Root / Conference Proceedings / 3rd IFAC Workshop "PERIODIC CONTROL SYSTEMS" (PSYCO'07)

• Vladimir N. Belykh, Evgeniya Pankratova
  Synchronization and control in ensembles of periodic and chaotic neuronal elements with time dependent coupling
• Georgy Kostin, Vasily Saurin
  Free Beam Vibration Analysis Based on the Method of Integrodifferential Relations
• Georgy Kostin, Vasily Saurin
  Integrodifferential Approach to Optimal Control Problems of Elastic Beam Motions
• Patrizio Colaneri, Riccardo Scattolini
  Model predictive control, Switched systems, Riccati inequality.
• Asymptotic stabilization of the desired uniform motion in underactuated Hamiltonian systems by linear feedback
• Vera Smirnova, Alexander Shepeljavyi
  A modified frequency-domain criterion for gradient-like behavior of discrete phase systems
• Daniil Iourtchenko
  Optimal control of a linear system subjected to external sinusoidal and white noise excitation
• Zhanybai Zhusubaliyev, Sergey Chevychelov, Erik Mosekilde
  Transition From a Stable Node Equilibrium to Quasiperiodicity in Piecewise-Smooth Systems
• Steve Daley, David Owens, Jari Hatonen, Fan Zhang
  Adjoint Multivariable Repetitive Control Algorithm for Active Control of Vibration
• Henk NIJMEIJER, Jacobus Rooda
  A criterion for nonexistence of limit cycles for differential inclusions
• Roel Berg, Jacobus Rooda
  Performance analysis of harmonically forced nonlinear systems
• Ichiro Jikuya, Ichijo Hodaka
  On Kalman Canonical Decomposition of Linear Periodic Continuous-Time Systems with Real Coefficients
• Dmitry Altshuller
  Frequency-Domain Criterion for Stability of Oscillations in a Class of Nonlinear Feedback Systems
• Nikolay Kuznetsov, Gennady Leonov
  Computation of the first Lyapunov quantity for second-order dynamical system
• Optimal periodic motions of two-mass systems in resistive media
• Dimitri Peaucelle, Christophe Farges, Denis Arzelier
  Robust LFT-based technique for stability analysis of periodic solutions
• Klaus Zimmermann, Igor Zeidis, Mikhail Pivovarov
  Dynamics and Control of a Two-degree-of-freedom Vibration-driven System
• Tatiana Figurina
  Optimal Control of Periodic Motions of Vibration-driven Systems
• Yury Kolokolov, Stanislav Koschinsky, Abdelaziz Hamzaoui, Najib Essounbouli
  Synchronized hysteresis regulator with reference adaptation and hysteresis correction
• Frequency domain conditions for the existence of Bohr almost periodic solutions in evolution equations
• Erik Verriest
  Locomotion of Friction Coupled Systems
• Lukasz Hladowski, Krzysztof Galkowski, Eric Rogers, Paul Lewin, Anton Kummert
  A New Iterative Learning Control Scheme for Linear Time-varying Discrete Systems
• Alexander Churilov, Alexander Shepeljavyi, Alexander Medvedev
  Periodic modes in a mathematical model of testosterone regulation
• Andras Varga, Marco Lovera, Luca Vigano'
  Optimal periodic output feedback control: a continuous time approach
• Yasuhiro Ohara
  Noncausal Linear Periodically Time-Varying Scaling for Discrete-Time Systems
• Henk NIJMEIJER, Nathan van de Wouw, Apostolos Doris, Jan-Kees de Bruin
  Experimental results on output-feedback control of a nonsmooth rotor dynamic system
• Andras Varga
  On computing minimal realizations of periodic descriptor systems
• Nikolay Kuznetsov
  Synchronization of two metronomes on platform with wheels
• Y. Orlov, Luis T. Aguilar, Leonardo Acho, Adan Ortiz
  Asymptotic harmonic generator design via modification of van der Pol oscillator
• Bo Kågström, Daniel Kresser
  Matlab Tools for Solving Periodic Eigenvalue Problems
• Bernhard Lampe, Efim Rosenwasser
  Digital stabilization of linear continuous-time periodic processes with pure delay
• Irina Kudryavtseva
  Algorithm of multiple observer-based synchronization for time-varying two-rotor vibration system
• Dmitry Tomchin
  SWITCHING SPEED-GRADIENT CONTROL OF PASSAGE THROUGH RESONANCE FOR THE TWO-ROTOR VIBRATION UNIT
• Yury Kolokolov, Abdelaziz Hamzaoui, Artem Melikhov, Vadim Tsukanov
  PARAMETRIC STABILITY OF TWO INDUCTION MOTOR MODELS WITH UNSYMMETRICAL CONNECTION TO THE SUPPLY-LINE
• Kwangsoon Lee, Woohyun Yun, Jay H Lee
  Repetitive Control of Simulated Moving Bed Process based on Cubic Spline Collocation Model and Successive Linearization
• Thierry Marie Guerra, Alexandre Kruszewski
  STABILIZATION OF A CLASS OF NONLINEAR MODEL WITH PERIODIC PARAMETERS IN THE TAKAGI-SUGENO FORM
• Lev Ryashko
  MEAN SQUARE STABILITY AND STABILIZATION FOR STOCHASTIC NONLINEAR OSCILLATIONS
• INSTABILITIES OF SPIKING IN CLASS B LASER WITH VIBRATING EXTERNAL MIRROR
• Xiaofang Chen, Cishen Zhang, Jingxin Zhang
  Stability and error analysis of the anti-causal realization of periodic inverse systems
• Ilya I. BLEKHMAN, Dmitry Indeitsev
  Slow motions in systems with inertially excited vibrations
• Self-excited oscillations systems with switchings: theory, calculations and investigations.
• Alexander B. KURZHANSKI, Alexander Daryin
  Closed-Loop Impulse Control of Oscillating Systems
• Federico Bartolozzi
  Bearing for Earthquake Isolation with Double Sliding Horizontal Surface
• Federico Bartolozzi
  Sliding Liquid Surface in Earthquake Isolation Bearing
• Agnessa Kovaleva
  Locally-optimal control for resonance oscillations in a nonlinear system with bounded perturbations
• Ping Zhang, Steven X. Ding
  On some norms of linear discrete-time periodic systems
• Harry Hurd
  Empirical Determination of the Frequencies of an Almost Periodic Time Series
• Andras Varga, Stefan Johansson, Bo Kågström, Anton Shiriaev
  Comparing one-shot and multi-shot methods for solving periodic Riccati differential equations
• Andras Varga
  An overview of recent developments in computational methods for periodic system
• Vladimir Belykh, Martin Hasler
  Synchronization Stability in Oscillator Networks: Solution for Asymmetrical Configurations
• Lev Ryashko, Irina Bashkirtseva, Henri Schurz
  STOCHASTIC BIFURCATIONS FOR THE RANDOM FORCED OSCILLATIONS
• Sergei Gusev, Anton Shiriaev, Leonid Freidovich
  LMI approach for solving periodic matrix Riccati equation
• Alexander Fradkov, Denis Efimov
  HYBRID ADAPTIVE RESONANCE CONTROL OF VIBRATION MACHINES: THE DOUBLE MASS CASE