lxt

说明：  FSK差分检波系统仿真的课程设计 本课程设计主要利用MATLAB集成环境下的Simulink仿真平台，设计一个FSK信号差分检波系统。观察FSK调制前后的信号波形,并对调制前后信号的频谱进行分析,再以调制信号为输入，构建差分检波解调系统电路，观察解调前后的信号波形，并对解调前后信号的频谱进行分析。加入噪声分析通过三种不同信道FSK信号差分检波系统接受信号的性能。仿真结果，基本达到课程设计要求。(FSK differential detection system simulation of the curriculum design of this course the main use of MATLAB integrated design environment of Simulink simulation platform, the design of a FSK signal differential detection system. Observed before and after FSK modulation signal waveforms, and modulation signal spectrum before and after analysis, and then modulated signal as input, build a system of differential detection demodulator circuits, observe the pre-and post-demodulation signal waveforms, and signal demodulation spectrum before and after analysis. Adding noise analysis through the three different channel FSK signal differential signal detection system to accept performance. The simulation results, the basic courses to meet the design requirements.)

最全最好用，也是最为简单的不考虑任何滤波和接口的捷联惯性导航MATLAB代码(MATLAB code of the best most complete, most simple and does not take into account any filtering and interface SINS)

局部均值分解算法，用于多分量信号的自适应分解，用于脑电信号处理、故障诊断等方面。(LMD method)

Matlab实例(Matlab examples)

说明：  802.11a 发送端采用BPSK调制得到的PAPR的CDF图形程序(CDF plots of PAPR from an IEEE 802.11a Tx with BPSK modulation)

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这是牛顿法求解非线性方程组哦那个，用matlab编写的3个m文件，F是方程组左端向量函数，JF是其Jacobian矩阵，最后调用newdim函数文件(This is the Newton method for solving nonlinear equations, oh, um, using Matlab prepared by the three m documents, F is equations extreme vector function, JF its Jacobian matrix, Call newdim function final document)

一个非常有用的计算lempel-ziv复杂度的程序，可用于状态监测等问题。(A useful lempel-ziv complexity calculation procedures, can be used for condition monitoring.)

我编写bppb的神经网络应用程序，第一次上传(of neural network applications, the first upload)

matlab ocd函数 最优化的方法 有具体代码(the optimizition of the ocd function use in matlab)