动态重组的英文

• dynamic regrouping
• dynamic restructuring

• "动态"英文翻译    trends; general trend of aff ...
• "形态重组" 英文翻译 :    morphallaxis
• "动态重低音" 英文翻译 :    ahb pro
• "动态重定位。" 英文翻译 :    dynamic relocation
• "动态重分配" 英文翻译 :    dynamic relocation
• "动态重复" 英文翻译 :    dynamic replication
• "动态重构" 英文翻译 :    dynamic reconfigurable
• "动态重配置" 英文翻译 :    dynamic reconfiguration
• "动态重定大小" 英文翻译 :    dynamic resizing
• "动态重构系统" 英文翻译 :    dynamic reconfiguration system
• "动态重合不良" 英文翻译 :    dynamic misregistration
• "动态重力测量" 英文翻译 :    dynamic gravity measurement
• "动态重新配置" 英文翻译 :    dynamic reconfiguration
• "字动态重码率" 英文翻译 :    dynamic coincident code rate for words
• "超动态重低音提升" 英文翻译 :    dbb
• "动态重定位程序" 英文翻译 :    dynamic relocation program
• "动态重定位记忆" 英文翻译 :    memory dynamic relocation
• "动态重构数据集" 英文翻译 :    dynamic reconfiguration data set
• "动态再定位，动态重定位" 英文翻译 :    dynamic relocation
• "动态设备重组" 英文翻译 :    dynamic device reconfiguration
• "动态重新分配存储器" 英文翻译 :    dynamic relocation memory
• "动态重新配置数据集" 英文翻译 :    dynamic reconfiguration data set
• "可动态重定义字符集" 英文翻译 :    dynamically redefinable character set
• "动态装置重组态" 英文翻译 :    dynamic device reconfiguration
• "动态再定位存储器 动态重新分配存储器" 英文翻译 :    dynamicrelocationmemory

• 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?任务管理、生?计划、车间调度、生?运行控制、行?信息管理等问题，提出了以单元动态重组技术?基础的车间生?调度控制系统。
• In this paper we discuss three aspects of dynamic management of distributed workflow : workflow modeling , workflow execution environment , dynamic reconfiguration to illustrate feathers of dynamic management of distributed workflow
  将从建模、体系结构、运行环境、动态重组几个方面对分布式工作流的动态管理技术进行介绍和探讨。
• It can extend the combat visual field of the each battle unit ; can also unify the weapon system of dispense the each battle unit , descend to reach solid the hour battle mission , fight the order , become united of battle system , thus tremendous exaltation fighting strength
  在系统的下层支撑部分,以网络通信层作为分布事务处理服务层的底层。在下层进行分布事务处理,以动态重组、任务迁移等手段保证指控系统的全功能运行,而上层的mvc框架,在这样的支撑下可以相对独立地工作。
• Secondly , in order to make a deep analysis of c2 system structure , the author made the fire cell and aerial command control centre into the c2 organization nodes , then import into the information flow to analyze the c2 organization network , through which the author constructed a linear programming model to analyze the time consumption of c2 organization . based on object petri network ( opn ) , the author also analyzed the c2 organization reconstruction process
  其次,为了深入分析c2系统结构,将火力单元和区域指控中心作为c2组织节点,引入信息流因素对支持网络化作战的c2组织网络进行了建模分析,以c2组织的时效性作为目标函数提出了c2组织的一种设计模型,并研究了通过对象petri网对防空网络化作战中的c2组织动态重组的建模方法。
• Because of lack of abstraction at the stage of requirement analysis , the traditional management information systems of engineering designing project are not suitable to dynamic recomposition of business management process . this paper will combine workflow technologies with management workflow system of engineering designing project ( edwfms ) . by decomposing work into good - definitioned tasks and roles and executing and monitoring them according to rules and processes , we can boost efficiency , reduce cost , enhance level of business management of engineering design department
  传统的工程设计项目管理信息系统在需求分析阶段缺乏高度的抽象性，使得最终的需求模型无法适应管理业务流程的动态重组，本文将结合正在研发的工程设计项目管理信息系统集成工作流技术，将业务处理工作分解成定义良好的任务和角色，并按照一定的规则和过程予以执行和监控，达到提高办事效率，降低生产成本，改善工程设计单位生产经营管理水平和竞争力的目标。
• At last gave out the implementation of lacking material bill creating and parts state querying function unit chapter 6 , on the basis of the system frame of supported re - configuration pms presented in chapter 3 , the implementation mechanism of re - configurable pms is discussed on re - development of function unit , business process reengineering , integration of different system , function reengineering etc , and function registering mechanism and function reengineering technology is analyzed in detail
  第六章围绕本论文提出的支持可重构的生产管理系统的体系结构，从功能单元二次开发、业务流程重组、与异构系统集成、功能重组等方面初步探讨了可重构生产管理系统的实现机制，并详细分析了功能注册机制、功能动态重组的具体实现技术。