textabstractBehaviours provide an elegant, parameter free characterization of deterministic systems. We discuss a possible application of behaviours in the approximation of stochastic systems. This can be seen as an extension to the dynamic case of the well-known static factor analysis model. An essential difference is that we see modelling primarily as a matter of process approximation, not as a method to recover the true data generating process. In particular we see "noise properties" as a kind of prior model assumption that can be compared with the resulting quality of the process approximation
Nonlinear dynamical systems, although strictly deterministic, often exhibit chaotic behavior which a...
Stochastic approximation is a common paradigm for many stochastic recursions arising both as algorit...
The dynamics of a large class of non-linear systems are described implicitly, i.e. as a combination ...
Behaviours provide an elegant, parameter free characterization of deterministic systems. We discuss ...
textabstractThis paper concerns the modelling of stochastic processes by means of dynamic factor mod...
The purpose of this paper is to extend the deterministic behavioural theory of J.C. Willems to a sto...
Stochastic approximation methods have been widely used in random processes with reinforcement. Appli...
Linear dynamical relations that may exist in continuous-time, or at some natural sampling rate, are ...
Stochastic approximation algorithms are iterative procedures which are used to approximate a target ...
A crucial goal in many experimental fields and applications is achieving sparse signal approximation...
Using the formalism of the Ruelle response theory, we study how the invariant measure of an Axiom A ...
Stochastic parametrization of short-scale processes is revisited in an idealized setting in which th...
Abstract Background The quasi steady-state approximat...
STOCHASTIC PROCESS Abstract. Discrepancy between discrete models and continuous theoretical ones is ...
abstract (abridged): many of the present problems in automatic control economic systems and living o...
Nonlinear dynamical systems, although strictly deterministic, often exhibit chaotic behavior which a...
Stochastic approximation is a common paradigm for many stochastic recursions arising both as algorit...
The dynamics of a large class of non-linear systems are described implicitly, i.e. as a combination ...
Behaviours provide an elegant, parameter free characterization of deterministic systems. We discuss ...
textabstractThis paper concerns the modelling of stochastic processes by means of dynamic factor mod...
The purpose of this paper is to extend the deterministic behavioural theory of J.C. Willems to a sto...
Stochastic approximation methods have been widely used in random processes with reinforcement. Appli...
Linear dynamical relations that may exist in continuous-time, or at some natural sampling rate, are ...
Stochastic approximation algorithms are iterative procedures which are used to approximate a target ...
A crucial goal in many experimental fields and applications is achieving sparse signal approximation...
Using the formalism of the Ruelle response theory, we study how the invariant measure of an Axiom A ...
Stochastic parametrization of short-scale processes is revisited in an idealized setting in which th...
Abstract Background The quasi steady-state approximat...
STOCHASTIC PROCESS Abstract. Discrepancy between discrete models and continuous theoretical ones is ...
abstract (abridged): many of the present problems in automatic control economic systems and living o...
Nonlinear dynamical systems, although strictly deterministic, often exhibit chaotic behavior which a...
Stochastic approximation is a common paradigm for many stochastic recursions arising both as algorit...
The dynamics of a large class of non-linear systems are described implicitly, i.e. as a combination ...