Feedback control for communication and traffic networks
Proceedings of SPIE
Society of Photo-optical Instrumentation Engineers (SPIE)
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The main objective of this article is to develop techniques of robust control and their applications to communication and transportation networks. Three following problems will be studied in detail: (1) Resource Sharing: These systems belong to a class of hybrid systems where the plant to be controlled is a continuous drift free system, and the controller is implemented as a FSM. (2) Admission Control. Ramp metering control problem can be studied in either distributed or lumped parameter setting. These two settings to an isolated case have been studied by the authors and solutions for these have been obtained. (3) Traffic Routing. Traditionally both kinds of network systems have been treated using static optimization methods for congestion control. The traffic routing problem for both types of networks can be solved either in user-equilibrium setting or system-optimal. In user-equilibrium, the aim of the controller is to obtain equal travel times on alternate routes. In system-optimal, the aim is to obtain minimum total travel time on the entire network.
Feedback control systems; Robust control; Traffic engineering; Travel time
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Ball, J. A.,
Day, M. V.,
Midkiff, S. F.,
Lee, D. C.
Feedback control for communication and traffic networks.
Proceedings of SPIE, 3525
Society of Photo-optical Instrumentation Engineers (SPIE).