Abstract. We present an automatable approach to verify that a system satisfies its requirements by verification of the program that controls the system. The approach can be applied if the interaction of the program with the system hardware can be faithfully described by a table relating domain phenomena and program variables. We show the applicability of the approach with a case study based on a real-world system.
Abstract—Program testing today is mostly manual and re-quires significant human effort. Moreover, su...
Abstract—Computers systems are increasingly interacting with our day-to-day life, but for this inter...
Many safety-critical cyber-physical systems have a software-based controller at their core. Since th...
Abstract—this paper describes a verification method of au-tomata based programs [1] based on symboli...
The high complexity of modern hardware and software systems necessitates the use of formal methods f...
Many of the systems that we rely on, and interact with on a daily basis, are driven by software. Unf...
In order to handle the increasing complexity of hardware / software designs, system level design met...
. We present a model checking procedure and its implementation for the automatic verification of emb...
This paper aims to introduce a method for verification of programs, which is fully automatic. This...
Recent years have seen dramatic growth in the application of model checking techniques to the valida...
A central issue in program verification is the generation of verification conditions (VCs): proof ob...
The foundational goal of this work is the development of mechanizable proof rules and a verification...
We present a transformational approach to program verification and software model checking that uses...
Computer systems are frequently used in our day to day activities. The failure of these systems in s...
Abstract. In my view, the “verification problem ” is the theorem proving problem, restricted to a co...
Abstract—Program testing today is mostly manual and re-quires significant human effort. Moreover, su...
Abstract—Computers systems are increasingly interacting with our day-to-day life, but for this inter...
Many safety-critical cyber-physical systems have a software-based controller at their core. Since th...
Abstract—this paper describes a verification method of au-tomata based programs [1] based on symboli...
The high complexity of modern hardware and software systems necessitates the use of formal methods f...
Many of the systems that we rely on, and interact with on a daily basis, are driven by software. Unf...
In order to handle the increasing complexity of hardware / software designs, system level design met...
. We present a model checking procedure and its implementation for the automatic verification of emb...
This paper aims to introduce a method for verification of programs, which is fully automatic. This...
Recent years have seen dramatic growth in the application of model checking techniques to the valida...
A central issue in program verification is the generation of verification conditions (VCs): proof ob...
The foundational goal of this work is the development of mechanizable proof rules and a verification...
We present a transformational approach to program verification and software model checking that uses...
Computer systems are frequently used in our day to day activities. The failure of these systems in s...
Abstract. In my view, the “verification problem ” is the theorem proving problem, restricted to a co...
Abstract—Program testing today is mostly manual and re-quires significant human effort. Moreover, su...
Abstract—Computers systems are increasingly interacting with our day-to-day life, but for this inter...
Many safety-critical cyber-physical systems have a software-based controller at their core. Since th...