Use partial differential equation (PDE) image denoising matlab code set

使用偏微分方程(PDE)进行图像去噪的matlab代码集合\autoK.m
...............................................\calc_lam.m
...............................................\Canal.gif
...............................................\directional_diffusion.m
...............................................\main.m
...............................................\order4_diffusion.m
...............................................\plot_edgestop.m
...............................................\smooth_diffusion.m
...............................................\SNR.m
...............................................\TV_denoise.m
使用偏微分方程(PDE)进行图像去噪的matlab代码集合
蒙特卡罗方法的基本思想及应用\蒙特卡罗方法\第3讲蒙特卡洛方法基本思想.ppt
............................\............\..三讲 蒙特卡洛方法基本思想\liti1.m
............................\............\...........................\liti2.m
............................\............\...........................\liti3.m
............................\............\...........................\liti31.m
............................\............\...........................\liti4.m
............................\............\...........................\liti5.m
............................\............\...........................\liti6.m
............................\............\...........................\第3讲蒙特卡洛方法基本思想.ppt
............................\............\..二讲 MATLAB入门\for1.m
............................\............\.................\fun.m
............................\............\.................\fun1.m
............................\............\.................\fun2.m
............................\............\.................\lian.m
............................\............\.................\lian1.m
............................\............\.................\lian1data.mat
............................\............\.................\matrix1.m
............................\............\.................\matrix2.m
............................\............\.................\matrix3.m
............................\............\.................\shuzu1.m
............................\............\.................\shuzu2.m
............................\............\.................\shuzu3.m
............................\............\.................\shuzu4.m
............................\............\.................\while1.m
............................\............\.................\yuansu.m
............................\............\.................\第2讲 MATLAB入门.ppt
............................\............\..五讲 蒙特卡洛方法的应用\Buffon.m
............................\............\.........................\liti1.m
............................\............\.........................\liti2.m
............................\............\.........................\liti3.asv
............................\............\.........................\liti3.m
............................\............\.........................\liti31.m
............................\............\.........................\liti4.m
............................\............\.........................\litiR1.asv
............................\............\.........................\litiR1.m
............................\............\.........................\litiR2.m
............................\............\.........................\sjtdf.asv
............................\............\.........................\sjtdf.m
............................\............\.........................\sjtdf_pi1.m
............................\............\.........................\sjtdf_pi2.m
............................\............\.........................\sjtdf_zuoye2.asv
............................\............\.........................\sjtdf_zuoye2.m
............................\............\.........................\ybjzf.m
............................\............\.........................\ybjzf1.m
............................\............\.........................\ybjzf2.m
............................\............\............

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