In 1985, van den Dries showed that the theory of the reals with a predicate for the integer powers of two admits quantifier elimination in an expanded language, and is hence decidable. He gave a model-theoretical argument, which provides no apparent bounds on the complexity of a decision procedure. We provide a syntactical argument that yields a procedure that is primitive recursive, although not elementary
In this paper we give a new algorithm for quantifier elimination in the first order theory of real c...
We present a formally verified quantifier elimination procedure for the first order theory over line...
Given any collection F of computable functions over the reals, we show that there exists an algorith...
AbstractIn 1985, van den Dries showed that the theory of the reals with a predicate for the integer ...
A general mechanism to extend decision algorithms to deal with additional predicates is described. T...
This series of papers presents a complete development and complexity analysis of a decision method, ...
It is well known that quantifier elimination plays a relevant role in proving decidability of theori...
We propose a new quantifier elimination algorithm for the theory of linear real arithmetic. This alg...
Abstract. We present a fully proof-producing implementation of a quantifier elimination procedure fo...
An algorithm is presented which eliminates second-order quantifiers over predicate variables in form...
The aim of these lectures is to give a clear and explicit overview of the most important decidable a...
International audienceWe study a variant of the real quantifier elimination problem (QE). The varian...
The first-order theory of addition over the natural numbers, known as Presburger arithmetic, is deci...
International audienceWe describe a new quantifier elimination algorithm for real closed fields base...
The paper of J. Ketonen and R. Weyhrauch [6] defines a decidable fragment of first-order predicate l...
In this paper we give a new algorithm for quantifier elimination in the first order theory of real c...
We present a formally verified quantifier elimination procedure for the first order theory over line...
Given any collection F of computable functions over the reals, we show that there exists an algorith...
AbstractIn 1985, van den Dries showed that the theory of the reals with a predicate for the integer ...
A general mechanism to extend decision algorithms to deal with additional predicates is described. T...
This series of papers presents a complete development and complexity analysis of a decision method, ...
It is well known that quantifier elimination plays a relevant role in proving decidability of theori...
We propose a new quantifier elimination algorithm for the theory of linear real arithmetic. This alg...
Abstract. We present a fully proof-producing implementation of a quantifier elimination procedure fo...
An algorithm is presented which eliminates second-order quantifiers over predicate variables in form...
The aim of these lectures is to give a clear and explicit overview of the most important decidable a...
International audienceWe study a variant of the real quantifier elimination problem (QE). The varian...
The first-order theory of addition over the natural numbers, known as Presburger arithmetic, is deci...
International audienceWe describe a new quantifier elimination algorithm for real closed fields base...
The paper of J. Ketonen and R. Weyhrauch [6] defines a decidable fragment of first-order predicate l...
In this paper we give a new algorithm for quantifier elimination in the first order theory of real c...
We present a formally verified quantifier elimination procedure for the first order theory over line...
Given any collection F of computable functions over the reals, we show that there exists an algorith...