FOURTH-ORDER-MUSIC

说明：  利用MATLAB实现的带参数的方程的求解，可以改变参数进行任何复杂的运算。(Equations with parameters using MATLAB, you can change the parameters of any complex calculations.)

EIGENFREQ finds an approximation for the eigenfrequency of the resonator within a range and at a resolution specified by the user. The user specifies the range in terms of the minimum and maximum values of each of the real part and the imaginary part of frequency, and the user specifies the resolution in terms of the number of evenly-spaced real frequencies and complex frequencies at which EIGENFREQ is to performcalculations.

MATLAB工具箱详细介绍，做开发时必备的参考资料(matlab toolbox)

对图象感兴趣区域系数的提取，以及系数的放大(right coefficient region of interest image extraction and amplification coefficient)

c# language specification book (zip version)(pdf inside)

K-means++算法实现，加强了初始聚类点的选取（careful seeding）(K-means++ algorithm to enhance the selection of the initial clustering points (careful seeding))

根据型值点反算NURBS曲线的控制点及权因子，正确拟合nurbs曲线(About NURBS curve fitting)

非线性最小二乘优化问题以误差的平方和最小为准则来估计非线性静态模型参数的一种参数估计方法。设非线性系统的模型为y=f(x，θ)，常用于传感器参数设定。(64/5000 A parameter estimation method based on the minimum sum of squares of errors. Suppose that the model of the nonlinear system is y=f(x,), which is commonly used for sensor parameter setting.)

经典MUSIC算法，只针对非相干空间信号源，原理课参考张贤达版的现代信号处理。(failed to translate)

基于Newton-Rapuson方法的配电网潮流计算的matlab源程序(power flow calculate matlab program)