lte3

This is the easiest version of matlab book

madhirar1988年的关于桩网复合地基模型的计算程序(madhirar1988 year on net composite pile foundation model calculation program)

说明：  使用matlab的霍夫曼编码简单实例，输入包括给定概率表和字符串输入，输出包括编码后的结果和，解码后结果(Huffman encoding matlab use a simple example, the input comprising a given probability table and string input, output, including the results of encoded and decoded Results)

说明：  电气工程潮流计算稳定性分析等ieee33配电网正序节点导纳矩阵形成方法(ieee33 Nodal admittance matrix formation algorithm)

非线性混沌工具箱，可以用来求解非线性系统的分叉、混沌等(Non-linear chaotic toolbox can be used to solve the nonlinear system of bifurcation, chaos, etc.)

本文将介绍模糊控制的思想,模糊控制的matlab/simulink 2012b仿真以及模糊控制器的C语言代码导出操作.这里没有复杂的理论公式,只有简单的语言描述和具体实现过程.(This article will introduce the idea of fuzzy control, fuzzy control matlab/simulink 2012b simulation and fuzzy controller C language code export operation.There is no complex theoretical formula, only a simple language description and specific implementation process.)

交流微电网微电网4机系统，MATLAB/simulink仿真(AC microgrid micro grid 4 machine system, MATLAB/simulink simulation)

用matlab编程绘制各种窗函数的形状，窗函数形状的长度为21。 (Matlab programming using a variety of window function mapping the shape, the shape of the length of window function is 21.)

About UWB A co-basis is a special orthonormal basis, of the Hilbert function space, whose base functions are shape-invariant to Fourier transform except for phase shifts known a priori. A notable advantage of the co-basis orthonormal-expansion method lies in that it essentially conceals the difference between time- and frequency-domains expansions, such that expanding the UWB spectra (frequency domain) is almost equivalent to expanding the pulse shapes (time domain), making the designing task significantly simple. This paper highlights this advantages through tutorial examples on the design of UWB pulses with DAA functionality that meets Korea spectrum regulations.(About UWB)

一般最小二乘、递推最小二乘、增广最小二乘用于有色噪声干扰的系统辨识，及辨识结果对比。(General least squares, recursive least squares, extended least squares for the colored noise system identification, and the comparison of recognition results.)