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详细的卷积编码与维特比译码算法。产生随机信号，对信号进行卷积编码，然后经过数值转换、格雷编码，QPSK调制，进入加噪信道，之后进行QPSK解调，格雷解码， 数制转换、 维特比译码得到接收端的信号。(Detailed convolutional coding and Viterbi decoding algorithm. Random signal, the signal convolution coding, and then through numeric conversion, Gray coding, QPSK modulation, plus noise into the channel, followed by QPSK demodulation, decoding Gray, number system conversion, Viterbi decoding to get the receiving end of the signal.)

MUSIC和ESPRIT算法是最经典的算法，本文里面包含了MUSIC和ESPIT的基本程序。(MUSIC and ESPRIT algorithm is the most classical algorithm, in this paper, which includes the basic procedure of MUSIC and ESPIT.)

自己动手修改整理了一些窄带信号的波达方向估计算法程序，包括经典MUSIC算法，求根MUSIC算法，ESPRIT算法和解相干的空间平滑算法。(Modify myself finishing some of the narrowband signal doa estimation algorithm procedures, including classical MUSIC algorithm, root MUSIC algorithm, ESPRIT algorithm and coherent spatial smoothing algorithm.)

this is a simulation of standard 802.16 with many options for reference.

说明：  matlab BP算法例程（神经网络） 独自首创BP_Matlab.rar(Matlab routines (neural networks) alone in first BP_Matlab.rar)

心音信号的DCT域变换压缩编码，LLoyld最佳量化与霍夫曼编码，利用心电R波进行分帧，在不到1 左右失真度的情况下达到了6.0以上的压缩比(Heart sound signals on DCT transform coding, LLoyld optimal quantization and Huffman coding, the use of ECG R wave sub-frame, less than about 1 in the case of distortion to achieve a compression ratio of more than 6.0)

宽带数字接收机，英文经典，相比中文版，更加原汁原味(Wideband digital receivers, the English classic, compared to the Chinese version, more authentic)

说明：  建立聚类分析实验界面；对给定数据进行聚类分析(Cluster analysis established experimental interface on a given data cluster analysis)

OFDM,用于OFDM编程，采用MATLAB，可以学习OFDM调制，用与802。11A，802.16.AC。(OFDM for OFDM programming using MATLAB, we can learn from OFDM modulation, using the 802. 11 A, 802.16.AC.)

基于CCS工具，运用matlab和c语言设计的fir滤波器，实验设计的的结果，很有价值。(CCS-based tools, the use of matlab and c language design fir filter, the results of experimental design, and great value.)