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Žampa, P. and Steska, P. and Veselý, K. : Multivariable linear discrete-time stochastic systems continualization . WSEAS Transactions on Systems, vol. 9, p. 2898-2903, 2004.


The new approach to system theory is based on a discrete-time behavior of existing and potentially existing cybernetic systems, where cause and its effect are uniquely determined in each discrete-time instant. The principle and the law of causality are then transparently explained by introduction of contiguous cause to the effect. The process of transition from discrete-time system description to the classical approach using continuous-time system description is called continualization and is also a powerful tool for discovering the law of causality violations in inadequately generated models of cybernetic systems.

Detail of publication

Title: Multivariable linear discrete-time stochastic systems continualization
Author: Žampa, P. ; Steska, P. ; Veselý, K.
Language: English
Date of publication: 1 Jan 2004
Year: 2004
Type of publication: Papers in journals
Title of journal or book: WSEAS Transactions on Systems
Číslo vydání: 9
Page: 2898 - 2903
ISBN: 1109-2777
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system theory, discrete-time systems, continuous-time systems, continualization, root of matrix


 author = {\v{Z}ampa, P. and Steska, P. and Vesel\'{y}, K.},
 title = {Multivariable linear discrete-time stochastic systems continualization},
 year = {2004},
 journal = {WSEAS Transactions on Systems},
 volume = {9},
 pages = {2898-2903},
 ISBN = {1109-2777},
 url = {},