deep sub-micron CMOS analog circuits can be synthesized using this system in a short run time.
在系统研究f CM算法及制造单元构建问题的基础上，提出了基于模糊技术的制造单元构建方法SDFCM。
Based on the systematic research of FCM and manufacturing cell formation, the fuzzy set based manufacturing cell formation algorithm SDFCM is put forward.
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.
为了提高制造执行系统的整体执行性能，需要对各单元的生产业绩进行分析与评价。
In order to enhance the total performance of manufacturing execution system, it is necessary to analyze and evaluate the performance of each manufacturing unit.
虚拟柔性加工单元是虚拟制造系统研究的核心。
Virtual Flexible Machining Cell (VFMC) is the kernel of Virtual Manufacturing System.
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.
运用面向对象的分析方法，对制造系统进行了抽象和概括，建立了单元控制器的功能模型和数据模型。
Using object oriented method the manufacturing system is abstracted and generalized, the function model and data model of the cell controller are established.
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.
多动力单元往往设计成生产和装配生产线，并作为完全集成的部分和精益制造的装配系统，可以最大限度的提高安全性和工作效率。
Multiple units are often designed into production and assembly lines and as part of fully-integrated, lean manufacturing assembly systems to maximize safety and productivity.
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.
在网络联盟企业中采用分布式制造执行系统可以提高制造单元的自主管理能力和企业对全球经济竞争的应变能力。
It also can improve the independent management capability of manufacturing cell and the enterprise response capability to global economic competition.
制造电子调节器，操纵系统及电力驱动单元用的类似装置，特种配电变压器。
Manufacture of electronic regulators, steering systems and similar devices for electric drive units, power, distribution, and specialty transformers.
以广东工业大学FMC中心的柔性制造单元为基础，介绍了FMC环境下工业机器人离线编程快速规划系统的开发过程。
Based on the FMC of Guangdong University of Technology, this paper introduced the development course for the system of off-line rapid programming of industrial robot in FMC environment.
分析了柔性制造系统开放式单元控制器的功能，提出了FMS的协同递阶控制结构。
The functions on cell controller in FMS are analyzed. The cooperative step controlling architecture of FMS is presented.
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.
本文叙述了柔性制造单元或系统中的柔性夹具及其计算机辅助设计的基本原理与方法。
This paper deals with the flexible fixture and its basic principle and method of computer aided design in flexible manufacturing cell or flexible manufacturing system.
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.
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.
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.
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.
机器人资源的合理分配和调度是提高制造单元系统柔性的关键。
Properly scheduling and dispatching robot resource is very important for improving flexibility of the robotic cell system.
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.
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.
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.
研究了将FLT模型文件，包括材质和纹理转化为FST格式的方法，有效解决了制造单元规模扩大时，仿真系统运行速度减慢的问题。
Then we study the way to transfer FLT form to FST including the material and the texture of the 3D model, and the problem of the speed becoming slow when the scale of system is enlarged.
通常，在一台带有托板输送系统的柔性制造设备(如柔性制造单元)上一次在托板上只装夹一个零件进行加工。
It is usual to fix only one workpiece on a pallet for machining in a flexible machine with pallet change system.
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.
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