AbstractUndecidability of the reachability problem is ubiquitous in the context of hybrid automata. Being mostly based on either bounded reachability or on the notion of simulation preorder, current techniques for the approximated reachability analysis force to choose between under- and over-approximations.In this paper, we introduce a novel method for the reachability analysis of hybrid automata featuring (1) the ability of combining the certification and the falsification of reachability properties, and (2) the applicability to highly expressive families of hybrid automata, whose dynamics are not amenable to an exact representation
We consider the reachability problem on semi-algebraic hybrid automata. In particular, we deal with ...
Many natural systems exhibit a hybrid behavior characterized by a set of continuous laws which are s...
Automatic safety verification of hybrid systems typically involves computing precise reach sets of s...
Ariadne is an in-progress open environment to design algorithms for computing with hybrid automata, ...
Hybrid automata are a powerful formalism for the representation of systems evolving according to bot...
A new approach is presented for computing approximations of the reached sets of linear hybrid automa...
AbstractHybrid automata are a powerful formalism for the representation of systems evolving accordin...
Hybrid automata are a natural framework for modeling and analyzing systems which exhibit a mixed dis...
To my grandmother Annetta. Hybrid automata are suitable mathematical models to the description of sy...
The reachability problem for hybrid automata is undecidable, even for linear hybrid automata. This n...
AbstractHybrid automata model systems with both digital and analog components, such as embedded cont...
Hybrid systems—more precisely, their mathematical models—can exhibit behaviors, like Zeno behaviors,...
Many natural systems exhibit a hybrid behavior characterized by a set of continuous laws which are s...
Abstract: Ariadne is an in-progress open environment to design algorithms for computing with hybrid ...
Hybrid automata are a natural framework for modeling and analyzing systems which exhibit a mixed dis...
We consider the reachability problem on semi-algebraic hybrid automata. In particular, we deal with ...
Many natural systems exhibit a hybrid behavior characterized by a set of continuous laws which are s...
Automatic safety verification of hybrid systems typically involves computing precise reach sets of s...
Ariadne is an in-progress open environment to design algorithms for computing with hybrid automata, ...
Hybrid automata are a powerful formalism for the representation of systems evolving according to bot...
A new approach is presented for computing approximations of the reached sets of linear hybrid automa...
AbstractHybrid automata are a powerful formalism for the representation of systems evolving accordin...
Hybrid automata are a natural framework for modeling and analyzing systems which exhibit a mixed dis...
To my grandmother Annetta. Hybrid automata are suitable mathematical models to the description of sy...
The reachability problem for hybrid automata is undecidable, even for linear hybrid automata. This n...
AbstractHybrid automata model systems with both digital and analog components, such as embedded cont...
Hybrid systems—more precisely, their mathematical models—can exhibit behaviors, like Zeno behaviors,...
Many natural systems exhibit a hybrid behavior characterized by a set of continuous laws which are s...
Abstract: Ariadne is an in-progress open environment to design algorithms for computing with hybrid ...
Hybrid automata are a natural framework for modeling and analyzing systems which exhibit a mixed dis...
We consider the reachability problem on semi-algebraic hybrid automata. In particular, we deal with ...
Many natural systems exhibit a hybrid behavior characterized by a set of continuous laws which are s...
Automatic safety verification of hybrid systems typically involves computing precise reach sets of s...