The theory of (random) dynamical systems is a framework for the analysis of large time behaviour of time-evolving systems (driven by noise). These notes contain an elementary introduction to the theory of both dynamical and random dynamical systems. The subject matter is made accessible by means of very simple examples and highlights relationships between the deterministic and the random theories
The present work is devoted to the following question: What is the relation between the deterministi...
The present work is devoted to the following question: What is the relationship between the determin...
We consider the linear and quadratic higher-order terms associated with the response of the statisti...
The theory of (random) dynamical systems is a framework for the analysis of large time behaviour of ...
The theory of (random) dynamical systems is a framework for the analysis of large time behaviour of...
This book studies ergodic-theoretic aspects of random dynam- ical systems, i.e. of deterministic sys...
We introduce a measure of complexity in terms of the average number of bits per time unit necessary ...
We discuss some recent results related to the deduction of a suitable probabilistic model for the de...
Signals are the object of communication systems and as such the vehicle for communications. In parti...
In 2019 it has been estimated that the amount of digital data in the world is 40 zettabytes, 40 time...
Thesis (Ph.D.)--University of Washington, 2018Stochastic dynamical systems, as a rapidly growing are...
We incorporate randomness into deterministic theories and compare analytically and numerically some ...
This paper surveys recent advances in the application of random dynamical systems theory in economic...
AbstractNonlinearity and noise play a significant role in an enormous range of subjects across the e...
Surveys topics in the theory and applications of dynamical systems subject to random shocks
The present work is devoted to the following question: What is the relation between the deterministi...
The present work is devoted to the following question: What is the relationship between the determin...
We consider the linear and quadratic higher-order terms associated with the response of the statisti...
The theory of (random) dynamical systems is a framework for the analysis of large time behaviour of ...
The theory of (random) dynamical systems is a framework for the analysis of large time behaviour of...
This book studies ergodic-theoretic aspects of random dynam- ical systems, i.e. of deterministic sys...
We introduce a measure of complexity in terms of the average number of bits per time unit necessary ...
We discuss some recent results related to the deduction of a suitable probabilistic model for the de...
Signals are the object of communication systems and as such the vehicle for communications. In parti...
In 2019 it has been estimated that the amount of digital data in the world is 40 zettabytes, 40 time...
Thesis (Ph.D.)--University of Washington, 2018Stochastic dynamical systems, as a rapidly growing are...
We incorporate randomness into deterministic theories and compare analytically and numerically some ...
This paper surveys recent advances in the application of random dynamical systems theory in economic...
AbstractNonlinearity and noise play a significant role in an enormous range of subjects across the e...
Surveys topics in the theory and applications of dynamical systems subject to random shocks
The present work is devoted to the following question: What is the relation between the deterministi...
The present work is devoted to the following question: What is the relationship between the determin...
We consider the linear and quadratic higher-order terms associated with the response of the statisti...