FLAVERS, a tool for verifying properties of concurrent systems, uses composite data flow analysis to incrementally improve the precision of the results of its verifications. Although FLAVERS is one of the few static analysis techniques for concurrent systems that has the potential to handle large scale systems, it sometimes can still be very expensive to use. In this paper we experimentally compare the cost of two versions of this approach for solving composite data flow analysis problems. The first version, productbased, uses the more straightforward approach, and the second, tuple-based, is built around the idea of reducing analysis space requirements at the expense of analysis time. We demonstrate experimentally, by analyzing properties ...
Concurrent programs are pervasive owing to the increasing adoption of multi-core systems across the ...
Standard techniques for analysing sequential programs are severely constrained when applied to a con...
The pervasiveness of computer systems in virtually every aspect of daily life entails a growing depe...
This paper describes FLAVERS, a finite-state verification approach that analyzes whether concurrent ...
Analyzing the potential behavior of concurrent software is a difficult and complex problem. In this ...
This paper presents FLAVERS, a nite state verication approach that analyzes whether concurrent or se...
This paper presents FLAVERS, a finite state verification approach that analyzes whether concurrent o...
With the proliferation of concurrent software systems, automated finite state verification technique...
Modern software systems are designed and implemented in a modular fashion by composing individual co...
Developers of concurrent software need cost-effective analysis techniques to acquire confidence in t...
Data flow analysis is a well studied family of static program analyses. A rich theoretical basis for...
This article describes FLAVERS, a finite-state verification approach that analyzes whether con-curre...
AbstractThis paper presents a demand transformation analysis that maps a predicate's output demands ...
Data flow analysis (DFA) is an important verification technique that computes the effect of data val...
Dataflow analyses are a critical part of many optimizing compilers as well as bug-finding and progra...
Concurrent programs are pervasive owing to the increasing adoption of multi-core systems across the ...
Standard techniques for analysing sequential programs are severely constrained when applied to a con...
The pervasiveness of computer systems in virtually every aspect of daily life entails a growing depe...
This paper describes FLAVERS, a finite-state verification approach that analyzes whether concurrent ...
Analyzing the potential behavior of concurrent software is a difficult and complex problem. In this ...
This paper presents FLAVERS, a nite state verication approach that analyzes whether concurrent or se...
This paper presents FLAVERS, a finite state verification approach that analyzes whether concurrent o...
With the proliferation of concurrent software systems, automated finite state verification technique...
Modern software systems are designed and implemented in a modular fashion by composing individual co...
Developers of concurrent software need cost-effective analysis techniques to acquire confidence in t...
Data flow analysis is a well studied family of static program analyses. A rich theoretical basis for...
This article describes FLAVERS, a finite-state verification approach that analyzes whether con-curre...
AbstractThis paper presents a demand transformation analysis that maps a predicate's output demands ...
Data flow analysis (DFA) is an important verification technique that computes the effect of data val...
Dataflow analyses are a critical part of many optimizing compilers as well as bug-finding and progra...
Concurrent programs are pervasive owing to the increasing adoption of multi-core systems across the ...
Standard techniques for analysing sequential programs are severely constrained when applied to a con...
The pervasiveness of computer systems in virtually every aspect of daily life entails a growing depe...