EMD

介绍了比较新颖的二代小波变换技术，即通过分裂、预测和更新三个步骤实现小波变换 的方法，并且把这种技术成功的应用于图像融合技术中。实践表明，这是一种比较成功的图像融合解 决方案。(Introduced a relatively new technology of second generation wavelet transform, that is, through the split, predict and update the three-step realization of wavelet transform methods, and to the success of this technology applied to image fusion technology. Practice shows that this is a more successful image fusion solution.)

BP网络算法，采用matlab编程。有很广泛的实用性(BP network algorithm using matlab programming. There are a wide range of practical)

了等距线阵方向图与傅立叶变换的一致性，用F丌算法进行阵列方向图快速计算。通过严格的数学推导，揭示变换序列与可见空问的关系，讨论了不同单元问距情况下的处理方法(In this paper，the consistence of equispaced linear array pattem and foureir transfom is analyzed，so the linear arrayy pattem can be computed rapidly with FFT a1goritllm．By the use of reUgious mathmatic deducing process，relation between transfotmation sequences and visible space are given，and different handling procedures are discussed in the case of different element spacing． )

关于用matlab实现遗传算法的程序，希望对大家有用(About using genetic algorithm matlab implementation of the procedures useful for everyone)

APES谱估计方法的matlab源代码，已经通过验证(APES spectral estimation methods matlab source code has been validated)

利用遗传算法对stokesV波进行优化病求解的范例。(The use of genetic algorithms to optimize disease stokesV wave solving paradigm.)

使用matlab仿真的无线传感器网络LEACH协议(LEACH protocol for wireless sensor networks using matlab simulation)

双曲型方程Lax-Wendroff的差分格式程序(Matlab)，非常好的例子，具体算例，有理论分析，解题过程分析，Matlab代码，注释清晰明了，有计算结果输出和图形显示，按照Word文档说明，很快就能学会，操作简单明了，非常适合新手学习。(Lax-Wendroff hyperbolic equation difference scheme (Matlab) program, a very good example, specific examples, theoretical analysis, problem-solving process analysis, Matlab code, comments clear, with the output results and graphical display, according to the Word documentation, and soon will be able to learn, easy to understand, very suitable for beginners to learn.)

说明：  matlab 中的时频分析工具箱，含有大量的仿真程序(Time-frequency analysis toolbox inmatlab )

PROGRAM FOR LOAD FLOW ANALYSIS BASED ON NEWTON RAPHSON METHOD IN POLAR FORM FOR 14 BUS SYSTEM IN MATLAB