搜索资源列表
SubjectObserver_source
- Using C++ Templates to overcome some of the original Subject/Observer design pattern problems -Using C Templates to overcome some of the or iginal Subject / Observer design pattern probl ems
Observerwangdxh
- 这是国外牛人写的一个关于设计模式的观察者的图像化代码，我曾经在设计模式课堂上向老师和同学们演示，获得了很好的评介，值得一看-foreign cattle wrote on the design of a model of the image of the observer code I worked in the design pattern to the classroom teachers and the students demonstration was a good Review, a
PhotoMgr
- 观察者模式delphi实例实现,同时注意软件的设计-observer mode delphi example, at the same time, attention to the design software
BasedonthePIDControlofDisturbanceObserver
- 这是一个很好的matlab程序源，能够很好的反映出基于干扰观测器的 PID 控制性能。-This is a good source of matlab programs that can well reflect the disturbance observer-based PID control performance.
SMO
- sliding mode observer for PMSM
testkvokvc
- IOS 开发中很有用的技术，KVO,即：Key-Value Observing，它提供一种机制，当指定的对象的属性被修改后，则对象就会接受到通知。简单的说就是每次指定的被观察的对象的属性被修改后，KVO就会自动通知相应的观察者了。 二，使用方法 1. 注册，指定被观察者的属性， 2. 实现回调方法 3. 移除观察-KVO is useful in the development of iOS technology,, namely: the Key- Value Observin
System-with-Observer
- systems whith oberver
LuenbergerObs
- this a useful program for students in electrical engineering and it it is about Luenberger observer for speed-sensorless DC motor drive
ADRC-matlab-master
- 演变过程 自抗扰控制器自PID控制器演变过来，采取了PID误差反馈控制的核心理念。传统PID控制直接引取输出于参考输入做差作为控制信号，导致出现响应快速性与超调性的矛盾出现。 折叠编辑本段组成部分 自抗扰控制器主要由三部分组成:跟踪微分器(tracking differentiator)，扩展状态观测器 (extended state observer) 和非线性状态误差反馈控制律(nonlinear state error feedback law)。(The evoluti
ADRC_smith
- The evolution process The PID controller (adrc) evolution, took the core idea of PID error feedback control.Traditional PID control direct speech output to the reference input do bad as control signal, resulting in response to the contradiction
非线性系统观测器的设计：LMI方法
- 非线性观测器，LMI方法求观测器，全维观测器和降维观测器，适合新手(Nonlinear Observer,LMI)
PMSM_SMO
- 永磁同步电机无传感器控制，滑模观测器，可以不需要机械传感器实现控制(Sensorless control and sliding mode observer for permanent magnet synchronous motor)