Caculate_zl

VC++实现的GAC水平集， 这样的程序很少见，大部分都是matlab编写的，虽然程序比较简单，但是很有借鉴和参考价值。 有曲线演化的过程(GAC level set VC++ implemented, such programs are rare, and most of them are prepared matlab, although the procedure is relatively simple, but very useful reference and the reference value. Curve evolution process)

ClassCompareTest extends AbstractComparatorTest Source Code for Andriod.

MATLAB实验程序，用于图形变换和频谱分析，有利于都是运行通过的。(Experimental procedures MATLAB for graphics transformation and spectral analysis, are running in favor of the adoption of the.)

Matlab人工免疫算法的利用,希望对大家有帮助(Matlab using artificial immune algorithm, we want to help)

最小均方ESPRIT算法，仿真了随着信噪比的变化RMSE的变化，随着信噪比的增加RMSE减小(Minimum mean square ESPRIT algorithm, and simulated with the change of SNR RMSE of change, with the increase of SNR RMSE decrease)

仿真效果非常好，LCMV优化设计阵列处理信号，利用贝叶斯原理估计混合logit模型的参数。( Simulation of the effect is very good, LCMV optimization design array signal processing, Bayesian parameter estimation principle mixed logit model.)

说明：  图像的双线性插值放大算法中，目标图像中新创造的象素值，是由源图像位 置在它附近的2*2 区域4 个邻近象素的值通过加权平均计算得出的。 双线性内插 值算法放大后的图像质量较高，不会出现像素值不连续的的情况。然而次算法具 有低通滤波器的性质，使高频分量受损，所以可能会使图像轮廓在一定程度上变 得模糊。 (Bilinear interpolation algorithm to enlarge the image, the target image in the newly created pixel value is determined by the source image position in its area near the 4 2* 2 the value of neighboring pixels calculated by the weighted average. Bilinear interpolation algorithm to enlarge the image quality after the high pixel value does not appear the situation is not continuous. However, sub-algorithm has low-pass filter nature of the damage to the high frequency components, it may make the image contour to some extent become blurred.)

水果图像的特征提取，毕业设计做的，很实用，只要运行“apple.m”就可以(Multivariate statistical analysis of the source code, written with the basic)

非常好的扩展kalman 滤波的Matlab学习程序,特点是简单,能够设置输入参数,直观理解算法原理。(Matlab extended kalman filter learning algorithm, which is characterized by simple, to set the input parameters, intuitive understanding algorithm.)

一种频率域计算天然地震接收函数的程序，matlab程序(A method which calculate the receiver-function in frequency )