Assignment5

here is a code for energy detection spectrum sensing whrtr i used thresholding to find a roc curve...

FastICA matlab工具箱，附使用说明(FastICA matlab toolbox)

说明：  复杂网络BA模型matlab代码，返回网络图的邻接矩阵，代码中采用稀疏矩阵，极大地释放内存，提高效率。(BA model complex network matlab code, return to the network adjacency matrix, the code used in sparse matrix, which greatly release memory and improve efficiency.)

CMA_4QM算法，本人自己手写的关于CMA的算法，结构很清晰，有注释说明，对初学者有很大的参考价值(CMA_4QM algorithm, my own handwriting on the CMA algorithm, the structure is very clear, there are explanatory notes for a great reference for beginners)

回归分析工具，包含CCA,kernel CCA，LS-CCA及它们的变形，希望对同学们有用。(Regression analysis tools, including CCA, kernel CCA, LS-CCA and their variants , I hope useful to the students.)

移动通信系统中，卷积码的matlab仿真程序(Convolutional code matlab simulation program)

：介绍了扩展卡尔曼滤波算法和无迹变换(unscented transformation，UT)算法，并对扩展卡尔曼滤波算法(EKF)和无 迹卡尔曼滤波算法(UKF)进行比较，阐明了UKF优于EKF。在此基础上，提出了一种基于Unscented变换(uT)的高斯和滤 波算法，该算法首先通过合并准则得到适当个数的混合高斯模型，逼近系统中非高斯噪声的概率密度(: Introduction of the extended Kalman filter algorithm and unscented transform (unscented transformation, UT) algorithm, the extended Kalman filter algorithm (EKF) and unscented Kalman filter (UKF) for comparison to clarify the UKF is superior to EKF. On this basis, we propose an approach based on Unscented Transform (uT) and the Gaussian filtering algorithm, which first of all, by merging the appropriate number of criteria to be a mixture of Gaussian model, which was close to the system of the Central African Gaussian noise probability density)

本人在攻读博士期间开发的用于求解城市道路交叉口绿波控制参数的遗传算法(The code was developed during the period of my study for Ph.D. degree, it can be used to solve the urban intersections green wave control problem, the method used in the coed is Genetic Algrothims)

说明：  离散时间信号处理中的滤波器设计部分程序，设计要脉冲不变法、双线性变换法和加窗函数法。(Discrete-time signal processing filter design part of the program, designed to pulse the same method, bilinear transformation method and processing window function method.)

用雅克比迭代法解椭圆型方程，这是椭圆型方程的差分解法。见于孙志忠编的《偏微分方程数值解法》的p41例题( Solutions of Elliptic Equations with Jacques iterative method, which is the solution of elliptic differential equations. Seen SUN Zhi-zhong series "Numerical Solution of Partial Differential Equations" examples of p41)