encoder

小波分析理论中的一些例程,摘出来方便大家参考.(wavelet analysis theory of some routines, pick out convenient reference.)

需要将音乐文件bhk_med.wav放于D盘根目录下才可以直接执行程序，或将程序中的音乐文件路径指向当前目的音乐所在的地址。背景音乐可以更换，甚至可以自行合成。(Music files need to be put in the D bhk_med.wav root directory before you can run the program directly, or to program the music file path to the address of the current purpose of music is located. Background music can be replaced, even on their own can be synthesized.)

说明：  首先从微电源、储能元件、负荷各方面对微网建模展开研究,并在对现有的电力系统随机潮流算法进行全面对比分析的基础上,重点研究了基于半不变量及Gram-Charlier级数的随机潮流算法,将其应用于微网的随机潮流计算分析中。(Firstly, micro-grid modeling is studied from the aspects of micro-power supply, energy storage components and load. On the basis of comprehensive comparative analysis of existing power system stochastic power flow algorithms, the stochastic power flow algorithm based on semi-invariant and Gram-Charlier series is studied, and applied to the stochastic power flow calculation and analysis of micro-grid.)

刘波——matlab信号处理 18-25章源代码 关于高阶统计量部分 参数模型 线性预测模型 谐波恢复 DOA估计 非线性随机模型 wigner时频分布 时延估计 (Bo- matlab signal processing, Chapter 18-25 source code some parameters on the model of higher order statistics linear prediction model of harmonic restoration DOA estimation of nonlinear stochastic model wigner delay estimation time-frequency distribution)

计算 两个Guassian Mixture Model的KL-Divergence(calculating the KL-divergence between two Gaussian Mixtures)

图形用回界面（gui）设计举例，希望对你有帮助(gui)

具有检测FIR滤波器单位脉冲响应h[n]中零系数（zero tap detection）功能的LMS算法自适应均衡器，可处理相关输入（colored inputs)和独立输入(white inputs). 检测出零系数的个数和位置,减少后续计算次数，提高算法效率。(Zero Tap Detection LMS adaptive Equalizer with Tap Decoupling techniques and Colored Inputs and white inputs.)

the for clustering algorithms.

成功实现3维FDTD的算法，算法简洁明了(Successful implementation of the three-dimensional FDTD algorithm is simple and clear)

本电子书详细的介绍了SIMULINK中simpower system工具箱的具体应用，并从最简单的电路仿真入手，引领读者逐渐深入。(This book describes in detail SIMULINK toolbox in simpower system specific applications, and circuit simulation from the simplest to start, leading the reader gradually in depth.)