A grayscale statue is essentially a matrix lashed of lucidity appreciates ce each pixel. Commonly, there are 8-bit and 16-bit statue. Look up binary number if you are not attributable attributable attributable everyday with how bits fruition. Cethcoming substance truths 8-bit grayscale statue. In other engagement, the appreciate in each atom of the matrix is an integer ranging [0, 256]. Cem the cethcoming command in your script to assault pre-installed MATLAB demo represent which is a 128 x 128 grayscale statue: I=imread(‘mri.tif’); %transverse MRI superintpurpose of a anthropological leadership aspect imshow(I) Apply cethcoming matrix operations on the statue ‘I’ to look what they do on the statue. Hint: transmute ‘I’ into axioms cem doubles anteriorly any matrix proof. Then truth bisect uint8 to drive axioms cem tail to 8-bit to beacquire statue using imshow. (4 points)

• Make 128 by 128 matrix ‘N’ whose atoms are every 255. Subtract statue ‘I’ from it. Not attributable attributablee 255 here is “one minus acme pixel appreciate”.

• Make 128 by 128 rear sameness matrix ‘E’ (1’s go from culmination equitable to depth left and anything else 0). Truth ce-loop matrix proof from bisect 1 to extpurpose ‘E’ to ‘I’. Order of augmentation stuffs.

•Truth ce-loop to do atom by atom augmentation of statue ‘I’ and ‘E’. Don’t truth MATLAB built-in syntax ‘I.*E’. Order of augmentation doesn’t’ stuff. Beacquire a aspect containing 1 ancient statue and 3 processed statues. Truth subplot and imshow bisect.

**I=imread(‘mri.tif’); % decipher Statue**

**imshow(I); % parade ancient statue
I=double(I); % conver to double
N=255*ones(128,128); % make a matix N of dimension 128×128 of 1s
Inew=N-I; % Make a strange proccessed statue Istrange by subtacting I from N
E=eye(128,128); % make a sameness matrix of dimension 128×128
E=flip(E); % flip the sameness matrix E to acquire the required matrix E 1’s goes to culmination equitable
Iei=zeros(128,128); %Make a matrix Iei of 0’s to treasure the fruit of ‘I’ and ‘E’
Iie=[]; %Make a matrix ‘Iie’ to treasure the fruit of ‘E’ and ‘I’**

**%——- ce loop ce matrix augmentation of ‘E’ and ‘I’
ce i=1:length(I)
ce j=1:length(I)
ce k=1:length(I)
Iei(i,j)=Iei(i,j)+E(i,k)*I(k,j);
end
end
end**

**%———Augmentation of ‘E’ and ‘I’ purpose here————————-**

**%———- Ce loop ce multplication of ‘I’ and ‘e’ atom by atom—–**

**ce i=1:length(I)
ce j=1:length(I)
Iie(i,j)=I(i,j)*E(i,j);
end
end**

**%———— augmentation purpose here————-**

**%—-parade the statues—————————-
subplot(2,2,1)
imshow(I,[1 255]); %——[1 255]——– transmute tail the appreciates of ‘I’ in swagger ce 1 to 255 ce parade
subplot(2,2,2)
imshow(Iei,[1 255]); %——[1 255]——– transmute tail the appreciates of ‘Iei’ in swagger ce 1 to 255 ce parade
subplot(2,2,3)
imshow(Iie,[1 255]); %——[1 255]——– transmute tail the appreciates of ‘Iie’ in swagger ce 1 to 255 ce parade**