freq-filters

说明：  使用卡尔曼滤波器对信号进行滤波，不局限于工频干扰的频率，简单方便(Kalman filter using the signal filtering, frequency interference is not limited to frequency, simple)

用cvx求解宽带最小二乘的波束形成，最新的程序，注释的地方很多，很有借鉴 (Many use cvx to solve broadband beamforming least squares, the latest program, notes the place, a very useful reference)

DVD租赁的matlab源程序，使用贪婪算法(DVD rental matlab source code, the use of greedy algorithm)

说明：  经典无网格教程的随书算法的例程，属于第二章例程(Classical meshless algorithm tutorial with the book routines, routines that belong to the second chapter)

遗传算法解决5种多旅行商问题（mtsp）的matlab程序 分别为以下5中情况： 1.从不同起点出发回到起点（固定旅行商数量） 2.从不同起点出发回到起点（旅行商数量根据计算可变） 3.从同一起点出发回到起点 4.从同一起点出发不会到起点 5.从同一起点出发回到同一终点（与起点不同）(5 kinds of genetic algorithms to solve multiple traveling salesman problem (mtsp) matlab program 5, respectively, the following situations: 1. Back to the starting point a different starting point (TSP fixed amount) 2. Back to the starting point a different starting point (TSP amount calculated variable) 3. Starting the same starting point back to the beginning 4. Starting the same starting point to the starting point is not 5. Starting the same starting point back to the same end point (with different starting points))

k-means聚类,用于聚类研究的基本算法，值得学习。(k-means cluster)

基于蒙特卡罗法2PSK系统抗噪声性能仿真 编写MATLAB的M文件，用该文件的采用相干解调法的2PSK系统的抗噪性能进行1000个符号的蒙特卡罗法仿真，画出误码率与信噪比之间的关系曲线(Based on the Monte Carlo simulation of anti noise performance of 2PSK system Write a MATLAB M file, the file by using the coherent demodulation method for 2PSK system anti-noise performance of 1000 symbols of the Monte Carlo simulation, draw the error rate and signal to noise ratio and the relation curve between the )

关于DSCDMA的仿真，首先对信号调制，然后扩频，接收端解扩解调。包含单用户和多用户下的的误码率曲线。(On the DSCDMA simulation, firstly modulate signals , and then spread spectrum, the receiver de-spread demodulation. Including single-user and multi-user under the BER curve.)

复旦大学自动控制理论ppt第1章,关于matlab的概述(Fudan University, Automatic Control Theory Chapter 1 ppt, an overview on matlab)

Very simple function to quickly plot a 3D cube