搜索资源列表
newSMI
- 刚从老师实验室拿到的智能天线算法，采样矩阵求逆法，算法很精简，在DSP实现耗费时间很少，是个好算法。-just emerging from the laboratory to get teachers of smart antenna algorithms, matrix inversion sampling method, the algorithm is very concise, In DSP little time-consuming, is a good algorithm.
SMI
- SMI(协方差矩阵求逆)算法是波束合成常用的算法。
下三角矩阵的逆矩阵的详细算法
- 求下三角矩阵的逆矩阵的详细算法 matlab 矩阵计算
4
- 最小二乘法拟合曲线（用到矩阵求逆、矩阵乘法、矩阵转置）-Least square fitting curve (use matrix inversion, matrix multiplication, matrix transpose)
smi
- 数字波束形成，简单仿真了采样矩阵求逆这个算法-SMI digital beamforming
SMI
- 块自适应处理算法先有采样快拍数据计算采样协方差矩阵，再来计算自适应权矢量。典型的块自适应处理算法为采样矩阵求逆(SMI)算法。仿真了采样矩阵求逆法(SMI)的波束形成方向图旁瓣的高低受信号快拍数的影响。-Block adaptive processing algorithms prior sample snapshot data of the sampling covariance matrix, again computing adaptive weight vector. A typical
Matrixandlinearequations
- 矩阵与线性代数方程组中 线性方程的数值解 矩阵分解 矩阵求逆 -Matrices and linear algebraic equations in the numerical solution of linear equations matrix inverse matrix decomposition
inv_matrix
- 矩阵分解求逆中的Cholkski分解算法的Matlab仿真。-Inverse matrix decomposition decomposition algorithm in the Matlab simulation Cholkski.
w_SMI
- 针对均匀线列阵，当采用样本协方差矩阵求逆的方法时，得到的波束扫描估计方位谱。三个信号源-For uniform linear array, when using the sample covariance matrix inversion method, estimated by scanning the beam position spectrum. Three sources
GPC
- 广义预测控制(GPC)是一种鲁棒性强、能够有效地克服系统滞后、可应用于开环不稳定非最小相位系统的先进控制算法，但由于它需要Diophantine方程计算、矩阵求逆和最小二乘的递推求解，因此计算量很大，本程序针对此缺陷提出四种不基于对象模型且实时性高的广义预测控制快速算法-Generalized Predictive Control
File2
- 矩阵求逆（lu分解法），已在matlab下进行测试，计算精度大概为小数点后4位-Matrix inversion (lu decomposition method), has been tested under matlab, after the decimal point accuracy is approximately 4
gpc_step
- 所谓阶梯式控制，就是对未来控制量的变化加以约束，强迫未来控制量以一阶指数响应曲线的形式变化。在这种控制策略下，可以避免求解控制律时的矩阵求逆，且在处理约束限制时，可方便将 和 的约束转化为对 的约束，减少了算法计算量。-The so-called ladder-type control, is the change in the future to control the amount of bound, forced to the future control the amount of th
SMI
- 基于采样矩阵求逆算法的自适应数字波束形成器程序-Sample matrix inversion algorithm based on adaptive digital beamformer program
DMI_SOI
- DMI直接矩阵求逆，含有期望信号和不含有期望信号的对比图-DMI direct matrix inversion, with the desired signal and does not contain the desired signal of the comparison chart
SMI
- 标准SMI算法，采样矩阵求逆的算法，适合初学者-sample matrix inverse
VCPPcall-DLL-generated-from-Matlab
- 将Matlab中现成的数学函数编译为动态链接库，供VC调用，可以省去工程应用中要编写各种C++数学算法的烦恼。这几个工程是我总结的几个案例，分别是VC6.0和VS2008下调用Matlab r2010a生成的dll的例子，还包括2个我自己做的矩阵求逆和数值积分的例子。-Will be ready in Matlab mathematical functions compiled to a dynamic link library for VC call, eliminating the need
toepliez-matrix-matlab-with
- 对称toepliez矩阵求逆的matlab实现-Symmetrical toepliez inverse matrix matlab
fortran_Matrix_inversion
- 矩阵求逆,主要用于解决矩阵的逆的求解，用fortran语言-Matrix inversion is mainly used to solve the solution of the inverse matrix, using the FORTRAN
Matlab
- 对于已经给出的横坐标及对应的函数值，进行三次样条插值。边界条件为二阶导数为0。 需要的追赶法程序也在内。另外还有高斯消去法和gauss-jordan法求逆矩阵的程序(Two of the programes are aming to solving the problem of cubic interpolation with the boundary condition of the zero second-order derivation. The programe of the chasi
Gauss消元求逆_matlab
- 通过高斯消元法计算矩阵的逆，尤其是稀疏矩阵(computer the inverse of the matrix by Gauss)