搜索资源列表
ViewTreeObserverTest
- Test View Tree Observer for Linux.
ProfileView
- ProfileView extends Composite implements Observer.
observer
- 该文章中描述了系统辨识与自适应控制的结合，比较系统跟全面-there are something about
observateur
- 分布参数系统的状态观测器 观测系统的速度和位移-observer for system
SessionObserver
- Session Observer Source Code for Linux.
ParseObserver
- Observer of parsing in action. This is used to supply feedback from the various things that parse particularly to the dumping utilities.
humorous-design-mode
- 这是一本关于设计模式的电子书（幽默设计模式），值得学习。 1、策略模式 2、代理模式 3、单例模式 4、多例模式 5、工厂方法模式 6、抽象工厂模式 7、门面模式 8、适配器模式 9、模板方法模式 10、建造者模式 11、桥梁模式 12、命令模式 13、装饰模式 14、迭代模式 15、组合模式 16、观察者模式 17、责任链模式 18、访问者模式 19、状态模式 20、原型模式 21、中介者模式 22、解释器
My_MVC
- 使用MVC模式和观察者模式实现画圆和计算面积、表面积-Use the MVC pattern and the observer pattern implementation Circle and computing area, surface area
WeatherStation
- 运用面向对象中的观察者模式，进行编写的简单的气象站-The use of object-oriented observer pattern, for the preparation of a simple weather station
Robot_inversion
- 基于神经网络观测器的单关节机械手反演控制。将估计速度代替实际速度，可实现无需实际速度信号检测的控制-Single-joint robot based on neural network observer inversion control. Instead of the actual speed of the estimated velocity can be achieved without the control of the actual speed signal detection
AbstractCursor_SelfContentObserverTest
- Self Content Observer Test for Linux v2.13.6.
obsever_chua
- an observer to show how an observer work
observer
- This package includes the simulation of "A class ofproportional-integral sliding mode control with application to active suspension system" that is a paper published in System&Control Lecture Journal.
01546062
- MRAS Observer for Sensorless Control of Standalone Doubly Fed Induction Generators I-MRAS Observer for Sensorless Control of Standalone Doubly Fed Induction Generators IEEE
cie-(2)
- CIE Chromaticity Diagrams CIE Standard Observer, Color Mstching Functions, CIE 1931, CIE 1960, CIE 1976 contains a complete CIE PLL Diagrams mapping programs, including support CIE Standard Observer, Color Mstching Functions, and the CIE 1931, the CI
adrc-ok
- 自抗扰控制器源代码,本系统由两个部分组成，分别是观测器，微分器-(adrc) source code，This system consists of two parts, respectively is the observer, differentiator yards
n
- 通过非线性扩张观测器可实现被控对象的位置、速度和未知部分观测。在实际控制工程中，可采用本观测器实现无需速度测量的控制，并实现对未知不确定性和外加干扰补偿-Through the expansion of nonlinear observer can realize the location of the controlled object, speed and unknown part of the observation. Can be used in actual control engin
android_test
- android下的观察者模式实现分享,通过按钮新建观察者，当被观察者状态变化的时候，所有的观察者都发生对应的改变-observer model in desgin code,under android
CAP6-(Sliding-Mode-Observers)
- ... ... ... sliding mode observer-............... sliding mode observer..................................................................................................................
OBMPC
- 这是基于观测器的DMC算法，可以和GPC算法进行比较，控制效果不输GPC算法-This is the DMC algorithm based on observer , and it can be compared with GPC algorithm ,it s control effect is better than GPC algorithm