Add to ORKGFinite state verication techniques can be used for detecting the presence or proving the absence of certain kinds of errors in software systems. These approaches are based on reason-ing about a nite, abstracted model of a system's behaviors
A variety of largely automated methods have been proposed for finite-state verification of software ...
Modern software model checkers find safety violations: breaches where the system enters some bad sta...
Concurrent systems are notoriously difficult to debug and understand. A common way of gaining insigh...
This paper describes FLAVERS, a finite-state verification approach that analyzes whether concurrent ...
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...
This paper presents FLAVERS, a nite state verication approach that analyzes whether concurrent or se...
Software systems are increasing in size and complexity and, subsequently, are becoming ever more dif...
In this paper we introduce concepts of a potential fault latency and a real fault latency for Finite...
Abstract—In digital sequential systems that operate over several time steps, a state-transition faul...
The pervasiveness of computer systems in virtually every aspect of daily life entails a growing depe...
Despite rigorous use of model checking, testing, and other technological innovations in software dev...
Finite state machine-based abstractions of software behaviour are popular because they can be used a...
We present a flow analysis technique for detecting unreachable states and actions in concurrent syst...
This paper introduces model checking, originally conceived for checking finite statesystems. It surv...
A variety of largely automated methods have been proposed for finite-state verification of software ...
Modern software model checkers find safety violations: breaches where the system enters some bad sta...
Concurrent systems are notoriously difficult to debug and understand. A common way of gaining insigh...
This paper describes FLAVERS, a finite-state verification approach that analyzes whether concurrent ...
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...
This paper presents FLAVERS, a nite state verication approach that analyzes whether concurrent or se...
Software systems are increasing in size and complexity and, subsequently, are becoming ever more dif...
In this paper we introduce concepts of a potential fault latency and a real fault latency for Finite...
Abstract—In digital sequential systems that operate over several time steps, a state-transition faul...
The pervasiveness of computer systems in virtually every aspect of daily life entails a growing depe...
Despite rigorous use of model checking, testing, and other technological innovations in software dev...
Finite state machine-based abstractions of software behaviour are popular because they can be used a...
We present a flow analysis technique for detecting unreachable states and actions in concurrent syst...
This paper introduces model checking, originally conceived for checking finite statesystems. It surv...
A variety of largely automated methods have been proposed for finite-state verification of software ...
Modern software model checkers find safety violations: breaches where the system enters some bad sta...
Concurrent systems are notoriously difficult to debug and understand. A common way of gaining insigh...