AbstractIn this paper we show how the framework of probabilistic abstract interpretation can be applied to statically analyse a probabilistic λ-calculus. We start by reviewing the classical framework of abstract interpretation. We choose to use (first-order) strictness analysis as our running example. We present the definition of probabilistic abstract interpretation and use it to construct a probabilistic strictness analysis
Abstract. Having a precise yet sound abstraction of the inputs of nu-merical programs is important t...
Abstraction is a fundamental tool for reasoning about a complex system. Program abstraction has been...
We review Wilhelm's work on WCET for hard real-time applications and also recent work on analysis of...
We show how the framework of probabilistic abstract interpretation can be applied to statically anal...
AbstractIn this paper we show how the framework of probabilistic abstract interpretation can be appl...
Probabilistic Abstract Interpretation is a framework for program analysis that allows us to accommod...
AbstractWithin the context of a quantitative generalisation of the well established framework of Abs...
We present a method for approximating the semantics of probabilistic programs to the purpose of cons...
Within the context of a quantitative generalisation of the well established framework of Abstract In...
In order to perform probabilistic program analysis we need to consider probabilistic languages or la...
In order to perform probabilistic program analysis we need to consider probabilistic languages or la...
The weakest pre-expectation calculus [20] has been proved to be a mature theory to analyze quan-tita...
The aims of these lecture notes are two-fold: (i) we investigate the relation between the operationa...
AbstractWhen modelling a complex system, such as one with distributed functionality, we need to choo...
When modelling a complex system, such as one with distributed functionality, we need to choose an ap...
Abstract. Having a precise yet sound abstraction of the inputs of nu-merical programs is important t...
Abstraction is a fundamental tool for reasoning about a complex system. Program abstraction has been...
We review Wilhelm's work on WCET for hard real-time applications and also recent work on analysis of...
We show how the framework of probabilistic abstract interpretation can be applied to statically anal...
AbstractIn this paper we show how the framework of probabilistic abstract interpretation can be appl...
Probabilistic Abstract Interpretation is a framework for program analysis that allows us to accommod...
AbstractWithin the context of a quantitative generalisation of the well established framework of Abs...
We present a method for approximating the semantics of probabilistic programs to the purpose of cons...
Within the context of a quantitative generalisation of the well established framework of Abstract In...
In order to perform probabilistic program analysis we need to consider probabilistic languages or la...
In order to perform probabilistic program analysis we need to consider probabilistic languages or la...
The weakest pre-expectation calculus [20] has been proved to be a mature theory to analyze quan-tita...
The aims of these lecture notes are two-fold: (i) we investigate the relation between the operationa...
AbstractWhen modelling a complex system, such as one with distributed functionality, we need to choo...
When modelling a complex system, such as one with distributed functionality, we need to choose an ap...
Abstract. Having a precise yet sound abstraction of the inputs of nu-merical programs is important t...
Abstraction is a fundamental tool for reasoning about a complex system. Program abstraction has been...
We review Wilhelm's work on WCET for hard real-time applications and also recent work on analysis of...