提出了基于时间区间的静态重构算法和动态重构算法。
At the base of existing algorithm, the fuzzy time interval is used to develop the algorithm.
本文最后提出了一种可动态重构的BP网络的FPGA实现模型。
It proposes a dynamically reconfigurable FPGA realization model of the BP network.
敏捷制造单元动态重构的实质是制造资源的优化选择及制造单元的构建。
The optimal selection of manufacturing resource and manufacturing cell formation is the keys to realize dynamic reconfiguration for agile manufacturing cell.
该方法的出发点是利用系统自身的资源管理和动态重构来应付环境的变化和不确定性。
The central idea of the approach is to enhance workflow systems ability to cope with environmental uncertainties and changes by means of resource management and dynamic system reconfiguration.
为实现胚胎电子系统的故障修复与硬件复用等功能，设计了支持动态重构的配置控制电路。
Dynamic reconfiguration controller was designed to implement the fault-repairing and hardware-reuse of embryonic systems.
该系统以FPGA为主控电路，利用FPGA的在线重配置特性，实现系统结构的动态重构。
In the system, as the control circuit, a FPGA is used to realize the dynamic reconstruction of the system by its feature of in-circuit-reconfiguration.
再次，基于时间过程特征状态的概念，本文提出了面向时间区间的配电网静态重构和动态重构算法。
Thirdly, this paper presents static and dynamic distribution network reconfiguration algorithms based on time interval according to the conception of system process state characterization.
随着分布构件技术的普及，部署过程与动态重构成为软件生命周期的重要组成部分，对软件性能有重大的影响。
In the distributed component technology, deployment and dynamic reconfiguration are the phases of software lifecycle, which play an important role in performance.
然后，以应变无线传感网络节点为具体应用对象 ，设计实现了传感模块可动态重构自修复无线传感网络节点；
Then, taking strain wireless sensor network nodes as a specific application object, dynamically reconfigurable self-healing wireless sensor nodes are realized in sen sor module.
基于敏捷制造单元的MES中动态重构是一种能够适应不确定制造环境、具有快速响应性和组织创新性的车间生产组织管理方式。
Dynamic reconfiguration is responsively fast, and is creative in organization for shop floor management in a MES based on agile manufacturing cells.
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.
供电系统处理机则是该先进飞机配电系统的核心，负责对电气负载实时控制与管理，同时负责系统故障处理、恢复和系统动态重构。
As the kernel of the power distribution system, power system Processor implements electrical load scheduling and management, system fault process and fault recovery, system rebuilding.
本课题的一个设计特色是实现FPGA的动态重构，使用一个资源较少的FPGA实现更多的逻辑功能，同时节约了PC B空间。
Using this method we can achieve more functions with a single FPGA with less resources, we can also reduce PCB space.
对重构和自动化测试的特别重视动态地改进了设计，而且免去了画满类图的笔记本的需要。
Added emphasis on refactoring and automated testing improves designs dramatically without the need for notebooks full of class diagrams.
将IT环境持续重构成更具组合性和动态性的构造单元极其重要。
Constantly refactoring the IT environment into more composable and dynamic building blocks is extremely important.
这种不寻常的动态变化要求尽早重构破产国家的债务。
This perverse dynamic argues for a restructuring of insolvent countries’ debts sooner rather than later.
采用动态可重构技术，可实现提高系统性能，减少应用所需芯片资源和功耗的目的。
Adopting dynamic reconfigurable technology can not only improve system performance but also reduce the need for core resources and power.
这类问题又称为动态载荷识别或载荷重构。
It is also known as dynamic load identification or load reconstruction.
针对匹配不确定动态系统，提出基于LMI的执行器故障检测与重构方法。
A new method is presented for actuator fault detection and reconstruction based on linear matrix inequality (LMI) in the matched uncertain dynamic system.
传统的静态企业结构不能适应快速变化的环境，企业需要可以快速重构的动态结构，以内部变化来适应外部变化。
Severe structures face strong challenges in unpredictable changing environments, nowadays companies need dynamic reconfigurable structures to cope with external changes.
CPLD的EEPROM编程技术不适合动态可重构的应用。
The EEPROM programmable technology in CPLDs can't be used in dynamic reconfigurable system.
为了重构基因调控网络，提出可以通过基因之间的布尔逻辑代数和逻辑电路网络得到基因调控的动态转换。
In this paper making use of Boolean logic algebra and logic circuit networks find dynamics transition of genetic regulatory from genetic regulatory Boolean networks.
敏捷供应链系统(ascms)是依据动态联盟运行的条件所设计的，具有分布、可重构、支持异构等特点。
Agile Supply Chain Management System (ASCMS) is set up according as the qualification of Virtual enterprise running, and it have some characteristic, for example distribution, reconfiguration.
本文着重研究了动态可重构系统设计方法及其循环计算的动态位宽管理方法。
This article stressed dynamic reconfigurable system's design method and its dynamic bit-width management method for loop computation.
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.
实验结果表明，该编译方法能有效地提高应用算法在动态可重构结构上的执行速度。
Experiment result showed that the compilation approach can efficiently improve the execution speed of the applied algorithm on dynamically reconfigurable architecture.
基于最优化理论提出了一种动态载荷时程的重构方法。
Based on optimization theory, a method of kinetic loading time history reconstruction has been presented.
这种动态组织结构能根据经营过程、市场及合作伙伴的改变实现快速重构。
The dynamic organization can be rapidly reconfigured according to the change of such things as management processes, markets, collaborative companies, and so on.
这种动态组织结构能根据经营过程、市场及合作伙伴的改变实现快速重构。
The dynamic organization can be rapidly reconfigured according to the change of such things as management processes, markets, collaborative companies, and so on.
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