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.
颞任务划分的多目标优化算法提出了改进的动态可重构系统的执行效率。
A temporal task partitioning algorithm for multi-objective optimization was proposed to improve the execution efficiency of dynamically reconfigurable systems.
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.
针对动态可重构结构的优化编译问题，提出了一种基于任务分组的编译方法。
A new compilation approach based on grouped tasks was proposed for optimal compilation of dynamically reconfigurable architecture.
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.
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.
在此基础上设计了四阵元、六阵元和八阵元的等离子体天线阵列，以实现方向图的动态可重构特性。
On this basis, the plasma antenna arrays of four elements, six elements and eight elements are designed to realize the dynamic reconfigurability of the radiation pattern.
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.
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.
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.
下一代工厂布局模式应具有高柔性、模块化和易于可重构性，柔性设备布局适应市场的动态需求。
The next generation layouts should be flexible, modular and reconfigurable. Flexible facilities layout can satisfy dynamic market demand.
移动通信网络中，可重构终端可以通过软件下载使终端动态地改变自身的配置以适应不同的无线接入技术。
Reconfigurable terminals in the mobile communication networks can dynamically changes their configuration by software download to adapt to different wireless access technologies.
移动通信网络中，可重构终端可以通过软件下载使终端动态地改变自身的配置以适应不同的无线接入技术。
Reconfigurable terminals in the mobile communication networks can dynamically changes their configuration by software download to adapt to different wireless access technologies.
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