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bpann528
- 一个用delphi写的基于bp网络逼近函数的方法的源程序,程序提供的逼近函数包括:sin(x)*exp(-x)、sin(x)/x\\1/(1+exp(-x))、(1-exp(-x))/(1+exp(-x))、阶跃、高斯。~..~ -with a written bp - based networks function approximation of the original source code. procedures for the approximation functions in
RLC电路的阶跃响应仿真
- RLC电路的阶跃时域响应的MATLAB仿真
ch66
- 利用阶跃信号进行复位积分, 利用阶跃信号进行复位积分.-The use of step-reset signal points, using a step signal reset points, using a step signal reset points.
chaotiao
- 单位阶跃响应y(t)、上升时间 、超调量 。在matlab下运行。-Unit step response y (t), rise time, overshoot
xinhaoyuxitong
- 一个用于计算单位阶跃响应的上升时间的程序,图形界面。-One for the unit step response rise time of the procedure, graphical interface.
Steering-wheel-angle-step-input-test
- 可实现汽车操纵稳定性中转向角转角阶跃输入试验。包括数据采集,处理及存储的全过程。-Steering angle angle step input test vehicle handling and stability can be achieved. Including data acquisition, processing and storage of the whole process.
Time-domain-analysis-system
- 本系统可做自动控制原理中的时域分析仿真实验,系统特性如下: 1:可选择仿真系统为一阶、二阶、任意阶 2:可选择信号源为正弦波、三角波、锯齿波、方波(可模拟阶跃信号),并可调节信号源频率、幅值、相位、偏移、方波占空比 3:可选择信号采样率及采样数 4:自动计算传递函数 5:自动计算时域响应参数(增益系数、上升时间、峰值、峰值时间、稳定时间、超调量) 6:波形图同时显示原始信号和响应信号 注:使用本系统需安装labview控制设计与仿真库-The system can d
LabVIEW-samples
- (LabVIEW 2009),含例子:绘制比例积分环节、比例积分微分环节、惯性环节、积分环节阶跃响应曲线-(LabVIEW 2009),Containing examples: drawing proportional integral, proportional integral differential link, inertia, integral step response curve
pipeiT
- 基于阶跃响应的预测控制,包括模型失配和模型匹配情况-Step response prediction based on control, including model mismatch and model matching case
DMC
- 基于阶跃响应的预测控制算法。采用不同的模型形式、优化策略和反馈措施形成的预测控制算法。-Predictive control algorithm based on the step response. Using different forms of models, optimization strategies and feedback measures to predict the formation control algorithms.
work2
- 基于MATLAB的简单例子抽样信号,单位信号,阶跃,三角,信号相加-base on matlab
presure-step-curve
- 发出压力阶跃信号,并进行压力阶跃后,信号及压力信号采集-sent pressue step signal and pressue data acquire
demo_work
- 基于labview平台,以弹簧-质量-阻尼系统为基础,做出二阶虚拟仪器实验平台。包括二阶系统的时域,频域响应动态分析。实现单位阶跃信号输入弹簧-质量-阻尼系统后的动画演示。 -Labview based platform to spring- mass- damper system based on virtual instrument to make second order experimental platform. Time domain including second-frequ
PID
- 专家控制 求二阶传递函数的阶跃响应 G(s)=133/(s^2+25s),取采样时间为1ms进行离散化。设计专家PID控制器,并进行Matlab仿真。(Expert control Find the step response of the second-order transfer function G(s)=133/(s^2+25s), and take the sampling time as 1ms for discretization. Design expert PID contro