RegistrationMATLAB

isodata 迭代自组织的数据分析算法(isodata )

绘制庞加莱截面图的程序。先通过solveLor.m来求出一系列点，然后代入Poincare_section 程序绘制庞加莱截面。 通过观察Poincare截面上截点的情况可以判断 是否发生混沌：当Poincare截面上有且只有一个不动点或少数离散点时，运动是周期的；当Poincare截面上是一封闭曲线时，运动是准周期的 当Poincare截面上是一些成片的具有分形结构的密集点时，运动便是混沌。 (Poincare section drawing program. First obtained by solveLor.m to a series of points, and then drawn into the program Poincare Poincare section. By observing the situation on the Poincare section cut points can determine whether chaos occurs: When there is only one fixed point or a few discrete points on the Poincare section, the motion is periodic When is a closed curve on the Poincare section, the motion is quasi- When is the point of having a dense fractal structure on some stretches of the Poincare section, the motion is chaotic period.)

心电图导联重建（Frank导联系统）系数推导程序。采用Dower经典系数推导，结果已经验证。(Reconstruction Coefficients for ECG 12-Lead System. Data from Dower is employed as derivation and the results have been verified.)

自己编写的旋转算法，没有用imrotate函数(havne t use the function imrotate of matlab)

1．通过实验加深对快速傅立叶变换（FFT）基本原理的理解。 2．了解FFT点数与频谱分辨率的关系，以及两种加长序列FFT与原序列FFT的关系。 离散傅里叶变换（DFT）和卷积是信号处理中两个最基本也是最常用的运算，它们涉及到信号与系统的分析与综合这一广泛的信号处理领域。实际上卷积与DFT之间有着互通的联系：卷积可化为DFT来实现，其它的许多算法，如相关、滤波和谱估计等都可化为DFT来实现，DFT也可化为卷积来实现。(1. Deepen the experimental fast Fourier transform (FFT) the basic tenets of understanding. 2. Understand the FFT spectrum and points of the resolution, and two extended sequence with the original FFT FFT relations. Discrete Fourier Transform (DFT) and the convolution of two signal processing is the most commonly used basic arithmetic, they relate to the signal and system analysis and synthesis of the wide range of signal processing field. DFT actually convolution and interoperability between contact : DFT into convolution can be achieved in many other algorithms, If relevant, filtering and spectral estimation could be achieved as DFT, DFT into convolution can be achieved.)

一种新的最短路径规划算法程序仿真，它是通过蚁群算法进行求解(A new shortest path planning algorithm emulation, it is the ant colony algorithm to solve the)

遗传算法与粒子群算法结合对参数进行优化选择，达到最后结果(Genetic algorithm and particle swarm optimization algorithm to the parameters combine to achieve the final result)

A template class for running a method under test in all possible states of a MediaRecorder object.

实现MATLAB对茶壶采集的的点云数据网格生成，并细化(MATLAB to achieve the collection of the teapot point cloud data grid generation, and refinement)

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