Analysis of Controlled Dynamical Systems

On the Dynamic Behavior of the Novelty Detector and the Novelty Filter.- Newton Diagrams and Tangent Cones to Attainable Sets.- Transitivity and Forward Accessibility of Discrete-Time Nonlinear Systems.- The Behavior of Super-Articulated Mechanisms Subject to Periodic Forcing.- On the Topological Structure of Inner Functions and its use in Identification of Linear Systems.- Groups and Signals.- Geometric Time Optimal Control in Batch Reactors.- Discrete Wavelets and Fast Wavelet Transform.- Nilpotent Approximations and Optimal Trajectories.- Feedback Equivalence to Passive Nonlinear Systems.- On the Agonistic-Antagonistic Equilibration and its Control.- Application of Symmetry Semi-Groups to Discrete and Continuous Time Filtering Problems.- A Non-Holonomic Dynamic Interpolation Problem.- Quadratic Symmetries for the Woodward Ambiguity Function.- The Structure of Nonlinear Systems Revisited.- Finite Morphisms of Differential Algebraic Varieties and Elimination Theory.- Formules d’inversion.- A Fundamental Result on the Invertibility of Discrete Time Dynamics.- Nonlinear Regulators and Ritt’s Remainder Algorithm.- Topological Properties of Observer’s Inputs.- Dynamic Disturbance Decoupling for Nonlinear Systems: The Nonsquare and Noninvertible Case.- Input/Output Behaviour of Nonlinear Analytic Systems: Rational Approximations, Nilpotent Structural Approximations.- Feedback Classification of Analytic Control Systems in the Plane.- Optimal Control Problems on Lie Groups.- Families of Dilations and Asymptotic Stability.- Degree Two Normal Forms of Control Systems and the Generalized Legendre Clebsch Condition.- Combinatorial Approximations of Volterra Series by Bilinear Systems.- Local Identification of Nonlinear Systems, Bifurcations and Normal Forms.- Complex NonInteger Derivation in Robust Control Through the Crone Control.- Global Aspects of Feedback Equivalence for a Parametrized Family of Systems.- Disturbance Decoupling via Dynamic Feedback.- Nonlinear Control Systems: Topological Properties of Trajectory Space.- On Maximum Principles.- The Leading Term of a Control Variation.- Duality for Linear Systems: External and State Space Characterization of the Adjoint System.