Nonlinear System Techniques and Applications

Julius S. Bendat (Author)

9780471165767, Wiley

Hardback, published 26 January 1998

496 pages
24 x 16.4 x 3.3 cm, 0.826 kg

"...of extreme value to scientists and engineers engaged in nonlinear system identification...a valuable contribution to the emerging field of nonlinear system identification due to its clear treatment of mathematical theory and engineering applications." (International Journal of Robust and Nonlinear Control, Vol. 11, July 2001)

New practical techniques for nonlinear system research andevaluation

Nonlinear Systems Techniques and Applications provides the mostpractical techniques currently available for analyzing andidentifying nonlinear systems from random data measured at theinput and output points of the nonlinear systems. These newtechniques require only one-dimensional spectral functions that aremuch simpler to compute and apply than previous nonlinearprocedures. The new results show when and how to replace a wideclass of single-input/single-output nonlinear models with simplerequivalent multiple-input/single-output linear models. While othertechniques are usually restricted to Gaussian data, the newtechniques developed here apply to data with arbitrary probability,correlation, and spectral properties.

Numerous examples used in the book are based on the analysis ofreal physical data passing through real nonlinear systems in thefields of oceanography, automotive engineering, and biomedicalresearch.

For practicing engineers and scientists involved in aerospace,automotive, biomedical, electrical, mechanical, oceanographic, andother activities concerned with nonlinear system analysis,Nonlinear Systems Techniques and Applications is the essentialreference work in the field.

Linear Systems, Random Data;
Zero-Memory Nonlinear Systems;
Direct and Reverse MI/SO Techniques for Analysis and Identification of Nonlinear Systems;
Parallel Linear and Nonlinear Systems;
Determination of Physical Parameters with Memory in Nonlinear Systems;
Nonlinear System Response Properties of a Naval Frigate from Measured Data;
Nonlinear System Response Properties of a Naval Barge from Measured Data;
Bilinear and Trilinear Systems;
Nonlinear System Input/Output Relationships.

Subject Areas: Mathematics [PB]