Signal-Processing-Toolbox

这是一个matlab中的一个非常实用的软件，值得一下·里面详细介绍了anfisedit 怎么操作，还有程序运行的结果，当然还有源代码，对于研究模糊推理的人员有帮助(This is a matlab in a very practical software, worth about which details how anfisedit operation, as well as the results of running, of course, the source code for research staff helpful fuzzy inference)

基于3GPP 25.996 的简化SCM信道模型，可用来生成基于SCM信道的仿真实时的信道增益的产生，到达角 给出了拉普拉斯分布 均匀分布与标准的20个子径的分布三种不同的形式。(Based on 3 GPP 25.996 simplified SCM channel model, based on SCM channel can be used to generate a simulation of real-time channel gain, arrival Angle gives the Laplace distribution uniform distribution and standard 20 is a diameter of three different forms of distribution)

函数信号发生器 可产生方波，三角波，正选拨，用示波器观察(Function signal generator can produce square, triangle wave, is selection, using the oscilloscope observation)

Matlab 操作技巧与常用函数。帮助Matlab初学者迅速掌握Matlab环境下编程技巧。(Matlab operating skills with commonly used functions. Help the Matlab environment for beginners to grasp the Matlab programming skills.)

function [a,b,err] = shanks(x,p,q) SHANKS Model a signal using Shanks method ---- Usage: [a,b,err] = shanks(x,p,q) The sequence x is modeled as the unit sample response of a filter having a system function of the form H(z) = B(z)/A(z) The polynomials B(z) and A(z) are formed from the vectors b=[b(0), b(1), ... b(q)] a=[1 , a(1), ... a(p)] The input q defines the number of zeros in the model and p defines the number of poles. The modeling error is returned in err.

matlab仿真源代码 将rgb图像转化为YCrCb图像，分层处理 (matlab simulation source code rgb images into YCrCb image, slicing)

uwb中无多径awgn信道接收机的调制与相关掩模的仿真(uwb receiver channel modulation)

1024点matlab仿真，10位输入，12位输出，结果保存在图像中(Matlab simulation of 1024 points, 10-bit input, 12 output, the result stored in the image)

MDI Parent Child- running procedure

用matlab设计FIR维纳滤波器 假设一个点目标在x，y平面上绕单位圆做圆周运动，由于外界干扰，其运动轨迹发生了偏移。其中，x方向的干扰为均值为0，方差为0.05的高斯噪声；y方向干扰为均值为0，方差为0.06的高斯噪声。用该滤波器处理观测信号，得到其最佳估计。(FIR Wiener filter design using matlab Suppose a point target in the x, y plane around the unit circle in a circular motion due to external interference, its trajectory shift occurred. Which, x the direction of the interference of mean 0 and variance of 0.05 Gaussian noise y direction of the disturbance is zero mean Gaussian noise variance 0.06. Observed with the filter processing signal, to get the best estimate.)