Abstract—Automata with multiplicities over the (max,+) semiring can be used to represent the behavior of timed discrete event systems. This formalism which extends both conventional automata and (max,+) linear representations covers a class of systems with synchronization phenomena and variable sched-ules. Performance evaluation is considered in the worst, mean, and optimal cases. A simple algebraic reduction is provided for the worst case. The last two cases are solved for the subclass of deterministic series (recognized by deter-ministic automata). Deterministic series frequently arise due to the finiteness properties of (max,+) linear projective semigroups. The mean performance is given by the Kolmogorov equation of a Markov chain. The o...
The objective of this paper is to provide a concise introduction to the max-plus algebra and to max-...
\u3cp\u3eThis paper presents a partial-order reduction method for performance analysis of max-plus t...
A new framework for control of (max,+) automata is introduced. The tensor product of their linear re...
A large class of timed discrete event systems can be modeled thanks to (max,+)-automata, that is aut...
A large class of timed discrete event systems can be modeled by means of (max,+) automata, that is a...
The work presented in this thesis deals with the modeling of discrete event systems using (max,+) au...
We show that a typical class of timed concurrent systems can be modeled as automata with multiplicit...
Abstract. Exotic semirings such as the “(max;+) semiring” (R [ f1g;max;+), or the “tropical semiring...
Automata with weights (multiplicities) in the so called (max,+) semiring constitutea class of timed ...
This paper presents a partial-order reduction method for performance analysis of max-plus timed syst...
This paper presents a partial-order reduction method for performance analysis of max-plus timed syst...
This paper presents a partial-order reduction method for performance analysis of max-plus timed syst...
This paper presents a partial-order reduction method for performance analysis of max-plus timed syst...
This paper presents a partial-order reduction method for performance analysis of max-plus timed syst...
This paper is devoted to the survey of some automata-theoretic aspects of different exotic semirings...
The objective of this paper is to provide a concise introduction to the max-plus algebra and to max-...
\u3cp\u3eThis paper presents a partial-order reduction method for performance analysis of max-plus t...
A new framework for control of (max,+) automata is introduced. The tensor product of their linear re...
A large class of timed discrete event systems can be modeled thanks to (max,+)-automata, that is aut...
A large class of timed discrete event systems can be modeled by means of (max,+) automata, that is a...
The work presented in this thesis deals with the modeling of discrete event systems using (max,+) au...
We show that a typical class of timed concurrent systems can be modeled as automata with multiplicit...
Abstract. Exotic semirings such as the “(max;+) semiring” (R [ f1g;max;+), or the “tropical semiring...
Automata with weights (multiplicities) in the so called (max,+) semiring constitutea class of timed ...
This paper presents a partial-order reduction method for performance analysis of max-plus timed syst...
This paper presents a partial-order reduction method for performance analysis of max-plus timed syst...
This paper presents a partial-order reduction method for performance analysis of max-plus timed syst...
This paper presents a partial-order reduction method for performance analysis of max-plus timed syst...
This paper presents a partial-order reduction method for performance analysis of max-plus timed syst...
This paper is devoted to the survey of some automata-theoretic aspects of different exotic semirings...
The objective of this paper is to provide a concise introduction to the max-plus algebra and to max-...
\u3cp\u3eThis paper presents a partial-order reduction method for performance analysis of max-plus t...
A new framework for control of (max,+) automata is introduced. The tensor product of their linear re...