Selected Papers. Robust Stabilization. Control of dead-time systems based on a transformation (Q.-C. Zhong).
Feedback Control Design. On a generalization of PID regulators for delay systems (M. Fliess et al.). Anisochronic state feedback design compensating for system delays (P. Zítek et al.) On decoupling of linear time delay systems by output feedback (R. Rabah, M. Malabre).
Plenary Paper. Stability, control and small delays (J.K. Hale).
Application in Engineering and Manufacturing. On closed-loop stability for mechanical systems with input delays (D. Ivanescu et al.). Control of microwave-propelled sails using delayed measurements (E. Schamiloglu et al.). Stability analysis of roll grinding delay system (L.H. Yuan et al.). Numerical simulation of dynamic rolling contact including delay effect from cover layer (V.-M. Järvenpää, L.H. Yuan).
Stability and Control of Time-Delay Systems. Stabilization of linear time-delay systems with anti-stable eigenvalues under amplitude and rate saturation (S. Tarbouriech et al.). Delay-independent circle criterion and Popov criterion (P.-A. Bliman). Improved performance for open-channel hydraulic systems using intermediate measurements (X. Litrico).
Stability and Tracking . Robust stability of time delay systems: Theory (J. Chiasson, C. Abdallah). Frequency domain stability criterion for discrete delay systems (E.I. Verriest). Tracking and disturbance attenuation for time delay systems in a robust sense (R. Prokop et al.).
Stability Analysis. Necessary and sufficient stability criteria for linear systems with delays (B. XU). A revisit of some delay-dependent stability criteria for uncertain time-delay systems (K. Gu, Q.-L. Han).
Delay dependent stability of scalar discrete delay systems (E.I. Verriest). Matrix convex directions for time delay systems (J. Santos et al.).
Application In Network and Computing. On delay robustness analysis of a simple control algorithm in high-speed networks (S.-I. Niculescu). Time Delay And Power Control In Spread Spectrum Wireless Networks (A.I. El-Osery et al.). Stability of communications networks in the presence of delays (C. Abdallah, J. Chiasson). Load balancing instabilities due to time delays in parallel computations (C. Abdallah et al.).
Numerical Computation and Implementation. An asymptotically stable approach in the numerical solution of delay differential equations (S. Maset). A free-stepsize implementation of second order stable methods for neutral delay differential equations (A. Bellen, M. Zennaro).
Numerical computation of characteristic roots for delay differential equations (D. Breda et al.). Implementation of a distributed control law for a class of systems with delay (V. Van Assche et al.).
Spectrum Assignment and Sliding Mode Control. Robust eigenvalue assignment for uncertain delay control systems (L. Fridman et al.). Relay control of oscillations amplitudes for systems with delay (L. Fridman et al.). Sliding mode control of systems with distributed delay (F. Gouaisbaut et al.).
Nonlinear and Learning Control. Stability of time varying nonlinear difference equations with continuous time (P. Pepe). Triangular forms for nonlinear time-delay systems (L.A. Marquez et al.). Global stabilization of multiple integrators with time-delay and input constraints (W. Michiels, D. Roose).
Modeling, Identification and Passivity. Optimal estimation and control of continuous systems with time-varying delays (M.V. Basin, M. Skliar). Rapid multi-model identification in systems with delays (S.L. Campbell et al.). Stability criteria for linear time-delay systems with multiple passive uncertainties (Q.-L. Han, K. Gu).
These Proceedings contain the papers presented at the 3rd IFAC International Workshop on Time Delay Systems, Santa Fe, New Mexico, USA, 8 - 10 December 2001.
The first workshop in this series took place in Grenoble, France, 1998 and the second workshop was held in Ancona, Italy, 2000. This workshop's scope has expanded to include nonlinear systems. This workshop also contains various "new" applications of delay systems including those of communication networks and computing. The effects of delay are currently being felt in many research areas and this workshop was held in an attempt to bring together researchers from various technical fields in order to advance our understanding of delay phenomena in dynamical systems.
For systems and control engineers, mathematicians and researchers interested in time delay systems.
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- © Pergamon 2002
- 21st August 2002
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Department of Mechanical & Industrial Engineering, Southern Illinois University, Edwardsville, Illinois, USA
Department of Electrical & Computer Engineering, University of New Mexico, USA
Université de Technologie de Compiégne, France