X=
1×1 cell array
{'10000000'}
Y=
1×1 cell array
{'01000000'}
Z=xor(X,Y)
Z={'11000000'}

 Akzeptierte Antwort

DGM
DGM am 27 Mär. 2022
Bearbeitet: DGM am 27 Mär. 2022

0 Stimmen

Here's one way:
% binary as cellchar
X = {'10000000'};
Y = {'01000000'};
% convert to actual logical arrays
X = X{:}=='1';
Y = Y{:}=='1';
% do a thing
Z = xor(X,Y)
Z = 1×8 logical array
1 1 0 0 0 0 0 0
% convert back to cellchar i guess
map = '01';
Z = {map(Z+1)}
Z = 1×1 cell array
{'11000000'}
If you expect the answer you show, use
Z = ~xor(X,Y)
instead for XNOR

Weitere Antworten (1)

Image Analyst
Image Analyst am 27 Mär. 2022

0 Stimmen

Try this:
X = {'10000000'};
Y = {'01000000'};
Z = bitxor(bin2dec(X{1}), bin2dec(Y{1})) % A decimal number.
Z = 192
% Convert to binary digits.
Z = dec2bin(Z) % Correct
Z = '11000000'
% Poster say the answer should be:
Z={'00111111'} % ? Huh?
Z = 1×1 cell array
{'00111111'}
I'm not sure you understand the concept of XOR. It's one, or the other, but not both. So where both bits match up the output is zero and where they are different it's one.
You can put Z into a cell if you want
Z = {dec2bin(Z)}

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