搜索资源列表
Verilog
- 全加器的Verilog 实现代码 寄存器的Verilog 实现代码-Low-pass filter integral part of full-adder and register the Verilog implementation code
caozuopiao
- 1、根据福建电网的要求，分析并制定了该专家系统的整体设计方案。 2、应用多智能体的概念研究并建立了本系统的通用认知模型。 3、开发了规则库系统以及推理机。 4、完成了与SCADA系统的接口，接收实时数据。 5、开发了与DMIS系统的接口，实现了操作票的流程的一体化管理。-1.According to the demand of FuJian power network,intergral design scheme of the Expert System is analys
elect_exploer
- 电法勘探测深曲线的广义积分中的Tm计算实验-Electrical prospecting measured Tm computational experiments in the deep curve of the generalized integral
Kirchoff_Matlab
- 这是克希霍夫积分正演算法， 暂时还没有编写出克希霍夫偏移算法。-This is the Kirchhoff integral algorithm, yet no Kirchhoff migration algorithm.
jifenfenli_PID
- 基于PCI-1711板卡 增量式积分分离PID算法实现温度控制 C++builder上位机控制软件-Based on PCI-1711 boards incremental integral separation PID algorithm temperature control C++builder PC control software
jifenfenli_weizhishiPID
- 基于PCI-1711板卡 位置式积分分离PID算法实现温度控制 C++builder上位机控制软件-Based on PCI-1711 board positions integral separated PID algorithm temperature control C++builder PC control software
abcc_22
- This paper deals with the various aspects of AGC of interconnected multi-area hydrothermal systems. Thermal area is considered with reheat turbine and hydro area is considered either with an electric governor or a mechanical governor. Optimiza
endun-files-to-upload
- This paper deals with the various aspects of AGC of interconnected multi-area hydrothermal systems. Thermal area is considered with reheat turbine and hydro area is considered either with an electric governor or a mechanical governor. Optimiza
mt
- 做大地电磁法静校正时候的五点圆滑方法和阻抗相位积分方法的程序实现-Do magnetotelluric static correction when the five-point program sleek method and impedance phase integral method to achieve
gust
- 计算脉动风速的风特性，包括湍流强度、阵风因子、湍流积分尺度等-Fluctuating wind characteristics calculated wind speed, including turbulence intensity, gust factor, turbulence integral scale, etc.
opencl_peridynamics
- 近场动力学(peridynamics,PD) [1] 是一种新兴的基于非局部作用思想建立模型并通过求解空间积分方程描述物质力学行为的方法.它兼有分子动力学方法和无网格方法的优点,避免了基于连续性假设建模和求解空间微分方程的传统宏观方法在面临不连续问题时的奇异性,又突破了经典分子动力学方法在计算尺度上的局限,在宏/微观不连续力学问题分析中均表现出很高的求解精度和效率.PD方法适用于不同尺度的不连续力学问题,包括均匀与非均匀材料和结构的大变形、损伤、断裂、冲击、穿透和失稳问题,结晶相变动力学问题以