配置方法

The method includes, performing logical configuration for the non-volatile mass storage device, wherein file data is allocated addresses in a virtual logical address space; and data identified by virtual logical addresses is read by a host system.

所述方法包括：执行用于所述非易失性大容量存储装置的逻辑配置，其中向文件数据分配虚拟逻辑地址空间中的地址；以及由主机系统读取通过虚拟逻辑地址识别的数据。

In this scheme weak voltage area are determined by the network sensitivity index method; Considering the relation between low voltage level and voltage collapse, it is put forward that the voltage magnitude variation rate is taken as the observed information for the grouping of weak voltage buses and weak voltage grouping are given; Taking geographic factors into consideration, a fuzzy maximal tree is established to group the weak voltage buses. The method to measure the incomplete observability of buses and the flow chart of PMU configuration are given.

应用网损灵敏度法来判断电压崩溃临界点和电压薄弱区域；考虑低电压水平与电压崩溃的关系，提出将电压幅值变化率作为电压薄弱母线分群所观察的信息，并且给出了电压薄弱分群指标，兼顾地域因素，采用模糊最大树聚类法将电压薄弱母线分群；给出了母线非完全可观测程度的度量方法以及 PMU 的配置流程。

The main features and basic functions of RTX51 TINY, a small and real-time operation system, and its applications in the single-chip microcomputer systems are introduced simply in this paper, and an application example of it is given; stack configuration and the construction of task state are analyzed in detail when tasks are created, and, the memorizer manage is done in detail when tasks are switching, and the flow charts of primary codes are given in this paper.

本设计简要介绍了小型实时操作系统RTX51 TINY的主要特点和基本功能以及在单片机系统中的应用方法，并给出了一个RTX51的应用实例；详细地分析了这个内核创建任务时堆栈的配置和状态字结构及任务切换时的存储器管理，并给出创建任务及任务切换的主要代码流程图。

Taking the minimum voltage deviation level after disturbance as objective function, the proposed method can implement the optimal selection of allocation sites and number of reactive sources.

该方法以受扰后的系统电压偏移水平最小为目标函数，实现了无功源配置地点和数量的优化选择。

For this purpose, the minimum modulus eigenvalue of power flow Jacobian matrix of AC/DC power system is researched; by means of the sensitivity index of nodal voltage to reactive power variation and combining with participating factor, the bus or region where the voltage instability could happen most possibly are judged to provide decision-making foundation for the configuration of reactive power compensation device in power system.

该方法研究了交直流系统潮流方程雅可比矩阵的最小模特征值，以节点电压对无功功率变化的灵敏度为指标，结合参与因子，判断全电网中最有可能发生电压不稳定的节点或者区域，从而为系统无功功率补偿装置的配置提供决策依据。

More interconnections provide more ways to mobilise resources and explore alternatives when things go wrong.

灾害发生后，强大的通讯能力将会给配置资源和寻找亲人提供更多的方法。

Many IP based SOC design approaches focus on mapping an application onto a previously designed complex SOC architecture built from an existing IP by configuring and extending the architecture, representing a configure and execute methodology.

这种方法是从一个预设计的参数化SOC体系结构出发，以参数化的IP核为组件，通过编写代码、设置参数的方式，对可编程的IP核进行配置以实现设计，通过模拟器仿真执行以完成功能验证，最后产生物理芯片。由于IP核的多样性及其可优化参数的矛盾性，使得SOC的设计空间极其复杂。

This theory system provides the theory base of build open and integrated workflow management system.

研究与实践结果表明，本文提出了一套从建立工作流模型到在分布异构环境下实现并发控制和动态重配置的完整的理论体系，为建立开放集成的工作流管理系统提供了理论基础和方法。

So transfer function can be identified according to the mode of the corresponding input signal and output signal.

在此基础上采用补偿留数相位的方法设计阻尼控制器，配置控制装置的内部参数。

The measured object can be found within a few milliseconds in the raster-scan image. 4 . Two lines delay for the processed image is implemented using two 128×8 shift registers with the configurable logic block in FPGA. A new fully pipelined bit parallel hardware architecture for Sobel edge detection is implemented with FPGA. Furthermore, it takes no more than 2ms to complete the edge detection of an image with 128×128 pixels.

视觉检测信号的前端处理技术 1、系统地分析了视觉检测算法层次性特点和计算特点，提出了提高视觉检测信号处理速度的基本方案：采用前端处理系统，自动识别被测物体在获取图像中的位置，并将真正有用的被测物体的边缘坐标值，提供给计算机，作进一步的高精度处理； 2、系统研究了实时图像硬件处理的设计基本方法，提出了基于FPGA的视觉检测信号的低级处理算法硬件实现模块化模型； 3、提出了一种新的基于FPGA的模板匹配并行模块化结构，解决了二维图像处理高带宽要求，在几毫秒内就可以在按扫描顺序输入图像中找到检测目标物体的位置； 4、采用FPGA内部的可配置逻辑块实现了128×8移位寄存器的设计，解决了大容量移位寄存器与FPGA内部寄存器数量之间的矛盾，实现了两行图像的延迟。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。