
doi: 10.1007/bf00370471
Extended algorithmic logic (EAL) as introduced in [18] is a modified version of extended ω+-valued algorithmic logic. Only two-valued predicates and two-valued propositional variables occur in EAL. The role of the ω+-valued logic is restricted to construct control systems (stacks) of pushdown algorithms whereas their actions are described by means of the two-valued logic. Thus EAL formalizes a programming theory with recursive procedures but without the instruction CASE. The aim of this paper is to discuss EAL and prove the completeness theorem. A complete formalization of EAL was announced in [20] but no proof of the completeness theorem was given.
General topics in the theory of software, Other nonclassical logic, control systems of pushdown algorithms, recursive procedures, generalized Post algebras, stacks, Logical aspects of Łukasiewicz and Post algebras, Many-valued logic, extended algorithmic logic, Algorithms in computer science, completeness theorem, Abstract data types; algebraic specification
General topics in the theory of software, Other nonclassical logic, control systems of pushdown algorithms, recursive procedures, generalized Post algebras, stacks, Logical aspects of Łukasiewicz and Post algebras, Many-valued logic, extended algorithmic logic, Algorithms in computer science, completeness theorem, Abstract data types; algebraic specification
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