| 11. | Let \ mathcal { A } be a class of partial recursive functions.
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| 12. | Fractals can be computed ( up to a given resolution ) by recursive functions.
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| 13. | Such a number can therefore represent the primitive recursive function until a given n.
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| 14. | The broader class of partial recursive functions is defined by introducing an domain ).
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| 15. | While all primitive recursive functions are provably total, the converse in not true.
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| 16. | Beginning in the mid-1950s, P�ter applied recursive function theory to computers.
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| 17. | Thus most of life goes on requiring only the " primitive recursive functions ."
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| 18. | This describes the factorial as a recursive function, with one terminating base case.
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| 19. | The following recursive function computes this union:
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| 20. | This describes the factorial as a recursive function, with a single terminating base case.
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