提取数据波形时域特征LDA_TrainTest_5CV

说明：  数字信号处理的Matlab实现，搞数字信号处理的朋友借鉴！(Digital signal processing to achieve the Matlab, engage in digital signal processing from friends!)

二阶电路的SIMULINK仿真及封装（期刊），从收费网站下载的，希望帮到大家(SIMULINK simulation of the circuit and the second package (journal), downloaded from the charges, and hope to help to everyone)

信号检测与估值实验报告，写的很好哦，本人花了大量的时间(Signal detection and valuation lab report, oh well, I spent a lot of time)

main_PC_Shorten.m polarDec_S_Change.m rev_shuffle.m polarEnc.m PCencoder.m attachCRC.m capacities.m crcCheck.m encoder.m genSrc.m initialize_frozen_bits.m likelihood_rate.m path_matrix.m path_metric.m paeeword: share_20180410

matlab写的手写分类识别得源码，内部包含文件的使用说明。(matlab write a handwritten classification source, the internal document that contains instructions.)

实现一个数字信号处理的仿真系统 。具有界面并实现以下功能：能产生（得到）并选择各种数字信号（sin、方波、三角波、语音、噪声及其叠加）；具有DFT和DCT变换功能，对各种信号进行变换；设计滤波器实现低通、高通、带通滤波，得到输出信号的频域特性和时间序列。(the realization of a digital signal processing simulation system. Requires interface and achieve the following functions: to produce (to be) and select a variety of digital signal (sin, square, triangle wave, voice, noise, and overlay)with DFT and DCT features a variety of signals transform Filter Design low pass, high pass, band pass filter, the output signal of the frequency domain to get the features and time series.)

美国作者James写的编程之道全本，爱好编程的朋友可以看下(how to program)

可以动态调节运行环境的参数，MIMO OFDM matlab仿真,部分实现了追踪测速迭代松弛算法，单径或多径瑞利衰落信道仿真，加入重复控制，FIR 底通和带通滤波器和IIR 底通和带通滤波器。(Can dynamically adjust the parameters of the operating environment, MIMO OFDM matlab simulation, Partially achieved tracking speed iterative relaxation algorithm, Single path or multipath Rayleigh fading channel simulation, Join repetitive control, Bottom-pass and band-pass FIR and IIR filter bottom pass and band-pass filter.)

这是关于matlab语言学习的经验，其中包括两个txt文档很方便下载，可以在手机上看，写的很好，值得看看。(This is about the matlab language learning experience, including two txt documents easy to download, you can phone point of view, well written, it is worth a look.)

利用构造函数法和线性回归算求一一维微观形貌的分形维数可直接使用。 (The constructor method and linear regression operator seeking the eleven-dimensional morphology of the fractal dimension can be used directly.)