Cardiovascular model for development and test of automated hemodynamic regulation with medication

Title:: Cardiovascular model for development and test of automated hemodynamic regulation with medication
Author(s):: Sprunk, Nicole; Garcia, Alejandro Mendoza; Schreiber, Ulrich; Bauernschmitt, Robert; Knoll, Alois
Keywords:: automated hemodynamic regulation; automated regulation; cardiac surgery patients; cardiovascular model; common disorders; continuous regulation; drug infusions; drugs; human cardiovascular system; intensive care unit; medication; patient hemodynamic state; performance evaluation; physicians; physiological data; recovery time; simulation model; cardiovascular system; drug delivery systems; haemodynamics; medical disorders; patient care; patient monitoring; performance evaluation; physiological models; surgery «
automated hemodynamic regulation; automated regulation; cardiac surgery patients; cardiovascular model; common disorders; continuous regulation; drug infusions; drugs; human cardiovascular system; intensive care unit; medication; patient hemodynamic state; performance evaluation; physicians; physiological data; recovery time; simulation model; cardiovascular system; drug delivery systems; haemodynamics; medical disorders; patient care; patient monitoring; performance evaluation; physiological... »
Book / Congress title:: Computing in Cardiology, 2011
Year:: 2011
Month:: sept.
Pages:: 153--156
BibTeX

Occurrences: