A variety of largely automated methods have been proposed for finite-state verification of software systems. Although anecdotal accounts of success are widely reported, there is very little empirical data on the relative strengths and weaknesses of those methods across a broad range of analysis questions and systems. But this information is critical for the transfer of the technology from research to practice. We review some of the problems involved in obtaining this information and suggest several ways in which the community can facilitate empirical evaluation of finite-state verification tools.
Finite-state models, such as finite-state machines (FSMs), aid software engineering in many ways. Th...
We describe our theoretical behavioral modeling research in specific domains where finite-state mode...
Recent years have seen dramatic growth in the application of model checking techniques to the valida...
Software systems are increasing in size and complexity and, subsequently, are becoming ever more dif...
Finite state verification is emerging as an important technology for proving properties about softwa...
AbstractDespite the enormous strides made in automatic verification technology over the past decade ...
The society is becoming increasingly dependent on applications of distributed software systems, such...
The development of our modern societies needs more and more involvement of computers in managing hig...
Most successful automated formal verification tools are based on a bit-level model of computation, w...
This thesis aims to evaluate the effectiveness of a formal language (Finite State Process) automated...
Most successful automated formal verification tools are based on a bit-level model of computation, w...
Most successful automated formal verification tools arebased on a bit-level model of computation, wh...
The analysis of programs by the exhaustive inspection of reachable states in a finite state graph is...
This article presents a method for the application of model checking, i.e., verifying a finite state...
Automatic formal verification methods for finite-state systems, also known as model-checking, succes...
Finite-state models, such as finite-state machines (FSMs), aid software engineering in many ways. Th...
We describe our theoretical behavioral modeling research in specific domains where finite-state mode...
Recent years have seen dramatic growth in the application of model checking techniques to the valida...
Software systems are increasing in size and complexity and, subsequently, are becoming ever more dif...
Finite state verification is emerging as an important technology for proving properties about softwa...
AbstractDespite the enormous strides made in automatic verification technology over the past decade ...
The society is becoming increasingly dependent on applications of distributed software systems, such...
The development of our modern societies needs more and more involvement of computers in managing hig...
Most successful automated formal verification tools are based on a bit-level model of computation, w...
This thesis aims to evaluate the effectiveness of a formal language (Finite State Process) automated...
Most successful automated formal verification tools are based on a bit-level model of computation, w...
Most successful automated formal verification tools arebased on a bit-level model of computation, wh...
The analysis of programs by the exhaustive inspection of reachable states in a finite state graph is...
This article presents a method for the application of model checking, i.e., verifying a finite state...
Automatic formal verification methods for finite-state systems, also known as model-checking, succes...
Finite-state models, such as finite-state machines (FSMs), aid software engineering in many ways. Th...
We describe our theoretical behavioral modeling research in specific domains where finite-state mode...
Recent years have seen dramatic growth in the application of model checking techniques to the valida...