ASK-FSK-PSK

simulink框图来实现多进制PAM调制(simulink block diagram to realize the M-ary PAM modulation)

降低OFDM系统峰均比的PTS算法源码，经过MATLAB仿真成功-Reduce the PAPR of OFDM system PTS algorithm source, after the success of MATLAB simulation (Reduce the PAPR OFDM system PTS algorithm source code, MATLAB simulations after the success-Reduce the PAPR of OFDM system PTS algorithm source, after the success of MATLAB simulation)

本文对于非线性非高斯问题，提出了一种改进扩展卡尔曼滤波（NIEKF）新方法。该方法将迭代滤波理论引入到扩展卡尔曼滤波器方法中，有效地重复利用新的测量信息，还利用Levenberg-Marquardt 方法调整预测协方差阵以保证算法具有全局收敛性。实验结果表明，所提方法具有更高的估计精度，是一种效率较高、性能较好的跟踪方法。(This non-Gaussian for nonlinear problems, an improved extended Kalman filter (NIEKF) the new method. The method of iterative filtering theory is introduced to the extended Kalman filter method, the effective measurement of repeated use of the new information, also using Levenberg-Marquardt method to adjust the covariance matrix of prediction algorithm to ensure global convergence. Experimental results show that the proposed method has higher estimation accuracy, is a high efficiency, good performance tracking methods.)

MATLAB中的各种函数的汇总，集合了MATLAB中所有的函数是一个比较全的的汇总资料，传上去供大家下载(MATLAB in a summary of the various functions, bringing together all of the function of MATLAB is a summary of the whole information, Chuan-up for all to download)

this package is used to read MNIST data base

有限差分。超松弛迭代法相关程序和资料 有限差分。超松弛迭代法相关程序和资料(Finite difference. Super relaxation iteration method relevant procedures and material )

经典用遗传算法解决TSP问题，主函数用于解决我国31个省份的旅行商问题。(Classic genetic algorithm to solve TSP, the main function is used to solve the traveling salesman problem of China' s 31 provinces.)

经过自己长时间的学习，编写了可实现机器人PID控制的matlab仿真程序。(Through their long learning, written a robot PID control matlab simulation program.)

这个例子示出了充放电时的超级电容器的模式。该电路示出了与电池超级电容器的一个简单的杂交。超级电容器被连接到降压/升压转换器和电池连接到升压转换器。电池的功率由一个速率限制器块，因此瞬态功率由超级电容器供给到DC总线限制。(This example shows the supercapacitor model during charge and discharge. The circuit illustrates a simple hybridization of a supercapacitor with a battery. The supercapacitor is connected to a Buck/Boost converter and the battery is connected to a Boost converter. Power of the battery is limited by a rate limiter block, therefore the transient power is supplied to the DC bus by the supercapacitor.)

its used for speech recognition