The language ¿ has been developed for modeling of industrial systems. Its simulator has been successfully used in many industrial areas for obtaining performance measures. For functional analysis simulation is less applicable and such analysis can be done in other environments. The purpose of this paper is to describe an automatic translator from ¿ to Promela, the input language of the well known model-checker Spin. We highlight the differences between the two languages and show, in a step by step manner, how some of them can be resolved. We conclude by giving a translation scheme and apply the translator in a small industrial case study
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...
This paper reports on an experience in formal verification using SPIN. The analyzed system is the S...
The language ¿ has been developed for modeling of industrial systems. Its simulator has been success...
The language χ has been developed for modeling of industrial systems. To obtain performance measures...
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 ...
Nowadays, the cost of program errors is increasing from day to day, so software reliability becomes ...
Spin is a general verification tool for proving correctness properties of concurrent/distributed sys...
This paper presents an approach to P systems verification using the Spin model checker. A tool whic...
This paper addresses the problem of automatically verifying correctness of concurrent algorithms, e....
We present an application of the Spin model-checker in Testbed, a framework for business process ree...
Nowadays, due to increasing system complexity and growing competition and costs, industry makes high...
Nowadays, due to increasing system complexity and growing competition and costs, industry makes high...
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 design of VIP, a graphical front-end to the model checker SPIN. VIP supports a visua...
This paper reports on an experience in formal verification using SPIN. The analyzed system is the S...
The language ¿ has been developed for modeling of industrial systems. Its simulator has been success...
The language χ has been developed for modeling of industrial systems. To obtain performance measures...
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 ...
Nowadays, the cost of program errors is increasing from day to day, so software reliability becomes ...
Spin is a general verification tool for proving correctness properties of concurrent/distributed sys...
This paper presents an approach to P systems verification using the Spin model checker. A tool whic...
This paper addresses the problem of automatically verifying correctness of concurrent algorithms, e....
We present an application of the Spin model-checker in Testbed, a framework for business process ree...
Nowadays, due to increasing system complexity and growing competition and costs, industry makes high...
Nowadays, due to increasing system complexity and growing competition and costs, industry makes high...
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 design of VIP, a graphical front-end to the model checker SPIN. VIP supports a visua...
This paper reports on an experience in formal verification using SPIN. The analyzed system is the S...