代码搜索：COMPACT

找到约 3,584 项符合「COMPACT」的源代码

代码结果 3,584
热门代码： main.c GPIO I2C SPI UART timer interrupt ADC PWM LED
www.eeworm.com/read/304342/13796439

m 1untitled.m

clear format compact disp('假设信道转移矩阵为:[1/3 1/3 1/6 1/6; 1/6 1/3 1/6 1/3] ,假定输入分布: [3/4 1/4]'); disp('请键入信道转移矩阵:'); Pb_a=input('Pba='); disp('请键入输入分布:'); Pa0=input('Pa0='); [r,s]=size(Pb_a); [r
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www.eeworm.com/read/489816/6461826

m program_13_08.m

% 装载原始图像 load belmont2 nbc = size(map,1); % 使用coif2执行图像的3层小波分解 wname = 'coif2'; lev = 3; [c,s] = wavedec2(X,lev,wname); % 由第1层的高频系数估计噪声标准差 det1 = detcoef2('compact',c,s,1); sigma = median(abs
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www.eeworm.com/read/262610/11398659

bat build.bat

@echo OFF c:\mc\cc51 main -acfp m=C c:\mc\cc51 os_cpu -acfp m=C c:\mc\cc51 ucos_ii -acfp m=C c:\mc\slink main.asm os_cpu.asm ucos_ii.asm out.asm l=%MCDIR%\LIB51 t=%MCTMP% i=Compact.LIB rem
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www.eeworm.com/read/156378/11807723

m examp13_8.m

clc; clear; % 装载原始图像 load belmont2 nbc = size(map,1); % 使用coif2执行图像的3层小波分解 wname = 'coif2'; lev = 3; [c,s] = wavedec2(X,lev,wname); % 由第1层的高频系数估计噪声标准差 det1 = detcoef2('compact',c,s,1); sigm
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www.eeworm.com/read/221223/14753068

m examp13_8.m

clc; clear; % 装载原始图像 load belmont2 nbc = size(map,1); % 使用coif2执行图像的3层小波分解 wname = 'coif2'; lev = 3; [c,s] = wavedec2(X,lev,wname); % 由第1层的高频系数估计噪声标准差 det1 = detcoef2('compact',c,s,1); sigm
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www.eeworm.com/read/214017/15117538

bat build.bat

@echo OFF c:\mc\cc51 main -acfp m=C c:\mc\cc51 os_cpu -acfp m=C c:\mc\cc51 ucos_ii -acfp m=C c:\mc\slink main.asm os_cpu.asm ucos_ii.asm out.asm l=%MCDIR%\LIB51 t=%MCTMP% i=Compact.LIB rem
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www.eeworm.com/read/461648/1551953

m program_13_08.m

% 装载原始图像 load belmont2 nbc = size(map,1); % 使用coif2执行图像的3层小波分解 wname = 'coif2'; lev = 3; [c,s] = wavedec2(X,lev,wname); % 由第1层的高频系数估计噪声标准差 det1 = detcoef2('compact',c,s,1); sigma = median(abs
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www.eeworm.com/read/318233/3571027

m program_13_08.m

% 装载原始图像 load belmont2 nbc = size(map,1); % 使用coif2执行图像的3层小波分解 wname = 'coif2'; lev = 3; [c,s] = wavedec2(X,lev,wname); % 由第1层的高频系数估计噪声标准差 det1 = detcoef2('compact',c,s,1); sigma = median(abs
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www.eeworm.com/read/268860/11117806

m examp13_8.m

clc; clear; % 装载原始图像 load belmont2 nbc = size(map,1); % 使用coif2执行图像的3层小波分解 wname = 'coif2'; lev = 3; [c,s] = wavedec2(X,lev,wname); % 由第1层的高频系数估计噪声标准差 det1 = detcoef2('compact',c,s,1); sigm
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www.eeworm.com/read/300378/13916733

m program_13_08.m

% 装载原始图像 load belmont2 nbc = size(map,1); % 使用coif2执行图像的3层小波分解 wname = 'coif2'; lev = 3; [c,s] = wavedec2(X,lev,wname); % 由第1层的高频系数估计噪声标准差 det1 = detcoef2('compact',c,s,1); sigma = median(abs
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