资源列表
2D-FDTD-TM-RCS
- 时域有限差分法，利用FDTD原理，以matlab为源程序编写的二维方柱的rcs-Finite difference time domain method, FDTD principle matlab prepared for the source of two-dimensional square columns rcs
CM_sidej
- 数字波束形成方法，去噪算法研究，线性最小化方差方法，旁瓣特性-Digital beamforming methods Denoising Algorithm, linear minimum variance method, sidelobe characteristics
norm_SJNR
- 归一化算法仿真程序，计算信干燥比值的特性，适用于天线方向性加权值计算-Normalization algorithm simulation program, calculate letter dry ratio characteristics, and applies to the the antenna directivity weighted value calculation
MATLAB
- 选列主元高斯消元法 源代码程序 A=[1 1 1 -1 3 1 2 -6 1] b=[6 4 -5] x=gauss2(A,b) 答案；3 2 1-Election column the main Gaussian elimination method source code program A = [1 1 1 -1 3 1 2-6 1] b = [6 4 -5] of x = gauss2 (A, b) the answer 321
Matlab-truss-structure-analysis
- Matlab杆系结构分析一书的全部源代码，用matlab进行有限元编程的用得着！-The Matlab truss structure analysis of the source code in a book, using matlab finite element programming need it!
1
- 本程序使用pca进行图像姜伟处理，然后使用形状上下文进行进一步处理-The program use pca the image Jiang Weixin processing, then use the shape context for further processing
orthogonal-matching-pursuit
- OMP算法的matlab的详细描述，对学习正交匹配追踪算法和稀疏分解是很有用的-the OMP algorithm is describled by matlab,and it is very useful for us to study OMP algorithm and sparse decomposition.
CubatureKF
- 利用容积卡尔曼滤波器写的一个滤波程序，完美运行-A filtering example that uses the cubature Kalman filter
Sams-
- 2004年全国大学生数学建模大赛A题奥运会临时超市网点设计问题的MATLAB详细解题程序-The MATLAB detailed problem-solving program for the 2004 National Mathematical Modeling Contest A question Olympics Temporary Supermarket design problems
matlab
- 拉格朗日lagrange插值法，用MATLAB求插值，可编程实现lagrange插值-Lagrange lagrange interpolation method, using MATLAB and interpolation, programmable lagrange interpolation
Pattern_plane3
- 近场圆阵中俯仰角和方位角的联合估计，估计精度高，算法性能好-Circular array of near-field pitch angle and azimuth joint estimation, estimation accuracy, the performance of the algorithm
MatlabSimulinkfangzhenjiaocheng
- 多个Matlab仿真教程和实例，适合新手。-Multiple Matlab simulation tutorial and examples, suitable for novice.