搜索资源列表
BP
- 基于BP神经网络的 参数自学习控制 (1)确定BP网络的结构,即确定输入层节点数M和隐含层节点数Q,并给出各层加权系数的初值 和 ,选定学习速率 和惯性系数 ,此时k=1; (2)采样得到rin(k)和yout(k),计算该时刻误差error(k)=rin(k)-yout(k); (3)计算神经网络NN各层神经元的输入、输出,NN输出层的输出即为PID控制器的三个可调参数 , , ; (4)根据(3.34)计算PID控制
to-rinex
- 不同型号接受机接受道德导航电文到rinex的格式转换,以备进一步应用。-different models for aircraft navigation accept moral message to rinex format conversion, for further application.
BP
- 基于BP神经网络的 参数自学习控制 (1)确定BP网络的结构,即确定输入层节点数M和隐含层节点数Q,并给出各层加权系数的初值 和 ,选定学习速率 和惯性系数 ,此时k=1; (2)采样得到rin(k)和yout(k),计算该时刻误差error(k)=rin(k)-yout(k); (3)计算神经网络NN各层神经元的输入、输出,NN输出层的输出即为PID控制器的三个可调参数 , , ; (4)根据(3.34)计算PID控制
UndertheacquisitionprocessinthepathintheRing0
- VB 在系统Ring0权限下获取进程的路径-In the system acquisition process under the path of Ring0
RINEX
- Rinex Converter Introduction Rinex (Receiver INdependent EXchange) is a standard format for GPS, GLONASS and SBAS data supported throughout the industry. The Rinex Converter utility provides a means to transl
AD8330
- ad8330英文 资料 更好的解释ad8330,内有ad8330框图,和框图原理,还有基本框图应用-ad8330FEATURES Fully Differential Signal Path May also be Used with Single-Sided Signals Inputs from 0.3 mV to 1 V rms, Rail-Rail Outputs Differential RIN = 1 k
5
- 采用一种离散微分跟踪器的PID控制。被控对象是三阶传递函数,参考输入rin=20,干扰信号是0.5rands(1)。-PID Controller with Partial differential
dd
- 设计的随机数发生器可产生两个随机数,由一开关(RIN)进行控制,RIN为1时随机数发生器被清除,RIN为0时随机数发生器将产生1-6的两个随机数,可由LED数码管显示,显示的方式可由设计者自行设计,既可以选择数码管中的任两个LED显示随机数,也可让四位LED同时显示一个随机数(按一定的时间跳转显示)。根据给定的材料完成上述系统的设计,用Xilinx ise完成功能的设计与仿真,并最终下载到目标板XILINX SPARTAN-3 Star
RIN
- 计算光学相对强度噪声的方法,除计算公式外,对物理过程也进行了详细说明-method to calculate optical RIN, include formula and instruction of physical meaning
lab-pgms
- This a MATLAB based program that computes the: I. Maximum directivity (dimensionless and in dB) II. Radiation resistance (Rr) III. Input resistance (Rin) IV. Reactance relative to current maximum (Xm) V.
Project
- Program to do rin for lcd
DIPOLE
- This a MATLAB based program that computes the: - Maximum directivity (dimensionless and in dB) - Radiation resistance (Rr) - Input resistance (Rin) - Reactance relative to current maximum (Xm) - Input reactanc
DIPOLE
- c This a MATLAB and FORTRAN based program that computes the: c c I. Maximum directivity (dimensionless and in dB) c II. Radiation resistance (Rr) c III. Input resistance (Rin) c IV. Reactance relative to cu
Dipole
- This a MATLAB based program that computes the: Maximum directivity (dimensionless and in dB), Radiation resistance (Rr), Input resistance (Rin), Reactance relative to current maximum (Xm), Input reactance (Xin), Normaliz