The aim of this paper is to provide a general overview of the product operators introduced in the literature as a tool to enhance the analysis accuracy in the Abstract Interpretation framework. In particular we focus on the Cartesian and reduced products, as well as on the reduced cardinal power, an under-used technique whose features deserve to be stressed for their potential impact in practical applications
AbstractAbstract interpretation is a systematic methodology to design static program analysis which ...
Operators that systematically produce more precise abstract interpretations from simpler ones are in...
We consider abstract interpretation, and in particular the basic operators of reduced product and co...
The aim of this paper is to provide a general overview of the product operators introduced in the li...
The aim of this paper is to provide a general overview of the product operators introduced in the li...
AbstractIn the context of standard abstract interpretation theory, a reduced relative power operatio...
The concept of abstract interpretation has been introduced by Patrick and Radhia Cousot in 1977, in ...
We introduce a reduced product combining algebraic and logical abstractions to design program correc...
Introduction. The concept of abstract interpretation has been introduced by Patrick and Radhia Couso...
AbstractIn the context of standard abstract interpretation theory, we define the inverse operation t...
In the context of Cousot and Cousot's abstract interpretation theory, we present a general framework...
In the context of standard abstract interpretation theory, a reduced relative power operation for fu...
AbstractIn the context of the standard Cousot and Cousot framework, refinement operators that system...
Abstract Interpretation, one of the most applied techniques for semantics based static analysis of s...
In this paper we consider static analyses based on abstract interpretation of logic programs over co...
AbstractAbstract interpretation is a systematic methodology to design static program analysis which ...
Operators that systematically produce more precise abstract interpretations from simpler ones are in...
We consider abstract interpretation, and in particular the basic operators of reduced product and co...
The aim of this paper is to provide a general overview of the product operators introduced in the li...
The aim of this paper is to provide a general overview of the product operators introduced in the li...
AbstractIn the context of standard abstract interpretation theory, a reduced relative power operatio...
The concept of abstract interpretation has been introduced by Patrick and Radhia Cousot in 1977, in ...
We introduce a reduced product combining algebraic and logical abstractions to design program correc...
Introduction. The concept of abstract interpretation has been introduced by Patrick and Radhia Couso...
AbstractIn the context of standard abstract interpretation theory, we define the inverse operation t...
In the context of Cousot and Cousot's abstract interpretation theory, we present a general framework...
In the context of standard abstract interpretation theory, a reduced relative power operation for fu...
AbstractIn the context of the standard Cousot and Cousot framework, refinement operators that system...
Abstract Interpretation, one of the most applied techniques for semantics based static analysis of s...
In this paper we consider static analyses based on abstract interpretation of logic programs over co...
AbstractAbstract interpretation is a systematic methodology to design static program analysis which ...
Operators that systematically produce more precise abstract interpretations from simpler ones are in...
We consider abstract interpretation, and in particular the basic operators of reduced product and co...