Modelling and Control of Breathing: Symposium Proceedings download epub
by Brian J. Whipp,D.M. Wiberg
Modelling and Control.
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A dynamic model of the CO2 respiratory control system is proposed, which can provide a qualitative basis for predicting breathing sensations. The discomfort index, which represents breathing sensations, is assumed to be composed of two sources: the arterial CO2 level and the respiratory motor command. The respiratory controller receives inhibitory neuromechanical and excitatory CO2 signals from the plant. The CO2 signal is enhanced by exercise stimuli.
Respiratory System: Modelling and Identification, in: Systems and Control Encyclopedia: Theory, Technology, Applications. Analysis of a ventilatory noise model in man and cat, in: Modelling and the control of breathing. M. G. Singh, e. Pergamon Press, Oxford (1988). J. Berkenbosch, J. De Goede, C. N. Oliever, J. Schuitmaker and E. W. Kruyt. B. Whipp and D. Wiberg, e. Elsevier Biomedical, Amsterdam (1983).
Описание: This book introduces modeling and simulation of linear time invariant systems and demonstrates how these translate to systems engineering, mechatronics engineering, and biomedical engineering
Описание: This book introduces modeling and simulation of linear time invariant systems and demonstrates how these translate to systems engineering, mechatronics engineering, and biomedical engineering.
Modeling and Control of Breathing, B. Wiberg, Eds. New York: Elsevier, 1983, pp. 189-204. Comroe, Physiology of Respiration. J H. Chicago: Year Book Medical
Modeling and Control of Breathing, B. Control of exercise hyperpnea during hypercapnia in humans. Chi-kin Poon, J. Gordon Greene. Journal of applied physiology. Chicago: Year Book Medical, 1974. Optimization of the mammalian respiratory gas transport system. Fred S. Grodins, Stanley M. Yamashiro.
Publications of HSE. Books On a space vehicle orbit in a vicinity of libration’s points the traffic control model. Books. Proceedings of the XVI International Symposium "Problems of Redundancy in Information and Control Systems", Moscow, Russia. On a space vehicle orbit in a vicinity of libration’s points the traffic control model is discussed with application of a solar sail with operated reflective characteristics.
Cite this publication. The seeds of what subsequently flowered into the triennial Oxford Conferences on modelling and the control of breathing were sown at the conference dinner of a scientific meeting at the Polish Academy of Sciences in Warsaw in 1971 at which Dan Cunningham, a respiratory physiologist at the University of Oxford and Richard Herczynski a mathematician and fluid dynamicist at the Polish Academy of. Sciences, happened to be seated beside each other.
Modeling and control of breathing: Perspectives from pre- to post-genomic era - Opening remarks fo. .The main aim of this paper is to model the neonatal unit of a perinatal network centre using the general framework of a loss network model and to estimate some performance measures. A special case of the class of model has been applied for capacity planning to the perinatal network centre of a neonatal network in the United Kingdom.
Stephen J. Semple, Lewis Adams, Brian J. Whipp. The origins of what have come to be known as the "Oxford" Conferences on modelling and the control of breathing can be traced back to a discussion between Dan Cunningham and Richard Hercynski at a conference dinner at the Polish Academy of Sciences in 1971. Each felt that they had benefited from the different perspectives from which the topic of ventilatory control was approached - predominantly physiological in the case of Dr Cunningham and predominantly mathematical in the case of Dr Hercynski.
Whipp, Brian J. 1978. Modeling and parameter identification of the human respiratory system. Export citation Request permission. Tenets of the Exercise Hyperpnea and Their Degree of Corroboration. Chest, Vol. 73, Issue. IEEE Transactions on Automatic Control, Vol. 24, Issue. ry responses to alternate-breath oscillators of PACO2 and PAO2. Respiration Physiology, Vol. 36, Issue.