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algorithm - A turing machine that decides {0^2^n; n>0} that's not the commonly accepted one - Stack Overflow

Par un écrivain mystérieux

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We're being asked to create a Turing Machine that accepts {0^(2^n); n>0} that is not the commonly accepted one published by Michael Sipser. Instead, we are being asked to create one for the
algorithm - A turing machine that decides {0^2^n; n>0} that's not the commonly accepted one - Stack Overflow
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algorithm - A turing machine that decides {0^2^n; n>0} that's not the commonly accepted one - Stack Overflow
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algorithm - A turing machine that decides {0^2^n; n>0} that's not the commonly accepted one - Stack Overflow
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algorithm - A turing machine that decides {0^2^n; n>0} that's not the commonly accepted one - Stack Overflow
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algorithm - A turing machine that decides {0^2^n; n>0} that's not the commonly accepted one - Stack Overflow
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algorithm - A turing machine that decides {0^2^n; n>0} that's not the commonly accepted one - Stack Overflow
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algorithm - A turing machine that decides {0^2^n; n>0} that's not the commonly accepted one - Stack Overflow
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algorithm - A turing machine that decides {0^2^n; n>0} that's not the commonly accepted one - Stack Overflow
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algorithm - A turing machine that decides {0^2^n; n>0} that's not the commonly accepted one - Stack Overflow
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algorithm - A turing machine that decides {0^2^n; n>0} that's not the commonly accepted one - Stack Overflow
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algorithm - A turing machine that decides {0^2^n; n>0} that's not the commonly accepted one - Stack Overflow
Universality
depuis par adulte (le prix varie selon la taille du groupe)