Lorenz.反相控制

相关法时延估计的matlab仿真，能对任意wave文件使用，并进行误差分析(Correlation time delay estimation of matlab simulation, can use any wave file and analyze the errors)

fastica在matlab中的应用 包括源码及模块 基于ica的语音分离技术(fastica in matlab application, including source code and modules ica-based voice separation technology)

先得到一个定位初始估计值，再利用建立最大似然方程对这个定位初始估计值进行修正，从而得到更优定位结果值，方法更接近于最大似然方法。(Get the a position initial estimate, re-use to establish the maximum likelihood equations corrected for positioning the initial estimates, resulting in better positioning the resulting value is closer to the maximum likelihood method.)

三维六光束光镊光阱力仿真gui,可计算介质中球形粒子所受到的光阱力(Three six beam optical tweezers optical trapping force simulation gui, spherical particles can be calculated by the medium of light trapping force)

本例是运用牛顿拉夫逊法求解电力系统潮流的程序(newton，s method of power flow)

说明：  蒙特卡洛求pi，非常简单的求pi值的代码源(Monte Carlo for pi, a very simple code for the source of the value of pi)

傅立叶离散型变换，图形变换 傅立叶离散型变换，图形变换 傅立叶离散型变换，图形变换(Discrete Fourier transform, discrete Fourier transform graphics transform, discrete Fourier transform transform graphics, graphics transform)

本书循序渐进地介绍了matlab的详细函数命令，包括入门知识、数值计算功能、图像可视化处理功能、Notebook、程序设计、高级语言程序接口、图形用户界面以及动态仿真系统等高级功能。为使用户能融会贯通，本书最后给出了几个用matlab剞劂问题的实例。(This book describes step by step detailed matlab function command, including an introduction, numerical computing, image visualization capabilities, Notebook, program design, high-level language programming interface, graphical user interface and advanced features such as dynamic simulation system. To enable users to mastery, with book finally gives a few examples of the problem matlab Ji chisel.)

对标幺化感应电机的控制，依次分块地对磁通，转矩，转矩设计控制器，并对模型简化和未简化的情况做对比，适合于对感应电机控制各个环节的控制有更深的理解。(Induction motor control, in turn block the flux, torque, torque design of the controller, and the model is simplified and not simplified contrast, is suitable for the control of all aspects of a deeper understanding of the induction motor control. The outcome of the study in the experimental class)

工程实用观点，简单介绍集成电路的传统设计语言现状。(Practical engineering point of view, the traditional integrated circuit design brief language status.)