median

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

用matlab仿真来实现lms算法和NLMS算法(lms algorithm)

Fir滤波器，能对语音信号进行低通，高通，带通的浮点滤波(Fir filter the speech signal can be low pass, high pass, band pass of the floating point filtering)

数学建模中常用的方法：类比法、二分法、差分法、变分法、图论法、层次分析法、数据拟合法、回归分析法、数学规划（线性规划，非线性规划，整数规划，动态规划，目标规划）、机理分析、排队方法、对策方法、决策方法、模糊评判方法、时间序列方法、灰色理论方法、现代优化算法（禁忌搜索算法，模拟退火算法，遗传算法，神经网络）(Mathematical modeling methods commonly used: analog, Dichotomy, difference method, variational method, graph theory, analytic hierarchy process, data fitting, regression analysis, mathematical programming (linear programming, nonlinear programming, integer programming, dynamic programming, goal programming), mechanism analysis, queuing, countermeasure methods, decision-making methods, fuzzy uation method, time series method, gray theory, modern optimization algorithms (tabu search algorithm, simulated annealing algorithm, genetic algorithms, neural networks))

四进制通信系统的进行蒙特卡罗仿真程序，以正交信号为基础。当均值分别等于０，０.１，１.０，２．０时完成１００００个比特的仿真并求出误差概率。绘出理论误码率和蒙特拉罗仿真的差错率并进行比较这俩个结果，并绘出每个均值情况下判决器的１０００个接受信噪比抽样(Four-band communication system to carry out Monte-Carlo simulation procedures to orthogonal signal basis. When the mean, respectively, equivalent to 10,000 completed 0,0.1,1.0,2.0 bit error probability simulation and obtained. Mapping theory and蒙特拉罗BER simulation这俩error rate and compare results, and the mean circumstances of each mapped)

基于matlab工作平台的使用ITD法进行模态参数识别，程序中使用最小二乘法进行减缩计算。(a method of modal parameter identification)

G.729中其中C语言文件的MATLAB实现(G.729 in which C-file in MATLAB)

时频分析工具箱是基于matlab的语言设计的一种基于时频分析的信号处理方法.(Time-frequency analysis matlab toolbox is based on the language of design based on time-frequency analysis of signal processing methods.)

关于模拟退火的matalab原代码,真实可用(Matalab on simulated annealing source code，The real available)

this program simulates 2D electromagnetic Maxwell equations , by using finite difference time domain method FDTD..and it simulates the perfect matched layer to prevent the reflections that may occure at the boundaries of the problem space