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In computer science, polymorphic recursion (also referred to as Milner–Mycroft typability or the Milner–Mycroft calculus) refers to a recursive parametrically polymorphic function where the type parameter changes with each recursive invocation made, instead of staying constant. Type inference for polymorphic recursion is equivalent to and therefore undecidable and requires the use of a semi-algorithm or programmer-supplied type annotations.

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  • In computer science, polymorphic recursion (also referred to as Milner–Mycroft typability or the Milner–Mycroft calculus) refers to a recursive parametrically polymorphic function where the type parameter changes with each recursive invocation made, instead of staying constant. Type inference for polymorphic recursion is equivalent to and therefore undecidable and requires the use of a semi-algorithm or programmer-supplied type annotations. (en)
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  • medic (en)
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  • July 2022 (en)
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  • In computer science, polymorphic recursion (also referred to as Milner–Mycroft typability or the Milner–Mycroft calculus) refers to a recursive parametrically polymorphic function where the type parameter changes with each recursive invocation made, instead of staying constant. Type inference for polymorphic recursion is equivalent to and therefore undecidable and requires the use of a semi-algorithm or programmer-supplied type annotations. (en)
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  • Polymorphic recursion (en)
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