m1

matlab design of chebyshew bandstop filter

Monte Carlo方法的实质是通过大量随机试验，利用概率论解决问题的一种数值方法，基本思想是基于概率和体积间的相似性。它和Simulation有细微区别。单独的Simulation只是模拟一些随机的运动，其结果是不确定的；Monte Carlo在计算的中间过程中出现的数是随机的，但是它要解决的问题的结果却是确定的。(The essence of the Monte Carlo method is a numerical method to solve the problem through a large number of randomized trials, the use of probability theory, the basic idea is based on the similarity between the probability and volume. There are subtle differences between it and Simulation. Separate the Simulation simulation of random movement, the result is uncertain number of the Monte Carlo calculations in the middle of the process is random, but it is to solve the problem the result is determined.)

This program describes how kalman filter and extended kalman filter reduces error so that we get the better output

Synchronized Phasor Measurements and Their Applications (example 1-4)

最佳离散信号及其设计在现代通信、雷达、声纳、制导以及信号处理、空间测控等领域中，扮演着越来越重要的角色。因此，深入研究最佳离散信号，具有重要的理论意义和应用意义。本代码在研究二值自相关二进阵列偶的理论基础上，设计了其搜索算法。(The best discrete signal and its design in the field of modern communications, radar, sonar, guidance and signal processing, spatial measurement and control plays an increasingly important role. Therefore, in-depth study the best discrete signal has important theoretical and practical significance. The code in the study binary binary array pairs based on the theory, design its search algorithm.)

OFDM的64QAM调制，包含fft 星座映射 还有解调(OFDM-64QAM modulation, demodulation still contain fft constellation mapping)

量子遗传算法源程序，采用的是权重系数法求解(Quantum Genetic Algorithm source code, using the weight coefficient method)

与simulink联合仿真 用pso算法进行参数优化(Combined with Simulink simulation, PSO algorithm is used to optimize parameters)

space-state rutine (mechanical vibration) in matlab environment

using L in profile storage. We may solve Ly  b accessing L by row and either LTx  y accesing LT by column or equivalently xTL  yT accessing L by row