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- manufacturing cell planning 制造单元规划
- This paper presents a computer emulation in operational planning of component grouping BP neural network and ARTI model are used to group parts,and to form manufacturing cell. 在多品种中小批量生产中，零件的成组分类是成组技术的重要内容。
- The automatic collection of tool data information is the key. point to actualize the agile of manufacturing cell. 刀具信息的自动采集是实现制造单元敏捷性的关键，它不仅可以解决刀具库存中手工录入刀具信息速度慢、出错率高的问题；
- Agile manufacturing cell is a complicated syst em with multi-objective, multi-restriction and variable disturbance. 敏捷制造单元是一个涉及多目标、多约束和多扰动的复杂系统,它的最优作业调度求解有很大难度。
- In this paper , the scalability of LMDS from the aspects of cell planning, modulation schemes, multiple access and frequency reuse and polarization is analyzed in ... 文章从小区规划、调制方式、多址方式、频率优化和极化等方面对LMDS的扩展性进行了详细的分析,有助于部署一个具有高度扩容潜力的LMDS网络,同时也为LMDS网络系统的扩容起到了积极的作用。
- 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。
- Having Designed an extrude intake algorithm for the half edge graph partitioning problem, this algorithm can solve machine redundant manufacturing cell design problem. 设计了针对半边图划分问题的半边图挤出吸入算法,用此算法求解了机器可选制造单元成组设计问题。
- An integrated design framework based on reconfigorable manufacturing cell for Reconfigurable Manufacturing System (RMS) was put forward. 摘要提出了基于可重构制造单元的可重构制造系统集成设计框架。
- Based on the result, a novel wideband code division multiple (WCDMA) cell planning algorithm was proposed, which uses the set covering for overall planning and applies the tabu search for further local optimization. 在此基础上提出了一种新的WCDMA基站布局算法，该算法使用集合覆盖进行整体布局，使用禁忌搜索进行局部优化。
- 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. 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。
- At first, control architecture, function model of cell controller and running platform of the control system of reconfigurable manufacturing cell are studied in this paper. 本文首先对可重构制造单元控制系统的控制结构、单元控制器功能模型和运行平台等进行了深入研究。
- With the idea of dynamically reconfiguring manufacturing cell while implementing production tasks, a new scheduling and controlling structure for shop floor is presented. 研究了先进制造车间生产任务管理、生产计划、车间调度、生产运行控制、行产信息管理等问题，提出了以单元动态重组技术为基础的车间生产调度控制系统。
- Control system of weld quality in real time,which can ensure an excellent weld,is an important sub system of welding flexible manufacturing cell (WFMC). 机器人焊接过程中熔池实时控制系统是焊接柔性加工单元(WFMC)中保证良好焊接质量的一个重要子系统。
- FMC (Flexible Manufacturing Cell) is an importantdevelopmental direction in current manufacturing industry FMC is one new andadvanced tecboque which is rapidly developing and applied. 柔性制造单元(FMC)是当前制造业的一个重要发展方向，是正在迅速发展和应用的高新技术之一。
- In order to solve the task control problems existing in the knowledgeable manufacturing cell (KMC) with multi-agent and multi-workpiece, a new matrix-automaton is proposed to model the KMC. 为了解决多Agent(智能体)多工件的知识化制造单元的任务控制问题,提出一种新的矩阵自动机模型对知识化制造单元进行建模。
- The dynamic and unstable manufacturing environment makes the adaptability of manufacturing system more and more important, the traditional GT based and static organization of manufacturing cell can not meet the future agile manufacturing needs. 动态多变的制造环境对制造系统的自适应性提出了越来越高的要求 ,传统的基于成组技术的静态制造单元组织方式不能适应未来敏捷制造的需要。
- In this paper ADAM 4000 serial modules were used to build ADAM data acquisition network to implement communications between control computer and several machine centers in shop floor manufacturing cell. 应用研华ADAM4000系列模块构建ADAM数据采集网络实现控制计算机和多台加工中心的DNC通讯。
- The issue of management and control of manufacturing cells based on Theory of Constraints(TOC)was surveyed and reviewed. 综述了基于约束理论的制造单元管理与控制问题。
- In order to meet the requirements of capacity balancing,capacity balancing method of mould manufacturing cell was presented based on the analysis on the features of mould manufacturing. 为了满足模具企业对于能力平衡的需求,本文结合模具生产的特点,对模具制造单元能力平衡方法进行了研究。
- The probably solution of complex combination optimizm problem can describe by half edge graphs,designed a extrude intake algorithm for graph,this algorithm can solve manufacturing cell design problem. 用半边图来描述复杂组合优化问题的可能解,在此基础上设计了针对图的挤出吸入算法,用此算法求解了一个典型的复杂组合优化问题,制造单元设计问题。
