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Analog Computer Simulation of Maximum Expiratory Flow Limitation

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Title: Analog Computer Simulation of Maximum Expiratory Flow Limitation
Author: Olender, Mark F.; Clark, Jr., J.W.; Stevens, P.M.
Type: Report
Keywords: phethysmograph; pulmonary
Citation: M. F. Olender, J. J. Clark and P. Stevens, "Analog Computer Simulation of Maximum Expiratory Flow Limitation," Rice University ECE Technical Report, no. TR7508, 1975.
Abstract: This paper extends previous modeling work in our laboratory on the simulation of the panting maneuver executed in a body plethysmograph [Golden, et al. (1973)] to the simulation of a wider range of pulmonary function tests and, in particular, the maximum expiratory flow-volume (MEFV) curve. the simulation is implemented on an analog computer for ease of parameter manipulation; the effects of changes in several model parameters (such as large and small airway resistence, and airway and lung compliance on the MEFV curve are discussed. The model structure presented here is much simpler than the ventilatory sytem models of Fry (1968) and Pardaens, et al. (1972) and yet yields the same information in a diagnostic sense.
Date Published: 1975-01-20

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  • ECE Publications [1048 items]
    Publications by Rice University Electrical and Computer Engineering faculty and graduate students