Title :
Table of contents
Abstract :
The following topics are dealt with: cardiac mechanics; ECG noise cancellation; cellular and genetic ventricular arrhythmic modeling; pathophysiology of heart rate variability; cardiac MRI and CT; electrophysiology analysis; ECG decision support systems; Physionet inspired studies; repolarization and risk; electrophysiology modeling; algorithmic and software tools; temporal aspects of CV signals; blood pressure systems; cardiovascular ultrasound; ECG repolarization; clinical aspects of ECG; informatics; tools for simulation and modeling; ECG waveform quality and detection; nonlinear analysis of heart rate variability; classification of CV signals; ischemia and infarction; fibrillation and tachyarrhythmia; ventricular modeling; 3D imaging;ECG waveform quality and detection; atrial fibrillation modeling; miscellaneous medical informatics; inverse problem; blood pressure and peripheral pulse; ionic modeling in ventricular arrhythmia; ischemic modeling; apnea detection and cardio-respiratory interactions; system studies; cardiac mechanics; and electrophysiology modeling.
Keywords :
biomechanics; biomedical MRI; biomedical ultrasonics; cellular biophysics; computer software; computerised tomography; diseases; electrocardiography; genetics; haemodynamics; medical information systems; medical signal processing; muscle; physiological models; pneumodynamics; sleep; waveform analysis; 3D imaging; CV signal classification; ECG clinical aspects; ECG decision support systems; ECG detection; ECG noise cancellation; ECG repolarization; ECG waveform quality and detection; Physionet inspired studies; algorithmic tools; apnea detection; atrial fibrillation modeling; blood pressure systems; cardiac CT; cardiac MRI; cardiac computed tomography; cardiac magnetic resonance imaging; cardiac mechanics; cardio-respiratory interactions; cardiovascular ultrasound; cellular ventricular arrhythmic modeling; electrocardiogram detection; electrocardiogram noise cancellation; electrocardiogram repolarization; electrocardiogram waveform detection; electrocardiogram waveform quality; electrocardiography clinical aspects; electrocardiography decision support systems; electrophysiology analysis; electrophysiology modeling; genetic ventricular arrhythmic modeling; heart rate variability pathophysiology; infarction; inverse problem; ischemia; ischemic modeling; miscellaneous medical informatics; modeling tools; nonlinear heart rate variability analysis; peripheral pulse; simulation tools; software tools; system studies; tachyarrhythmia; temporal CV signal aspects; temporal cardiovascular signal aspects; ventricular arrhythmia ionic modeling; ventricular modeling;
Conference_Titel :
Computing in Cardiology Conference (CinC), 2014
Print_ISBN :
978-1-4799-4346-3
