dip_proj2

说明：  模糊神经网络的很好用，例程，非常好用，适合新手(Fuzzy neural network is very easy to use!!!!!!!!!!!!!!!!!!!!)

MATLAB5.X应用与技巧也是一本比较老的关于MATLAB的教材，虽然是比较老版本的，但也有很好的指导做用(MATLAB5.X applications and skills is a relatively old on MATLAB materials, although the old version, but there are also a good guide to do with)

脉冲压缩源代码 使用的是匹配滤波的方法 sar成像初学者看看(Pulse compression source code using a matched filter method sar imaging beginners look)

经验模态分解，依据数据自身的时间尺度特征来进行信号分解，给出本征函数。(Empirical mode decomposition, based on the data itself characteristic time scale for signal decomposition, given the intrinsic function.)

matlab经典绘图案例。包括三维曲面z=x^2+y^2的动画、正弦曲线的动画、切片图、向量图、三维彗星图、三角形网格图、三角形表面图、球面、等值线图、三维瀑布图、三维火柴杆图、三维散点图、柱形图、三维条形图、三维饼图、带形图、曲线图、高斯分布函数的曲面图、高斯分布函数的网格图、5阶高斯分布矩阵、梯度场矢量图、罗盘图、玫瑰花图、羽列图、数据向量的单轴对数坐标图、矩阵的条形图 矩阵的面积图、二维饼图、散点图、误差图、火柴杆图和碗状曲面图等等。 (Drawing matlab classic case. Including three-dimensional surface z = x ^ 2+ y ^ 2 animation, animated sine curve, slices, vector graphics, three-dimensional map comet, triangular grid map, triangular surface plots, spherical, contour, 3D waterfall, three-dimensional grid graph matchstick figure, three-dimensional scatter plot, bar chart, the three-dimensional bar charts, three-dimensional pie charts, strip charts, graphs, surface, Gaussian distribution function, the Gaussian distribution function, fifth-order Gaussian distribution matrix gradient vector field, compass, rose diagram, feather column chart, the data vector uniaxial logarithmic graph, bar graph matrix Area chart matrix, two-dimensional pie charts, scatter plots, error plots, matchstick figure and bowl surface map and so on.)

matlab微分方程的解法教程，需要的请下载，没有程序(Matlab differential equation solution tutorial, need to download, no program)

Digital image filter

国外一款非线性估计的工具箱，粒子滤波、UKF、EKF等应有尽有。(abroad estimated Toolbox, the particulate filter, UKF, EKF will not disappoint.)

基于matlab的eof分析，有助于对于eof分析方法的理解(EOF analysis based on matlab)

先用NEXT对进行出来了，消除噪声的影响，然后再用ARMA进行处理。(NEXT carried out on first use, and eliminate the noise, and then use the ARMA processing.)