AbstractWe present a sufficient condition for a class C of effective interpretations in order that C has a uniform procedure enumerating (when first-order oracle and recursive presentation of the interpretation involved are given) dynamic theories of interpretations in C. Under some additional assumption on the enumerating procedure, this condition is necessary. The main result states that if arithmetical notions are first-order-definable by universal or existential formulas within interpretations in C then C has an appropriate uniform procedure
AbstractSeveral different first-order formal logics of programs—Algorithmic Logic, Dynamic Logic, an...
AbstractThree theorems are proven which reconsider the completeness of Hoare's logic for the partial...
AbstractIn the second part of this work, we formulate a new inductive assertion method applying to t...
AbstractWe present a sufficient condition for a class C of effective interpretations in order that C...
It is proved that a recursive program (without counters) is able to enumerate all elements in any He...
In this paper a generalization of a certain theorem of Lipton (“Proc. 18th IEEE Sympos. Found. of Co...
Thesis: The Notion of Interpretation between Axiomatic Theories Author: Jan Štefanišin Abstract: In ...
AbstractWe show that some well-known rules in a Hoare-style proof system for total correctness of re...
Static analysis of program semantics can be used to provide strong guarantees about the correctness ...
We study theoretical and practical aspects of proof theoretic tools called proof interpretations. ...
In this paper we describe our protocol for the interaction between a theory and the programs extract...
We investigate the modal logic of interpretability over Peano arithmetic (PA). Our main result is a...
The dissertation is in the first place a treatment of mathematical interpretations. Interpretations ...
This paper offers an elementary proof that formal arithmetic is consistent. The system that will be ...
Does the application of time quantifiers, such as “sometimes” and “always” in loop invariants, incre...
AbstractSeveral different first-order formal logics of programs—Algorithmic Logic, Dynamic Logic, an...
AbstractThree theorems are proven which reconsider the completeness of Hoare's logic for the partial...
AbstractIn the second part of this work, we formulate a new inductive assertion method applying to t...
AbstractWe present a sufficient condition for a class C of effective interpretations in order that C...
It is proved that a recursive program (without counters) is able to enumerate all elements in any He...
In this paper a generalization of a certain theorem of Lipton (“Proc. 18th IEEE Sympos. Found. of Co...
Thesis: The Notion of Interpretation between Axiomatic Theories Author: Jan Štefanišin Abstract: In ...
AbstractWe show that some well-known rules in a Hoare-style proof system for total correctness of re...
Static analysis of program semantics can be used to provide strong guarantees about the correctness ...
We study theoretical and practical aspects of proof theoretic tools called proof interpretations. ...
In this paper we describe our protocol for the interaction between a theory and the programs extract...
We investigate the modal logic of interpretability over Peano arithmetic (PA). Our main result is a...
The dissertation is in the first place a treatment of mathematical interpretations. Interpretations ...
This paper offers an elementary proof that formal arithmetic is consistent. The system that will be ...
Does the application of time quantifiers, such as “sometimes” and “always” in loop invariants, incre...
AbstractSeveral different first-order formal logics of programs—Algorithmic Logic, Dynamic Logic, an...
AbstractThree theorems are proven which reconsider the completeness of Hoare's logic for the partial...
AbstractIn the second part of this work, we formulate a new inductive assertion method applying to t...