American Journal of Physiology-Heart and Circulatory Physiology · 2020 · 39 citations · 59 references
EngineeringCardiologyComputational EngineeringComputational Fluid DynamicsFlow VisualizationPhysiological Systems ModelingAortic ImagingBlood Pressure Signal AnalysisCardiovascular System ModelingHemodynamicsHemodynamics ModelingVascular UltrasonographyBlood PressureBlood Pressure EstimationBlood Pressure MeasurementBlood Pressure ModelingCentral Pressure EstimationHemodynamic Algorithm DevelopmentHemodynamic Parameter EstimationWindkessel Modeling
First, our proposed methods for CV parameter estimation and a comprehensive set of methods from the literature were tested using in silico and clinical datasets. Second, optimized algorithms for estimating cBP from aortic flow were developed and tested for a wide range of cBP morphologies, including catheter cBP data. Third, a dataset of simulated cBP waves was created using a three-element Windkessel model. Fourth, the Windkessel model dataset and optimized algorithms are freely available.
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