Animation_production

直流微电网储能系统双向DCDC变换器控制策略研究(RESEARCH ON CONTROL STRATEGY 0F BIDIRECTl0NAL DC／DC CONVETER 0F ENERGY STORAGE IN DC MICROGRID )

我自己写了一个函数： 该函数用来计算任意函数的一阶偏导数(数值方法) (I wrote a function: The function used to calculate the arbitrary function of the first-order partial derivative (numerical methods))

可以分别读取MIT-BIH心电图库的头文件，dat文件和注释文件，但是只对212贮存格式有效。里面有测试文件。(can read respectively MIT-BIH ECG for the first paper, dat Notes documents and papers However, only 212 of the effective storage format. With a test document.)

MATLAB数学工具软件 实例简明教程 王正盛 编写 南京航空航天大学(MATLAB software instances of mathematical tools to prepare simple tutorial Wang Zhengsheng, Nanjing University of Aeronautics)

数字信号处理，LMS和RLS实例：给定正弦信号s(n)，现在我们获得得是受影响的数据x(n)=s(n)+v(n) ， v(n)为方差1.25的告示白噪声信号，请设计一个滤波器，使其输出与s(n)的均方误差最小，并给出用LMS和RLS算法的自适应求解方法的MATLAB仿真。(Digital signal processing, LMS and RLS instance: Given a sinusoidal signal s (n), now we get the data have affected x (n) = s (n)+ v (n), v (n) 1.25 for the variance Notice the white noise signal, to design a filter so that the output and s (n) The minimum mean square error, and gives the algorithm with the LMS and RLS adaptive method for solving the MATLAB simulation.)

The function conload takes a dataset and a model (PCA, PLS, PARAFAC etc.) and calculates congruence loadings which is the extension of correlation loadings to uncentered and multi-way models(The function takes a dataset and a m odel (PCA, PLS, B6 etc.) and calculates congruence loadi ngs which is the extension of correlation loadi ngs to uncentered and multi-way models)

这是关于matlab中机械仿真部分的使用的详细介绍，以及有关的很多实例讲解。(This is the detail on the use of mechanical simulation matlab part, as well as many examples to explain.)

一个简单的IIR滤波器实现编程，已经过调试，完全正确可用(A simple IIR filter programming, has been debugging, can be used entirely correct)

说明：  正余弦函数发生器设计是需要的地址对应值，希望对你有帮助(Cosine function generator is designed to address needs of the corresponding value, want to help you)

这是一个非线性的卡尔曼滤波器，具有较好的跟踪效果(This is a non-linear Kalman filter, has a better tracking performance)