Speed-Control-of-Induction-Motor-by-Using-Intelli

在目标被动式跟踪中广泛应用的伪量测变换估计器(PLE)具有良好的误差收敛性。然而由于等价噪声和状态的相关性,该估计器的估计是有偏的。提出的强跟踪滤波器(STF)通过强制白化残差具有自适应地校正估计偏差和迅速跟踪状态变化的能力。STF已经在非线性系统时滞估计、故障诊断与容错控制方面取得了很好的效果。(Passive target tracking is widely used in the pseudo-measurement transform estimator (PLE) has a good error convergence. However, due to the equivalent noise and the relevance of state, the estimator is a biased estimate of. Raised strong tracking filter (STF) has adopted mandatory bleaching residuals adaptively estimated bias correction and rapid tracking of the status change. STF has been estimated in the time-delay nonlinear systems, fault diagnosis and fault-tolerant control has been achieved very good results.)

It is Radar System design and signal prcessing code based on standard algorithm .this is vey important for biggener those who are working on Radar signal processing area.This code contain various chapter. this is basically chapter No4

系统包括简单的基本功能，..........................(dfjk)

make a simple rectangle with matlab

SVM的一个实例，对不同葡萄酒分类，有原始数据(Matlab code for SVM, classifing types of wine, with original data.)

用MATLAB语言的GUI设计一个时钟，可以播放或停止。(A timer by MATLAB.)

说明：  这是一份完善的管壳式气-气换热器设计型计算代码示例。(This is a Heat Exchanger Designer Matlab Code Sample for Chemical Engineering Design Area.)

电子通信系统的建模与仿真 第4章 电子线路仿真试验 4.1 信号合并 4.2 微积分 4.3 触发器 4.4 分频器? 4.5 使能开关 4.6 编程开关 4.7 移位寄存器 4.8 整流电路 4.9 驻波演示 4.10 超外差式接收机(Electronic communications system modeling and simulation of electronic circuits Chapter 4 Simulation 4.1 Signal merger 4.2 Calculus 4.3 Trigger 4.4 prescaler enable ? 4.5 switch 4.7 switch 4.6 programming shift register 4.9 VSWR 4.8 Rectifier Circuit Demo Ultra 4.10 heterodyne receiver)

说明：  ％ Nevill等插值算法地实现 不会花费大家的时间的 不希望其他人没有帐号自由下载此源码( Nevill, such as interpolation algorithm to realize they would not spend the time we do not want to see other people do not have an account free download the source code)

三维涡流计算，用于确定source, sink以及流线，并画图(Three-dimensional eddy current calculation used to determine the source, sink and flow lines, and drawing)