Add to ORKGAbstract—Model checking is a powerful technique for verifying systems and detecting errors at early stages of the design process. When model checking is used to check properties of Petri net, the specification has to be expressed in temporal logics. In this paper we will focus on how to characterize some important properties of Petri net such as reachability, liveness et al. with the computation tree logic CTL. Under the characterization Petri net can be verified automatically with the help of a model checker. Keywords-model checking; petri net; computation tree logic I
The model-checking problem for 1-safe Petri nets and linear-time temporal logic (LTL) consists of de...
Computation Tree Logic (CTL) is one of the most syntactically elegant and computationally attractive...
AbstractThe branching-time temporal logic EF is a simple, but natural fragment of computation-tree l...
Symbolic model checking is a powerful technique for checking temporal logic properties over finite o...
This paper presents an effective approach to formally verify SystemC designs. The approach translate...
This paper describes the formal verification of the recently introduced Dual Transition Petri Net (D...
. In this paper we present a CTL-like logic which is interpreted over the state spaces of Coloured P...
AbstractThis paper aims at applying the CTL*11Computation Tree Logic. model checking method to the t...
Abstract: We use symbolic model checking to verify a VHDL design. This paper mainly focuses on Comp...
Abstract: Model-Checking is a formal verified technique to check on whether a computing model, by se...
Abstract. Temporal logic and model checking algorithms are often used for checking system properties...
Associated research group: Minnesota Extensible Language ToolsTemporal logic and model checking algo...
Software model checking, an algorithmic, specification-driven approach to software analysis, has eme...
AbstractIn this paper we present algorithms for model checking CTL over systems specified as Petri n...
We present a new model checking algorithm for verifying computation tree logic (CTL) properties. Our...
The model-checking problem for 1-safe Petri nets and linear-time temporal logic (LTL) consists of de...
Computation Tree Logic (CTL) is one of the most syntactically elegant and computationally attractive...
AbstractThe branching-time temporal logic EF is a simple, but natural fragment of computation-tree l...
Symbolic model checking is a powerful technique for checking temporal logic properties over finite o...
This paper presents an effective approach to formally verify SystemC designs. The approach translate...
This paper describes the formal verification of the recently introduced Dual Transition Petri Net (D...
. In this paper we present a CTL-like logic which is interpreted over the state spaces of Coloured P...
AbstractThis paper aims at applying the CTL*11Computation Tree Logic. model checking method to the t...
Abstract: We use symbolic model checking to verify a VHDL design. This paper mainly focuses on Comp...
Abstract: Model-Checking is a formal verified technique to check on whether a computing model, by se...
Abstract. Temporal logic and model checking algorithms are often used for checking system properties...
Associated research group: Minnesota Extensible Language ToolsTemporal logic and model checking algo...
Software model checking, an algorithmic, specification-driven approach to software analysis, has eme...
AbstractIn this paper we present algorithms for model checking CTL over systems specified as Petri n...
We present a new model checking algorithm for verifying computation tree logic (CTL) properties. Our...
The model-checking problem for 1-safe Petri nets and linear-time temporal logic (LTL) consists of de...
Computation Tree Logic (CTL) is one of the most syntactically elegant and computationally attractive...
AbstractThe branching-time temporal logic EF is a simple, but natural fragment of computation-tree l...