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Toplam kayıt 72, listelenen: 1-10
Robust rate-based flow controllers for high-speed networks: The case of uncertain time-varying multiple time-delays
(IEEE, 2000)
An H-infinity based robust controller is designed for a rate-feedback flow-control problem in single-bottleneck data-communication networks. The controller is robust to uncertain time-varying multiple time-delays in different ...
Comparison of H-infinity and mu-synthesis based flow controllers for high-speed networks with multiple time delays
(IEEE, 2001)
A flow controller design approach based on mu-synthesis is proposed. The performances of the resulting controllers and the H-infinity controllers designed based on an approach proposed earlier, are compared.
Supervisory controller design for timed Petri Nets
(IEEE, 2006)
A method, called "stretching ", is introduced to represent timed Petri nets. Using this method, a new Petri net, called "stretched Petri net", which has only unit delays, is obtained to represent a timed-transition Petri ...
A decentralized control approach for transportation networks
(Pergamon Press LTD, 1999)
A decentralized control approach for transportation networks to prevent traffic congestion is presented. The approach was developed by considering flow control and routing control together. The control algorithm is based ...
Decentralized control design for interconnected discrete-event systems
(Pergamon-Elsevier Science LTD, 2001)
Interconnected discrete-event systems are studied in this paper. Petri nets are used to model these systems. A decentralized controller design approach, based on overlapping decompositions, is described for such systems. ...
Overlappingl
(IFAC Secretariat, 2002)
Overlapping decompositions and expansions of discrete-event systems (DESs) modeled by automata or formal languages are considered. Inclusion principle for such systems is defined. A decentralized supervisory controller ...
Stable H? flow controller design
(2009)
Stable H? controller design, for a flow control problem which involves multiple time-delays, is considered. An algorithm, which produces a stable controller apart from the integral action, is developed utilizing a rational ...
An inclusion principle for discrete-event and hybrid systems
(IEEE, 1997)
Hybrid systems, which consist of continuous-state and discrete-state parts are considered. It is assumed that the discrete-state part of the system is event-driven. Inclusion and extension principles are first defined for ...
An integrated routing and flow control algorithm for data-communication networks
(Acta Press Anaheim, 2006)
Routing and congestion control problems in data-communication networks are considered. A controller which acts both as a flow controller and a routing controller is presented. The controller is decentralized in the sense ...
Controller Design Using Extension for Neutral Distributed-time-delay Systems
(IEEE, 2017)
Extension principle is first defined for neutral distributed-time-delay systems. Necessary and sufficient conditions for one such system being an extension of the other are then presented. Contractibility of controllers ...