In model checking environments, system requirements are usually expressed by means of temporal logic formulas. We propose a user-friendly interface (UFI) with the aim of simplifying the writing of concurrent system properties. The tool is endowed with a graphical interface that supplies a set of patterns from the natural language; the defined patterns constitute a logic (UFL) that is adequate to express the classes of properties usually checked on actual systems. Moreover, UFI is integrated with the CWB-NC tool-kit which is a verification environment based on process algebras and the mu-calculus temporal logic; UFI supports the automatic translation of UFL formulas into mu-calculus formulas and save the translation in the format required by...
A brief overview is made of the use of temporal logic formalisms for specifying and verifying concur...
Ahstract:We give an cfticicnt procedure for verifying that a t%ute state concurrent systcm meets a s...
This talk will present our experience in building data structures, algorithms, languages and tools t...
Model-checking is a successful technique for automatically verifying concurrent finite-state systems...
AbstractModel-checking is a successful technique for automatically verifying concurrent finite-state...
Model-checking is a successful technique for automatically verifying concurrent finite-state systems...
International audienceModal mu-calculus is an expressive specification formalism for temporal proper...
This article presents a model checking tool used to verify concurrent systems specified in join-calc...
This article presents a model checking tool used to verify concurrent systems specified in join-calc...
Abstract. Modal µ-calculus is an expressive specification formalism for temporal properties of concu...
Associated research group: Minnesota Extensible Language ToolsTemporal logic and model checking algo...
Abstract. Temporal logic and model checking algorithms are often used for checking system properties...
Model checking is an automatic technique for verifying concurrent systems. The properties of the sys...
Abstract: "We describe a method for reducing the complexity of temporal logic model checking in syst...
Formal verification techniques such as theorem proving, runtime verification, and model checking hav...
A brief overview is made of the use of temporal logic formalisms for specifying and verifying concur...
Ahstract:We give an cfticicnt procedure for verifying that a t%ute state concurrent systcm meets a s...
This talk will present our experience in building data structures, algorithms, languages and tools t...
Model-checking is a successful technique for automatically verifying concurrent finite-state systems...
AbstractModel-checking is a successful technique for automatically verifying concurrent finite-state...
Model-checking is a successful technique for automatically verifying concurrent finite-state systems...
International audienceModal mu-calculus is an expressive specification formalism for temporal proper...
This article presents a model checking tool used to verify concurrent systems specified in join-calc...
This article presents a model checking tool used to verify concurrent systems specified in join-calc...
Abstract. Modal µ-calculus is an expressive specification formalism for temporal properties of concu...
Associated research group: Minnesota Extensible Language ToolsTemporal logic and model checking algo...
Abstract. Temporal logic and model checking algorithms are often used for checking system properties...
Model checking is an automatic technique for verifying concurrent systems. The properties of the sys...
Abstract: "We describe a method for reducing the complexity of temporal logic model checking in syst...
Formal verification techniques such as theorem proving, runtime verification, and model checking hav...
A brief overview is made of the use of temporal logic formalisms for specifying and verifying concur...
Ahstract:We give an cfticicnt procedure for verifying that a t%ute state concurrent systcm meets a s...
This talk will present our experience in building data structures, algorithms, languages and tools t...