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KOLÁŘOVÁ, E. BRANČÍK, L.
Original Title
Stochastic differential equations describing systems with coloured noise
Type
journal article in Scopus
Language
English
Original Abstract
In this paper we deal with stochastic differential equations, that describe systems effected by coloured noise. In electrical systems this can be the case, when e.g. transmission line is modelled by means of proper higher-order ladder network. We define the mathematical representation of the coloured noise as a solution of the Langevin equation and formulate the corresponding It\^{o} type stochastic differential equation. Applying this theory we derive the stochastic model of the network and find sets of individual stochastic trajectories numerically via a stochastic version of the backward Euler scheme. Afterwards respective confidence intervals are computed statistically while utilizing Student's t distribution. The theoretical results are illustrated by an example of a higher-order ladder network. Numerical simulations in the example are carried out using Matlab.
Keywords
Stochastic integral equations; Wiener process; Ito formula; white noise; coloured noise; higher-order ladder network; transmission line model
Authors
KOLÁŘOVÁ, E.; BRANČÍK, L.
Released
31. 12. 2018
Publisher
Mathematical Institute, Slovak Academy of Sciences
Location
Bratislava
ISBN
1210-3195
Periodical
Tatra Mountains Mathematical Publications
Year of study
1
Number
71
State
Czech Republic
Pages from
99
Pages to
107
Pages count
9
URL
https://www.sav.sk/index.php?lang=en&doc=journal-list&part=article_response_page&journal_article_no=15631
BibTex
@article{BUT153204, author="Edita {Kolářová} and Lubomír {Brančík}", title="Stochastic differential equations describing systems with coloured noise", journal="Tatra Mountains Mathematical Publications", year="2018", volume="1", number="71", pages="99--107", doi="10.2478/tmmp-2018-0009", issn="1210-3195", url="https://www.sav.sk/index.php?lang=en&doc=journal-list&part=article_response_page&journal_article_no=15631" }