TV

说明：  这里实现的卷积码译码器可实现（n,1,K）的卷积译码，即一个输入码元，n个输出码元，编码器的约束长度为K，采用函数的默认值将实现（2,1,7）的卷积译码。译码方法为维特比硬判决译码，且译码开始状态假定为全零状态。(Here to realize convolutional code decoder can realize (n, 1, K) convolutional decoding, namely an input element, n output element, encoder constraint length is K, takes the default value of function, achieve the convolutional decoding,1,7 (2). Decoding method for decoding victor than hard decisions, and decoding the start state assumed to zero state.)

此程序实现的是对一幅图像进行卡尔曼滤波实现多天线时变信道下基于卡尔曼滤波跟踪的数字图像通信系统仿真(Realize this procedure is the image of a Kalman filter to achieve multi-antenna time-varying channel tracking based on Kalman filtering of digital image communication system simulation)

应用Matlab语言的微分方程仿真实验程序(Application of differential equations Matlab language simulation procedures)

在matlab中完成直流电测深一维正演，并且实现可视化(1d resisitivity sounding based on matlab)

特征向量 主要在MATLAB下实现.用于图像的PCA之前的准备工作，最后实现图像的主观检索。(Eigenvector mainly in MATLAB to achieve. The PCA for image preparation work before, and finally realize the subjective image retrieval.)

说明：  一个关于duffing方程混沌的源程序，实现绘制混沌图像以及最大lyapunov参数的计算(a program to drew the figure of duffing and give a grief description of the parameter of lyapunov.)

QC-LDPC信道编码matlab仿真程序，包含生成矩阵G，查找环长度4是否存在等功能(QC-LDPC chanel coding, include G,H generate tools,and find loop 4)

用于产生高斯分布随机变量的matlab函数代码(Matlab function code used to generate Gaussian random variables)

时间序列分析示例程序，用matlab建立AR(P)模型的完整过程，简洁易懂，备注完整。(Time series analysis sample program, using matlab to establish AR (P) model the complete process, easy to read, notes intact.)

数值计算方法数值计算方法数值计算方法数值计算方法数值计算方法数值计算方法数值计算方法数值计算方法数值计算方法数值计算方法数值计算方法数值计算方法数值计算方法数值计算方法数值计算方法数值计算方法数值计算方法数值计算方法(Numerical methods numerical methods numerical methods numerical methods numerical methods numerical methods numerical methods numerical methods numerical methods numerical methods numerical methods numerical methods numerical methods numerical methods numerical methods numerical methods numerical calculation method of numerical calculation method)