Static analysis by abstract interpretation is generally designed to be "sound", that is, it should not claim to establish properties that do not hold-in other words, not provide "false negatives" about possible bugs. A rarer requirement is that it should be "complete", meaning that it should be able to infer certain properties if they hold. This paper describes a number of practical issues and questions related to completeness that I have come across over the years
We introduce the notion of local completeness in abstract interpretation and define a logic for prov...
Lecture about abstract interpretation. This lecture starts with a brief introduction to validation a...
Abstract. In order to contribute to the solution of the software reliability problem, tools have bee...
While soundness captures an essential requirement of the intrinsic approximation of any static analy...
Abstract. Static analyses calculate abstract states, and their logics validate properties of the abs...
We want to prove that a static analysis of a given program is complete, namely, no imprecision arise...
We want to prove that a static analysis of a given program is complete, namely, no imprecision arise...
This paper presents, in viewgraph form, a description of abstract interpretation. The topics include...
Completeness is an ideal, although uncommon, feature of abstract interpretations, formalizing the in...
In this paper we study the relation between the lack of completeness in abstract interpretation of m...
This monograph presents abstract interpretation and shows how its principles can be successfully app...
Completeness in abstract interpretation is an ideal and rare situation where the abstract semantics ...
Static analysis is property extraction from formal systems. Abstract interpretation is a foundation ...
Static analysis is significant since it provides the information about the run-time behaviour of an ...
We trace the roots of abstract interpretation and its role as a foundational principle to understand...
We introduce the notion of local completeness in abstract interpretation and define a logic for prov...
Lecture about abstract interpretation. This lecture starts with a brief introduction to validation a...
Abstract. In order to contribute to the solution of the software reliability problem, tools have bee...
While soundness captures an essential requirement of the intrinsic approximation of any static analy...
Abstract. Static analyses calculate abstract states, and their logics validate properties of the abs...
We want to prove that a static analysis of a given program is complete, namely, no imprecision arise...
We want to prove that a static analysis of a given program is complete, namely, no imprecision arise...
This paper presents, in viewgraph form, a description of abstract interpretation. The topics include...
Completeness is an ideal, although uncommon, feature of abstract interpretations, formalizing the in...
In this paper we study the relation between the lack of completeness in abstract interpretation of m...
This monograph presents abstract interpretation and shows how its principles can be successfully app...
Completeness in abstract interpretation is an ideal and rare situation where the abstract semantics ...
Static analysis is property extraction from formal systems. Abstract interpretation is a foundation ...
Static analysis is significant since it provides the information about the run-time behaviour of an ...
We trace the roots of abstract interpretation and its role as a foundational principle to understand...
We introduce the notion of local completeness in abstract interpretation and define a logic for prov...
Lecture about abstract interpretation. This lecture starts with a brief introduction to validation a...
Abstract. In order to contribute to the solution of the software reliability problem, tools have bee...