In this paper, we present a method for automatic verification of real-time control programs running on LEGO(R) RCX(TM) bricks using the verification tool UPPALL. The control programs, consisting of a number of tasks running concurrently, are automatically translated into the mixed automata model of UPPAAL. The fixed scheduling algorithm used by the LEGO(R) RCX(TM) processor is modeled in UPPALL, and supply of similar (sufficient) timed automata models for the environment allows analysis of the overall real-time system using the tools of UPPALL. To illustrate our technique for sorting LEGO(R) bricks by color
Abstract. Uppaal is a tool for modeling, simulation and verification of real-time systems, developed...
International audienceThe Anaxagore Project provides a component-based design ow for reconfigurable ...
Abstract. We present a framework for the development of real-time embedded systems based on timed au...
In this paper, we present a method for automatic verificationof real-time control programs running o...
The purpose of this document is to provide a complete description of Uppaal, including its theoretic...
Abstract This paper proposes two approaches to tool-supported automatic verification of dense real-t...
Formal methods are becoming mature enough to be used on nontrivial examples. They are particularly w...
Formal methods are becoming mature enough to be used on non trivial examples. They are particularly ...
Since it is an important issue for users and system designers, verification of PLC programs has alre...
Since real-time systems often operate in safety-critical environments it is extremely important that...
Abstract—Controller automata are a formal theory to model and analyze real-time systems with mutex c...
The formal verification of a real-time system requires either a proof theoretic or model theoretic ...
The tool Moby/RT supports the design of realtime systems at the levels of requirements, design speci...
) Kim G. Larsen y Paul Pettersson z Wang Yi z Uppsala University Uppaal 1 is a new tool suit ...
synchronizers, timed automata, UPPAAL, Java. This paper describes the design and implementation of a...
Abstract. Uppaal is a tool for modeling, simulation and verification of real-time systems, developed...
International audienceThe Anaxagore Project provides a component-based design ow for reconfigurable ...
Abstract. We present a framework for the development of real-time embedded systems based on timed au...
In this paper, we present a method for automatic verificationof real-time control programs running o...
The purpose of this document is to provide a complete description of Uppaal, including its theoretic...
Abstract This paper proposes two approaches to tool-supported automatic verification of dense real-t...
Formal methods are becoming mature enough to be used on nontrivial examples. They are particularly w...
Formal methods are becoming mature enough to be used on non trivial examples. They are particularly ...
Since it is an important issue for users and system designers, verification of PLC programs has alre...
Since real-time systems often operate in safety-critical environments it is extremely important that...
Abstract—Controller automata are a formal theory to model and analyze real-time systems with mutex c...
The formal verification of a real-time system requires either a proof theoretic or model theoretic ...
The tool Moby/RT supports the design of realtime systems at the levels of requirements, design speci...
) Kim G. Larsen y Paul Pettersson z Wang Yi z Uppsala University Uppaal 1 is a new tool suit ...
synchronizers, timed automata, UPPAAL, Java. This paper describes the design and implementation of a...
Abstract. Uppaal is a tool for modeling, simulation and verification of real-time systems, developed...
International audienceThe Anaxagore Project provides a component-based design ow for reconfigurable ...
Abstract. We present a framework for the development of real-time embedded systems based on timed au...