Add to ORKGCausality Checking is an automated technique supporting a formal causality analysis of system models. In this paper we present a symbolic variant of causality checking. The proposed approach is based on bounded model checking and SAT solving. We show that this symbolic approach leads to a causality checking method which is efficient for large and complex systems. The technique is evaluated on industrial sized system models and compared to an existing explicit state causality checking approach
Abstract. In recent work on the safety analysis of systems we have shown how causal relationships am...
In this paper, we study the application of propositional deci-sion procedures in hardware verificati...
In recent work on the safety analysis of systems we have shown how causal relationships amongst even...
Causality Checking is an automated technique supporting a formal causality analysis of system models...
Abstract. Causality Checking is an automated technique supporting a formal causality analysis of sys...
With the increasing size and complexity of modern safety critical embedded systems, the need for aut...
In precursory work we have developed causality checking, a fault localization method for concurrent ...
Abstract. We present an approach for the algorithmic computation of causalities in system models tha...
Synchronous systems can immediately react to the inputs of their environment which may lead to so-ca...
With the increasing growth of the size and complexity of modern safetycritical systems, the demand f...
Abstract. We present an approach for the algorithmic computation of causalities in system models tha...
This Thesis is a study of automatic reasoning about finite state machines (FSMs). Two techniques use...
Symbolic model checking owes much of its success to powerful methods for reasoning about Boolean fun...
The complexity of modern safety-critical systems is steadily increasing due to the amount of functio...
AbstractMany different methods have been devised for automatically verifying finite state systems by...
Abstract. In recent work on the safety analysis of systems we have shown how causal relationships am...
In this paper, we study the application of propositional deci-sion procedures in hardware verificati...
In recent work on the safety analysis of systems we have shown how causal relationships amongst even...
Causality Checking is an automated technique supporting a formal causality analysis of system models...
Abstract. Causality Checking is an automated technique supporting a formal causality analysis of sys...
With the increasing size and complexity of modern safety critical embedded systems, the need for aut...
In precursory work we have developed causality checking, a fault localization method for concurrent ...
Abstract. We present an approach for the algorithmic computation of causalities in system models tha...
Synchronous systems can immediately react to the inputs of their environment which may lead to so-ca...
With the increasing growth of the size and complexity of modern safetycritical systems, the demand f...
Abstract. We present an approach for the algorithmic computation of causalities in system models tha...
This Thesis is a study of automatic reasoning about finite state machines (FSMs). Two techniques use...
Symbolic model checking owes much of its success to powerful methods for reasoning about Boolean fun...
The complexity of modern safety-critical systems is steadily increasing due to the amount of functio...
AbstractMany different methods have been devised for automatically verifying finite state systems by...
Abstract. In recent work on the safety analysis of systems we have shown how causal relationships am...
In this paper, we study the application of propositional deci-sion procedures in hardware verificati...
In recent work on the safety analysis of systems we have shown how causal relationships amongst even...