AbstractMcMillan (1992) described a technique for deadlock detection based on net unfoldings. We extend its applicability to the properties of a temporal logic with a possibility operator. The new algorithm is shown to be polynomial in the size of the net for 1-safe conflict-free Petri nets, while the algorithms of the literature require exponential time
Abstract. In this paper bounded model checking of asynchronous concurrent systems is introduced as a...
International audienceIn this paper we deal with the problem of controlling a safe place/transition ...
Abstract: Model-Checking is a formal verified technique to check on whether a computing model, by se...
AbstractMcMillan (1992) described a technique for deadlock detection based on net unfoldings. We ext...
In this work, methods are presented for model checking finite state asynchronous systems, more speci...
McMillan has presented a deadlock detection method for Petri nets based on finite complete prefixes...
Petri nets are a well-known model language for concurrent systems. The unfolding of a Petri net is a...
In this work, methods are presented for model checking finite state asynchronous systems, more speci...
AbstractModel checking is a formal technique for proving the correctness of a system with respect to...
Stubborn sets and model unfolding are two well-known methods for sidestepping the complexity of stat...
The present work is devoted to the study of deadlock problem in Place/Transition (P/T) nets, particu...
Net unfoldings are a well-known partial order semantics for Petri nets. Here we show that they are ...
AbstractRecent research has been conducted on representing Process Algebra programs by safe Petri ne...
Brute-force model-checking consists in exhaustive exploration of thestate-space of a Petri net, and ...
In this paper bounded model checking of asynchronous con-current systems is introduced as a promisin...
Abstract. In this paper bounded model checking of asynchronous concurrent systems is introduced as a...
International audienceIn this paper we deal with the problem of controlling a safe place/transition ...
Abstract: Model-Checking is a formal verified technique to check on whether a computing model, by se...
AbstractMcMillan (1992) described a technique for deadlock detection based on net unfoldings. We ext...
In this work, methods are presented for model checking finite state asynchronous systems, more speci...
McMillan has presented a deadlock detection method for Petri nets based on finite complete prefixes...
Petri nets are a well-known model language for concurrent systems. The unfolding of a Petri net is a...
In this work, methods are presented for model checking finite state asynchronous systems, more speci...
AbstractModel checking is a formal technique for proving the correctness of a system with respect to...
Stubborn sets and model unfolding are two well-known methods for sidestepping the complexity of stat...
The present work is devoted to the study of deadlock problem in Place/Transition (P/T) nets, particu...
Net unfoldings are a well-known partial order semantics for Petri nets. Here we show that they are ...
AbstractRecent research has been conducted on representing Process Algebra programs by safe Petri ne...
Brute-force model-checking consists in exhaustive exploration of thestate-space of a Petri net, and ...
In this paper bounded model checking of asynchronous con-current systems is introduced as a promisin...
Abstract. In this paper bounded model checking of asynchronous concurrent systems is introduced as a...
International audienceIn this paper we deal with the problem of controlling a safe place/transition ...
Abstract: Model-Checking is a formal verified technique to check on whether a computing model, by se...