matlab100examples

本程序用于对细胞图像进行边缘检测 （内含源程序m-file和例图）(This procedure is used to image cell edge detection (m-file containing source and illustration))

基于LabVIEW 和Matlab 混合编程的小波去 噪方法，文应用小波变换算法，并将其结合LabVIEW 虚拟仪器开发平台、MATLAB 中小波去噪工具箱的小波去噪函数进行仿真(Method of wavelet denoising based on mixed programming of LabVIEW and Matlab，it discussed the wavelet algorithm and combined it with LabVIEW and MATLAB, take advantage of the wavelet denoising function of the MATLAB wavelet tool box to simulation)

The model consists of Physical layer simulation for downlink. Matlab GUI

常规波束形成，一个期望信号，一个干扰，高斯白噪声(the CBF simulation)

对归一化最小均方算法NLMS的matlab仿真，包括收敛曲线(The normalized least mean square algorithm NLMS matlab simulation, including convergence curve )

给出了矩形域上分形插值数学模型,分形插值曲面的MATLAB程序,对程序中的主要变量进行了说明,并应用实际数据进行了分形插值曲面的实例研究。运用少量已知数据值,模拟出粗糙表面,这对于直观显示复杂物体的几何形态,研究具有分形特征的地形地貌、断层表面和材料裂隙表面,具有重要的理论意义和实用价值。 更多还原 (Gives the fractal interpolation on a rectangular field mathematical model of fractal interpolation MATLAB program, the main variables of the program are described and applied case studies actual data fractal interpolation surface. Use a small amount of known data values ​ ​ to simulate the rough surface, which visually displays the geometry of complex objects, study topography fractal characteristics, surface faults and fissures surface material has important theoretical and practical value. More Restore)

信号处理，振动方面的，很有用，绝不后悔，帮助很大(Signal processing, vibration issues, useful, never regret, very helpful)

利用GUI设计要求的用户界面。该界面包括一个轴对象，显示的图形包括表面图、网格图和等高线图。(Use GUI design requirements of the user interface. The interface consists of an axis object display graphics include surface maps, grids and contour map.)

说明：  非常好的用复化梯形公式和外推法求解积分方程的matlab例程，附带报告，详细讲解原理，分析程序与结果，不可多得的报告(Very good with a complex trapezoid formula and extrapolation matlab routines for solving integral equations, with the report gave a detailed theory, analysis procedures and results, the report of a rare)

说明：  一个克隆选择算法的应用例子，可以帮助理解该种算法的性能及特点(A clonal selection algorithm application examples that can help to understand the performance and characteristics of the algorithm)