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  1. Classes of Predictably Computable Functions.Robert W. Ritchie - 1963 - Journal of Symbolic Logic 28 (3):252-253.
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  • Concatenation as a basis for arithmetic.W. V. Quine - 1946 - Journal of Symbolic Logic 11 (4):105-114.
  • The Equivalence of Different Hierarchies of Elementary Functions.G. T. Herman - 1971 - Mathematical Logic Quarterly 17 (1):219-224.
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  • The Equivalence of Different Hierarchies of Elementary Functions.G. T. Herman - 1971 - Mathematical Logic Quarterly 17 (1):219-224.
  • The Structure of Loop Programs and Subrecursive Hierarchies.Bernhard Goetze & Werner Nehrlich - 1980 - Mathematical Logic Quarterly 26 (14‐18):255-278.
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  • The Structure of Loop Programs and Subrecursive Hierarchies.Bernhard Goetze & Werner Nehrlich - 1980 - Mathematical Logic Quarterly 26 (14-18):255-278.
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  • Review: Robert W. Ritchie, Classes of Predictably Computable Functions. [REVIEW]C. C. Elgot - 1963 - Journal of Symbolic Logic 28 (3):252-253.
  • Ritchie Robert W.. Classes of predictably computable functions. Transactions of the American Mathematical Society, vol. 106 , pp. 139–173. [REVIEW]C. C. Elgot - 1963 - Journal of Symbolic Logic 28 (3):252-253.
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  • Elementary realizability.Zlatan Damnjanovic - 1997 - Journal of Philosophical Logic 26 (3):311-339.
    A realizability notion that employs only Kalmar elementary functions is defined, and, relative to it, the soundness of EA-(Π₁⁰-IR), a fragment of Heyting Arithmetic (HA) with names and axioms for all elementary functions and induction rule restricted to Π₁⁰ formulae, is proved. As a corollary, it is proved that the provably recursive functions of EA-(Π₁⁰-IR) are precisely the elementary functions. Elementary realizability is proposed as a model of strict arithmetic constructivism, which allows only those constructive procedures for which the amount (...)
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  • A Hierarchy of Primitive Recursive Functions.J. P. Cleave - 1963 - Mathematical Logic Quarterly 9 (22):331-346.
  • A Hierarchy of Primitive Recursive Functions.J. P. Cleave - 1963 - Zeitschrift fur mathematische Logik und Grundlagen der Mathematik 9 (22):331-346.