Abstract State Machines (ASM) is a powerful means for modelling and analysing various kinds of system, software as well as hardware systems. Our aim is to support the ASM method with tools for analysis. For this concern we use the ASM Workbench as a core tool. In this work we introduce an interface from the ASM Workbench to the MDG package. This package provides basic functionality and algorithms for Multiway Decision Diagrams (MDG) that are sufficient to develop a model checker for our needs. These needs are determined by our experience in model checking ASM on various examples so far. Our claim is that the use of MDG is very well suited for model checking ASM
Model checking is a technique for finding errors in systems and algorithms. The tech nique requires ...
Integrating formal verification techniques into the hardware design process provides the means to ri...
Symbolic model-checking tools encounter state-explosion problem when verifying designs with large da...
In this paper we describe an approach to interface Abstract State Machines (ASM) with Multiway Decis...
We present a framework for the formal verification of abstract state machine (ASM) designs using the...
Model checking the design of a software system can be supported by providing an interface from a hig...
AbstractModel checking the design of a software system can be supported by providing an interface fr...
In this paper, we present a formal hardware verification framework linking ASM with MDG. ASM (Abstra...
Abstract State Machines (ASM) ist eine formale Spezifikationssprache, die es erlaubt, auf einem hohe...
Model checking as a method for automatic tool support for verification highly stimulates industry's ...
In this paper, we discuss the use of a model checker in combination with the specification method of...
In this paper, we discuss the use of a model checker in combination with the specification method of...
Model checking is a computer-assisted method for the analysis of dynamical systems that can be model...
This paper presents AsmetaSMV, a model checker for Abstract State Machines (ASMs). It has been devel...
Model checking is known as an automatic verification technique which can be applied very efficiently...
Model checking is a technique for finding errors in systems and algorithms. The tech nique requires ...
Integrating formal verification techniques into the hardware design process provides the means to ri...
Symbolic model-checking tools encounter state-explosion problem when verifying designs with large da...
In this paper we describe an approach to interface Abstract State Machines (ASM) with Multiway Decis...
We present a framework for the formal verification of abstract state machine (ASM) designs using the...
Model checking the design of a software system can be supported by providing an interface from a hig...
AbstractModel checking the design of a software system can be supported by providing an interface fr...
In this paper, we present a formal hardware verification framework linking ASM with MDG. ASM (Abstra...
Abstract State Machines (ASM) ist eine formale Spezifikationssprache, die es erlaubt, auf einem hohe...
Model checking as a method for automatic tool support for verification highly stimulates industry's ...
In this paper, we discuss the use of a model checker in combination with the specification method of...
In this paper, we discuss the use of a model checker in combination with the specification method of...
Model checking is a computer-assisted method for the analysis of dynamical systems that can be model...
This paper presents AsmetaSMV, a model checker for Abstract State Machines (ASMs). It has been devel...
Model checking is known as an automatic verification technique which can be applied very efficiently...
Model checking is a technique for finding errors in systems and algorithms. The tech nique requires ...
Integrating formal verification techniques into the hardware design process provides the means to ri...
Symbolic model-checking tools encounter state-explosion problem when verifying designs with large da...