We describe the design of VIP, a graphical front-end to the model checker SPIN. VIP supports a visual formalism, called v-Promela that connects the model checker to modern hierarchical notations for the specification of objectoriented, reactive systems. The formalism is comparable to formalisms such as UML-RT, ROOM, and Statecharts, but is presented here in a framework that allows us to combine the benefits of a visual, hierarchical specification method with the power of LTL model checking provided by SPIN. Like comparable formalisms, VIP can describe hierarchies of behaviour and of system structure. The formalism is designed to be transparent to the SPIN model checker itself, by allowing all central constructs to be translated mechanically...
We present an application of the Spin model-checker in Testbed, a framework for business process ree...
This paper reports on an experience in formal verification using SPIN. The analyzed system is the S...
Component-based systems can be modeled as black-box, standalone components, coordinated by an intera...
We describe the design of VIP, a graphical front-end to the model checker SPIN. VIP supports a visua...
We describe the design of VIP, a graphical front-end to the model checker SPIN. VIP supports a visua...
We describe the Visual Interface to Promela (VIP) tool that we have recently implemented. VIP suppor...
We present an executable formalization of the language Promela, the description language for models ...
We present an executable formalization of the language Promela, the description language for models ...
We present a discrete-time extension of Promela, a high level modelling language for the specificati...
The language χ has been developed for modeling of industrial systems. To obtain performance measures...
Spin is a general verification tool for proving correctness properties of concurrent/distributed sys...
The language ¿ has been developed for modeling of industrial systems. Its simulator has been success...
SPIN is a model checker for the verification of software systems. SPIN uses a high level language ca...
Nowadays, model checking is recognized as an efficient technology for verifying system properties. T...
Two main types of formal methods have been investigated, formal specification and formal verificatio...
We present an application of the Spin model-checker in Testbed, a framework for business process ree...
This paper reports on an experience in formal verification using SPIN. The analyzed system is the S...
Component-based systems can be modeled as black-box, standalone components, coordinated by an intera...
We describe the design of VIP, a graphical front-end to the model checker SPIN. VIP supports a visua...
We describe the design of VIP, a graphical front-end to the model checker SPIN. VIP supports a visua...
We describe the Visual Interface to Promela (VIP) tool that we have recently implemented. VIP suppor...
We present an executable formalization of the language Promela, the description language for models ...
We present an executable formalization of the language Promela, the description language for models ...
We present a discrete-time extension of Promela, a high level modelling language for the specificati...
The language χ has been developed for modeling of industrial systems. To obtain performance measures...
Spin is a general verification tool for proving correctness properties of concurrent/distributed sys...
The language ¿ has been developed for modeling of industrial systems. Its simulator has been success...
SPIN is a model checker for the verification of software systems. SPIN uses a high level language ca...
Nowadays, model checking is recognized as an efficient technology for verifying system properties. T...
Two main types of formal methods have been investigated, formal specification and formal verificatio...
We present an application of the Spin model-checker in Testbed, a framework for business process ree...
This paper reports on an experience in formal verification using SPIN. The analyzed system is the S...
Component-based systems can be modeled as black-box, standalone components, coordinated by an intera...