搜索资源列表
ziegler
- 传统PID的整定方法Z-N法，有助于大家快速整定参数，一起讨论哦-The traditional PID tuning method ZN method to help you quickly tuning parameters, and discuss Oh
the-design-of-three-pid
- 关于常规pid的z-n整定函数的应用，通过此函数可以方便的实现pid的离线整定。-Zn conventional tuning function pid of the application, through the implementation of this function can be easily off-line tuning pid.
makelatt
- MAKELATT Create lattice L = MAKELATT(KIND,PTS,DIM) makes desired kind of dim-dimensional finite lattice that consists of pts elements. Available designs are listed in the table below. All the generated lattices are geometrically uniform
Z_N
- Z-N法计算控制器参数， 绝对好用 很经典的算法-ZN method to calculate the controller parameters, absolutely easy to use the classic algorithm
znpidtuning
- Z-N算法，我做了几个事例，希望对大家有用。-ZN algorithm, I do a few examples of the hope that useful.
MATLAB13个过程控制工程及仿真例程（mdl）
- 13个过程控制工程及仿真例程，全部是用similink搭建，有信号叠加、自衡单容、无自衡单容、求阶微分、双容、PID、PI、PD、PID ZN整定等等过程控制中常见和不常见的例子，贡献给大家了！
13-process-control-example
- 13个过程控制工程及仿真例程，全部是用similink搭建，有信号叠加、自衡单容、无自衡单容、求阶微分、双容、PID、PI、PD、PID ZN整定等等过程控制中常见和不常见的例子，贡献给大家了！-MATLAB SIMULINK
KS
- matlab 的灵敏度分析。对回路成型，Z-N整定的灵敏度的分析~比较它们的性能差别- Sensitivity analysis of the matlab ，loop forming, ZN tuning sensitivity analysis to compare the performance difference
pid
- 基于Z-N的PID参数整定，代码简单实用，适合初学者使用-ZN-based PID parameter tuning, the code is simple and practical, suitable for beginners
zn
- 用z-n法对一个控制过程进行PID参数整定，在simulink平台上进行仿真。-simulation with simulink
ZN-1X-SD-test
- SD卡读写，晶振：12mhz 在89C52RD上测试成功，很好用，3sec一个扇区-SD card reader, Crystal: 12mhz tested on 89C52RD successful, well used, 3sec one sector
AdaptivePID
- Adaptive PID Controller with classical Ziegler-Nichols (ZN) method and classical Local optimization algorithms (FMinSearch) method
WCECS2007_pp855-858
- Abstract—The proportional integral derivative (PID) controller is the most widely used control strategy in industry. The popularity of PID controllers can be attributed partly to their robust performance in a wide range of operating conditions
ZN_tuning
- P, PI, and PID tuning using ZN
pid
- ZN BASED PID TUNING METHOD TO IDENTIFY KPKIKD VALUES
plsapplication
- 在分光光度法分析高浓度锌溶液中痕量钴离子浓度的过程中，由于基底离子Zn(II)与待测离子Co(II)化学性质相近，且基底离子浓度过高，导致Co(II)的光谱信号与Zn(II)的光谱信号重叠，溶液的吸光度与浓度在部分波长段呈现很强的非线性和不佳的加和性，因此无法通过全波段信息实现痕量Co(II)浓度的检测。本文提出了间隔-相关系数法对溶液的紫外可见光光谱进行波长点的筛选(In the process of spectrophotometric analysis of trace cobalt io