MultHalfBand

说明：   在高阶谱分析工具箱是一个M文件集合实施了多种先进的信号处理算法的频谱估计，polyspectral估计，时频分布计算，并包含许多实际应用如时延估计，谐波恢复，参数估计的Volterra（非线性）模型，以及自适应线性预测。其他潜在的应用包括音响，生物医学，经济学，地震勘探，无损检测，海洋学，等离子体物理，雷达，声纳，语音等(The Higher-Order Spectral Analysis Toolbox is a collection of M-files that implement a variety of advanced signal processing algorithms for spectral estimation, polyspectral estimation, and computation of time-frequency distributions, with applications such as time delay estimation, harmonic retrieval, parameter estimation of Volterra (nonlinear) models, and adaptive linear prediction. Other potential applications include acoustics, biomedicine, econometrics, exploration seismology, nondestructive testing, oceanography, plasma physics, radar, sonar, speech etc. )

EMD的实例测试函数，自己修改过的，可以显示imf分量频谱(Examples of EMD test function, with my own modify, you can display imf component spectrum)

基于matlab的声音信号采集，分析处理，包括声卡采集，及浏览系统文件(Based on matlab voice signal acquisition, analysis and processing, including card acquisition, and browse system files)

matlab中bayes network tools工具箱下，编写的一个关于输入为连续数值，输出两类的离散数据(bayes network tools toolbox matlab written one on the input of continuous values​ ​ , the output of two discrete data)

二维热传导函数，可以根据此程序绘制热传导过程中温度场分布情况(The two-dimensional thermal conduction function, the distribution of the temperature field in the process of heat conduction can be drawn based on this program)

利用matlab编写的GUI界面实现成分分析，实验数据分析的简单小程序(Prepared using matlab GUI interface implementation component analysis, experimental data analysis of the simple small program)

colea程序，处理语音信号的M函数集合，对于学习语音处理有很大帮助(colea procedures to deal with M-function voice signal a collection of voice processing for the study of great help)

QPSK的系统仿真 simulink 的M文件 讲解了许多关于QPSK 仿真的内容 让大家可以更深一步了解matlab这款软件(QPSK system simulation covering m-file which impart something about Qpsk simulation and let us know about matlab more deep)

雷达信号理论的MATLAB（林茂庸著）内相关MATLAB仿真程序(MATLAB for radar sign theory )

说明：  基于MUSIC算法的DOA估计。传统MUSIC算法，仿真结果完美。(DOA estimation based on MUSIC algorithm. The traditional MUSIC algorithm has perfect simulation results.)