无线传感器网络simulink仿真

说明：  贝叶斯最小错误和最小风险算法，具有界面，分6种情况讨论(Bayes algorithm： Map and min risk)

说明：  将索引图像图像转换为RGB图像，输入包括图像矩阵和颜色图数组(The index image image image converted to RGB input, including an array of image matrix and color map)

本代码是全通系统和最小相位系统的零极点和幅频和相频的响应(The code is all-pass system and the minimum phase zero poles and frequency and phase frequency response)

机车制动速度提取分析,分析刹车，减速，加速，制动速度以及加速度的变化(Locomotive brake speed extraction and analysis, analysis of braking, deceleration, acceleration, braking and speed of change of acceleration)

a workitem can sleep but it should be aware of how that sleep might affect others.

数值分析—全主元高斯消去法解线性方程组 (Numerical Analysis- Full-PCA Gaussian elimination method for solving linear equations)

压缩传感的非线性共轭梯度方法实现（该程序可应用到核磁共振成像）(Sparse MRI: The Application of Compressed Sensing for Rapid MR Imaging.)

Solve the standard basis pursuit program using a primal-dual algorithm,The key code of GBP is provided by Justin Romberg Reference: E. Candes and J. Romberg, “l1-Magic: Recovery of Sparse Signals via Convex Programming,” 2005.

基于模糊控制的避障仿真, 有图像，直线规划，能实现避障，但还不是很完美(Obstacle avoidance simulation based on fuzzy control, with image and straight line planning, can achieve obstacle avoidance, but it is not perfect)

本代码为牛顿下山法求解非线性方程组。其调用格式为[r,m]=mulDNewton(F,x0,eps) 其中F:非线性方程组，x0：初始解，eps：解的精度；r：求得的一组解，n：迭代步数。(The code for Newton' s method for solving nonlinear equations. Its call format [r, m] = mulDNewton (F, x0, eps) where F: non-linear equations, x0: initial solution, eps: solution accuracy r: obtain a set of solution, n : the number of iterative steps.)