G1 源代码

% Matlab code to denoise an image by the Rudin-Osher-Fatemi model % Min TV(u) + lambda*(L^2[(f-u)])^2 % lambda = coefficient of …

% Matlab code to denoise an image by the Rudin-Osher-Fatemi model % Min TV(u) + lambda*(L^2[(f-u)])^2 % lambda = coefficient of …

% ex6_2 % 增加零点后对系统根轨迹的影响 figure('pos',[50,50,180,150],'color','w'); axes('pos',[0.1,0.16,.8,.8]); G=zpk([],[-1,0],1); rlocus(…

% ex6_1 % 增加极点后对系统根轨迹的影响 figure('pos',[50,50,500,150],'color','w'); axes('pos',[0.1,0.16,.8,.8]); G=zpk([],[-1,-2,0],1); rloc…

clear all; x=imread('020.bmp');%输入文件 g=double(rgb2gray(x)); [grow,gcol]=size(g); Dij(1,1:8)=0; %%%%%%%%%%%%%%%%%%%%%%%%%%%…

% Program P3_10 % Linear Convolution via Circular Convolution g1 = [1 2 3 4 5];g2 = [2 2 0 1 1]; g1e = [g1 zeros(1,length(g2)-1…

% Program P3_10 % Linear Convolution via Circular Convolution g1 = [1 2 3 4 5];g2 = [2 2 0 1 1]; g1e = [g1 zeros(1,length(g2)-1…

%例8.3.1多总体的均值和方差估计值距离计算 G1=[10 9 3 8 7 1 8 4 4 2 8 0]; G2=[6 2 7 1 4 5 2 …

|carry_propogate_adder A[0] => fulladd:G1:0:l1.A A[1] => fulladd:G1:1:l1.A A[2] => fulladd:G1:2:l1.A A[3] => fulladd:G1:3:l1.A…

|liner_adder A[0] => liner_adder_unit:G1:0:l1.A[0] A[1] => liner_adder_unit:G1:0:l1.A[1] A[2] => liner_adder_unit:G1:0:l1.A[2] …