SpinJa is a model checker for promela, implemented in Java. SpinJa is designed to behave similarly to Spin, but to be more easily extendible and reusable. Despite the fact that SpinJa uses a layered object-oriented design and is written in Java, SpinJa's performance is reasonable: benchmark experiments have shown that, in exhaustive mode, SpinJa is about five times slower than the highly optimized Spin. For bitstate verification runs the difference is only a factor of two. © 2010 Springer-Verlag
The main limitation of software model checking is that, due to state explosion, it does not scale to...
We describe the design of VIP, a graphical front-end to the model checker SPIN. VIP supports a visua...
AbstractThis paper presents an approach for the automated debugging of reactive and concurrent Java ...
We show how PROMELA can be supported by the high-performance generic model checking tools of LTSMIN....
AbstractWe show how Promela can be supported by the high-performance generic model checker LTSmin.Th...
In model checking a formal model of a software system is constructed. That model is verified against...
Spin in Java (SpinJa) is an explicit state model checker for the Promela modelling language also use...
Abstract — The Java programming language supports con-currency. Concurrent programs are harder to ve...
In this paper we present the SpinCause tool for causality checking of Promela and PRISM models. We g...
Simple Promela Interpreter (Spin) is a model checker that uses Protocol Meta Language (PROMELA) to d...
Human beings have gradually become dependent on computers, and more specifically, the software that ...
Abstract. Java bytecode verification is traditionally performed by a polynomial time dataflow algori...
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 ...
Abstract. In this paper we examine the difference between model check-ing high-level and low-level m...
The main limitation of software model checking is that, due to state explosion, it does not scale to...
We describe the design of VIP, a graphical front-end to the model checker SPIN. VIP supports a visua...
AbstractThis paper presents an approach for the automated debugging of reactive and concurrent Java ...
We show how PROMELA can be supported by the high-performance generic model checking tools of LTSMIN....
AbstractWe show how Promela can be supported by the high-performance generic model checker LTSmin.Th...
In model checking a formal model of a software system is constructed. That model is verified against...
Spin in Java (SpinJa) is an explicit state model checker for the Promela modelling language also use...
Abstract — The Java programming language supports con-currency. Concurrent programs are harder to ve...
In this paper we present the SpinCause tool for causality checking of Promela and PRISM models. We g...
Simple Promela Interpreter (Spin) is a model checker that uses Protocol Meta Language (PROMELA) to d...
Human beings have gradually become dependent on computers, and more specifically, the software that ...
Abstract. Java bytecode verification is traditionally performed by a polynomial time dataflow algori...
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 ...
Abstract. In this paper we examine the difference between model check-ing high-level and low-level m...
The main limitation of software model checking is that, due to state explosion, it does not scale to...
We describe the design of VIP, a graphical front-end to the model checker SPIN. VIP supports a visua...
AbstractThis paper presents an approach for the automated debugging of reactive and concurrent Java ...