by Michael C.K. Khoo, Ph.D.
Bioengineering Approaches to Pulmonary Physiology and Medicine was published by Plenum Press in 1996. This book was edited by Dr. Michael C.K. Khoo and is based primarily on presentations delivered at two meetings: the 12th BMSR Short Course, organized by Dr. Khoo, held in Seattle, WA on May 20, 1995 and a symposium entitled "Nonlinear Dynamics and Respiratory Control", co-chaired by Drs. Hoop and Khoo, held during the Annual Fall Conference of the Biomedical Engineering Society in Boston, MA on October 8, 1995. This book covers the following areas in pulmonary bioengineering:
- systems modeling of ventilatory control
- modeling of the neural control of breathing
- nonlinear dynamical analysis of respiration
- modeling of pulmonary mechanics and gas exchange
Table of Contents
Understanding
the Dynamics of
State-Respiratory Interaction During Sleep: A Model-Based Approach
M.C.K.
Khoo
The
North Carolina Respiratory Model: A
Multipurpose Model for Studying the Control of Breathing
F.L.
Eldridge
The
Application of ARX Modeling to
Ventilatory Control: System Characterization and Prediction
Y.
Oku
Estimation
of Changes in Chemoreflex
Gain and “Wakefulness Drive” During Abrupt Sleep-Wake Transitions
S.S.W.
Koh, R.B. Berry, J.-W. Shin & M.C.K. Khoo
Realistic
Computational Models of
Respiratory Neurons and Networks
J.C.
Smith
Synaptic
Plasticity and Respiratory
Control
C.-S.
Poon
Dysrhythmias
of the Respiratory
Oscillator
D.
Paydarfar & D.M. Buerkel
Assessing
Deterministic Structures in
Physiological Systems Using Recurrence Plot Strategies
C.L.
Webber, Jr. & J.P. Zbilut
Measures
of Respiratory Pattern
Variability
E.N.
Bruce
Fractal
Noise in Breathing
B.
Hoop, M.D. Burton & H. Kazemi
Nonlinear
Control of Breathing Activity
in Early Development
H.H.
Szeto
Possible
Fractal and/or Chaotic
Breathing Patterns in Resting Humans
R.L.
Hughson, Y. Yamamoto, J.-O. Fortrat, R. Leask &
M.S. Fofana
Heterogeneity
of Pulmonary Perfusion
Characterized by Fractals and Spatial Correlations
R.W.
Glenny
The
Temporal Dynamics of Acute Induced
Bronchoconstriction
J.H.T.
Bates
Understanding
Pulmonary Mechanics Using
the Forced Oscillations Technique: Emphasis on Breathing Frequencies
K.R.
Lutchen & B. Suki
