Create and run Turing machines

Version 1.1.0 (10,8 ko) par Thomas
Some tools and examples for creating and simulating Turing machines and macro-Turing machines.
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Mise à jour 5 nov. 2020

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The class "TuringMachine" provides some tools for defining, running and analyzing simple Turing machines.
The class "MacroMachine" provides methods to define a macro-machine and simulate it following: Alex Holkner: Acceleration techniques for busy beaver candidates. In: Proceedings of the Second Australian Undergraduate Students' Computing Conference, 2004. S 75-80 or https://www.researchgate.net/publication/254389437_ACCELERATION_TECHNIQUES_FOR_BUSY_BEAVER_CANDIDATES
Using a macro machine can significantly improve the simulation performance compared to working with a basic Turing machine (however no speedup is guaranteed) .

Run TuringExample() for an example how the methods in both classes work.
Set a debug stop in line 6 of the function onestep to analyze the simulation step by step and see how the states, the tape and the position of the tape head change.

Citation pour cette source

Thomas (2024). Create and run Turing machines (https://www.mathworks.com/matlabcentral/fileexchange/80446-create-and-run-turing-machines), MATLAB Central File Exchange. Récupéré le .

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Créé avec R2020b
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Version Publié le Notes de version
1.1.0

Improved plot function for Turing machines. Some minor bugfixes.

1.0.0