genetic-fuzzy-(ga_fuzzy)

基于dct的数字水印算法(A watermark sourcecode based on DCT.)

本程序是应用数值分析对线性多元方程组的一种解法……高斯列主元消去法(This procedure is the application of numerical analysis of linear multivariate equations out of a solution ... ... the main element of Gaussian elimination)

由黄等提出了对EMD的改进方法EEMD，5条程序经过尝试均可使用(By Wong et proposed an improved method for EMD EEMD, 5 bar program has been tried and can be used)

matlab查询excel,matlab查询excel，matlab查询excel，matlab查询excel(matlab access to excel)

1：MUSIC 算法MATLAB程序 2：ESPRIT 算法MATLAB程序 3：Root-MUSIC算法MATLAB程序 4：面阵中二维角度估计 Unitary -ESPRIT算法MATLAB程序(1:MUSIC ALGORITHM MATLAB PROGRAM 2:ESPRIT algorithm MATLAB program 3: Root-MUSIC algorithm MATLAB program 4: MATLAB Program of Unitary-ESPRIT Algorithms for Two-Dimensional Angle Estimation in Area Array)

说明：  基于matlab的稀疏表示中L1范数计算源码(the codes for L1 in sparsty representation with matlab)

emprical mode decomposition( emd, find peaks)

channel estimation using OMP code matlab

There are three unknown constants in this equation, so three small plates with differing radii are sunk to the same distance. This will determine the minimal size plate required to sustain a large load. The loads required for this sinkage are recorded, as shown in the accompanying figure.

A new method for periodic scattering problems using 2nd kind boundary integral equations and the free-space Green s function, adding extra degrees of freedom on the unit cell walls, and imposing quasi-periodicity in an expanded linear system.(A new method for periodic scattering problems using 2nd kind boundary integral equations and the free-space Green s function, adding extra degrees of freedom on the unit cell walls, and imposing quasi-periodicity in an expanded linear system. This avoids the problems with the standard approach, namely: the quasi-periodic Green s function is slow to evaluate, it diverges at Wood s anomalies, and it does not handle large aspect ratios well. Our new approach cures all three issues, and can easily be `wrapped around an existing code (e.g. fast-multipole acceleration) for the isolated-obstacle scattering problem. It includes the latest talk slides: "A new integral representation for quasi-periodic scattering problems in two dimensions")