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空间插值方法汇总Inverse Distance to a Power（反距离加权插值法） Kriging（克里金插值法）Minimum Curvature（最小曲率）Modified Shepardd s Method（改进谢别德法）Natural Neighbor（自然邻点插值法）Nearest Neighbor（最近邻点插值法）Polynomial Regression（多元回归法）Radia (Spatial interpolation method summary Inverse Distance to a Power (inverse distance weighted interpolation) on Kriging (kriging) Minimum Curvature the (smallest curvature) Modified Shepardd s Method (improved Xiebie De law) Natural Neighbor (natural neighbor interpolation) Nearest Neighbor (nearest neighbor interpolation) Polynomial the Regression (multiple regression) Radia)

说明：  用matlab求解TE模的导模参数，传播常数，入射角度等(Guided mode parameters using matlab to solve the TE mode ，such as propagation constant,the angle of incidence)

说明：  levy噪声，两个文件，levy是产生levy噪声，另一个是画图(Levy noise, two files, levy is the generation of levy noise, the other is drawing)

说明：  基于Matlab的BA无标度网络拓扑生成算法，BA模型有两个重要特性：增长特性和优先连接特性。(Matlab based on the BA scale-free network topology generation algorithm, BA model has two important characteristics: growth characteristics and properties of priority connections.)

me doin thesis in IP

基于 BPSK QPSK 16QAM 各种调制方式的matlab仿真代码(Based on a variety of BPSK QPSK 16QAM modulation matlab simulation code)

matlab入门级别的书，适用于初学者，高手就绕道吧。。。(the book is for the coder who just starts to use matlab.)

一个很好的关于平衡车建模的matlab程序，详细简单易懂(A good balance vehicle modeling Matlab procedures, detailed and simple to understand)

希尔伯特-黄变换源代码，每一步都很详细，对初学者有很大帮助(Hilbert- Huang Transform source code, each step is very detailed and very helpful for beginners)

matlab有限元工具箱，用matlab实现的有限元工具箱，有平面空间梁单元，杆单元，实体单元等。-achieved using Matlab Toolbox FEM, graphic space beam elements, rod elements, entities modules.( FEM Application M-file for fem.fig FIG = FEM launch fem GUI. FEM( callback_name , ...) invoke the named callback. ========================================================================= FEM analysis toolbox for solid mechanics. Project started: Aug 2004 Anton Zaicenco <a.zaicenco@codedevelopment.net> ========================================================================= ------------------------------------------------------------------------)