We present an implementation and verification in higher-order logic of Cooper’s quantifier elimination for Presburger arithmetic. Reflection, i.e. the direct execution in ML, yields a speed-up of a factor of 200 over an LCF-style implementation and performs as well as a decision procedure hand-coded in ML
AbstractThe decision problem for the theory of integers under addition, or “Presburger Arithmetic,” ...
Craig interpolation has become a versatile tool in formal verification, used for instance to generat...
Abstract: "Given a formula [Phi] in quantifier-free Presburger arithmetic, it is well known that, if...
We present a formally verified quantifier elimination procedure for the first order theory over line...
This article formalizes quantifier elimination procedures for dense linear orders, linear real arith...
We give a new quantifier elimination procedure for Presburger arithmetic extended with a unary count...
Abstract. Craig interpolation has become a key ingredient in many symbolic model checkers, serving a...
Abstract. Craig interpolation has become a key ingredient in many symbolic model checkers, serving a...
. In this paper, we present methods for eliminating higher-order quantifiers in proof goals arising ...
An algorithm is presented which eliminates second-order quantifiers over predicate variables in form...
Abstract. We consider Presburger arithmetic (PA) extended with mod-ulo counting quantifiers. We show...
The inference of program invariants over machine arithmetic, commonly called bit-vector arithmetic, ...
Abstract Craig interpolation has become a versatile tool in formal verification, used for instance t...
We develop quantifier elimination procedures for a fragment of higher order logic arising from the f...
The inference of program invariants over machine arithmetic, commonly called bit-vector arithmetic, ...
AbstractThe decision problem for the theory of integers under addition, or “Presburger Arithmetic,” ...
Craig interpolation has become a versatile tool in formal verification, used for instance to generat...
Abstract: "Given a formula [Phi] in quantifier-free Presburger arithmetic, it is well known that, if...
We present a formally verified quantifier elimination procedure for the first order theory over line...
This article formalizes quantifier elimination procedures for dense linear orders, linear real arith...
We give a new quantifier elimination procedure for Presburger arithmetic extended with a unary count...
Abstract. Craig interpolation has become a key ingredient in many symbolic model checkers, serving a...
Abstract. Craig interpolation has become a key ingredient in many symbolic model checkers, serving a...
. In this paper, we present methods for eliminating higher-order quantifiers in proof goals arising ...
An algorithm is presented which eliminates second-order quantifiers over predicate variables in form...
Abstract. We consider Presburger arithmetic (PA) extended with mod-ulo counting quantifiers. We show...
The inference of program invariants over machine arithmetic, commonly called bit-vector arithmetic, ...
Abstract Craig interpolation has become a versatile tool in formal verification, used for instance t...
We develop quantifier elimination procedures for a fragment of higher order logic arising from the f...
The inference of program invariants over machine arithmetic, commonly called bit-vector arithmetic, ...
AbstractThe decision problem for the theory of integers under addition, or “Presburger Arithmetic,” ...
Craig interpolation has become a versatile tool in formal verification, used for instance to generat...
Abstract: "Given a formula [Phi] in quantifier-free Presburger arithmetic, it is well known that, if...