New-Folder-(2)

说明：  优化设计中的一维搜索方法，包括牛顿梯度法，平分线法，割线法，以及各种插值方法；能计算函数最优点，以及迭代的循环次数(Optimal Design of one-dimensional search methods, including Newton)

这是 simulink 里面simmechanics的一个模型文件 双曲柄齿轮机构 基础部件 通过修改参数可以仿真很多实例 很实用(This is a simulink model file inside simmechanics double crank gear basic components can be simulated by modifying the parameters of many examples of very practical)

this gives the basic idea on the placement of capacitor in distribution system.the allocation of capacitor reduces the power losses in the system.

批量地对图像进行自由剪裁 以达到想要的大小 并能批量输出( batch crop the image freely and batch output)

说明：  傅里叶变换，可以用于全息实验数据处理时，得到全息的频谱。(Fourier transform, can be used for holographic data processing, the Fourier transform spectrum)

我按这篇文章做的，广义高斯分布及其在图像去噪中的应用，没有完全做出来，谁做出来了，分享一下(　The statistics of imagewavelet coefficients is non2Gaussian and can be described by generalized Gaussian distribution (GGD). The paper investigates the issues of GGD statisticalmodel for wavelet coefficients in a sub2 band and the corresponding parameters estimation . A Bayesian estimate based subband adaptive thresholding de2 noising algorithm is designed, and the performance of noise reduction of this algorithm, compared with other clas2 sicalwavelet thresholding denoising methods, is discussed according to simulation results . Keywords　image wavelet coefficients generalized Gaussian distribution BayesShrink algorithm image de)

本程序用以仿真块状导频时不同信噪比条件下的误码率和均方误差，信道估计采用最小二乘法和改进的最小二乘法。 (The pilot program for the simulation block different SNR when the bit error rate and mean square error channel estimation using the least square method and the improved least square method.)

聚类分析，聚类分析，聚类分析，聚类分析，聚类分析，聚类分析，聚类分析，聚类分析，聚类分析，聚类分析，聚类分析，聚类分析，聚类分析，聚类分析，聚类分析，聚类分析，聚类分析，聚类分析，聚类分析，聚类分析，聚类分析，聚类分析，聚类分析，聚类分析，(Cluster analysis)

读取FEKO中导出的极化数据并进行SAR成像。(SAR image)

matlab遗传算法工具箱函数及实例讲解2 【问题】在－5<=Xi<=5,i=1,2区间内，求解 f(x1,x2)=-20*exp(-0.2*sqrt(0.5*(x1.^2+x2.^2)))-exp(0.5*(cos(2*pi*x1)+cos(2*pi*x2)))+22.71282的最小值。 (matlab genetic algorithm toolbox function and examples to explain the problem [2] in-5 )