This paper presents the new investigations on the disturbance decoupling problem (DDP)
for the geometric control of max-plus linear systems. The classical DDP concept in the …

This paper presents an integrated control strategy solving disturbance decoupling of max-
plus linear systems. The classical disturbance decoupling problem (DDP) in geometric …

This paper presents the new investigations on the disturbance decoupling problem (DDP) in
the geometric control of max-plus linear systems. Due to the monotone nondecreasing …

Max-plus linear systems are often used to model timed discrete-event systems, which
represent system operations as discrete sequences of events in time. This paper presents …

This paper presents robust controllers solving the disturbance decoupling problem (DDP) of
a class of uncertain max-plus linear systems, whose system matrices vary between intervals …

The max-plus linear systems have been studied for almost three decades, however, a well-
established system theory on such specific systems is still an on-going research. The …

Max-plus algebra is a suitable algebraic setting to model discrete event systems involving
synchronization and delay phenomena which are often found in transportation networks …

Max-plus-linear systems efficiently describe the dynamics of event time sequences of a class
of discrete event systems. The present contribution addresses the problem of designing …

The aim of this paper is to study a control problem for a class of restriction, which appears in
design of feedback controllers for timed discrete event systems, taking performance …

The aim of the presented work is the control of Timed Event Graph to meet tight temporal
constraints. The problem of temporal constraints is formulated in terms of control of linear …