Advanced Methods of Physiological System Modeling, Vol. 3

The third volume in this series presents the state of the art in advanced modeling methodologies as well as their application to problems of biomedical interest. Here, contributors discuss current studies of nonlinear dynamics of physiological systems, covering a broad spectrum of topics ranging in scope from methodological issues of nonlinear modeling to quantitative interpretations of nonlinear models of physiological function. Discussions feature the Volterra-Wiener approach of nonparametric modeling of nonlinear dynamic systems.

This book contains black-and-white illustrations.

The third volume in this series presents the state of the art in advanced modeling methodologies as well as their application to problems of biomedical interest. Here, contributors discuss current studies of nonlinear dynamics of physiological systems, covering a broad spectrum of topics ranging in scope from methodological issues of nonlinear modeling to quantitative interpretations of nonlinear models of physiological function. Discussions feature the Volterra-Wiener approach of nonparametric modeling of nonlinear dynamic systems.

Marmarelis, Vasilis Z., PhD (USC)

The contributors represent the specialties of electrical and computer engineering, biophysics, biomedical engineering, physiology, and behavioral neuroscience. Most come from U.S. academic medical centers, with a few from Canada, Switzerland, and Denmark. Institutions prominently represented include Univ of Toronto, USC, McGill Univ, Univ of Pittsburgh, and Drexel Univ.