Computers in Cardiology  Sept 2001

http://www.cinc.org/Program/p77.htm    abstracts available for each paper
The sessions included

Heart Rate Variability

Multifractal Analysis Of Heart Rate Variability

On The Presence Of Deterministic Chaos In HRV Signals

Normalized Entropy Applied To The Study Of Cardiovascular Responses To Different Stress Influences

Sympatho-Vagal Activity Described By The Complex And Deterministic Behavior Of Heart Rate Variability

Some Details In Heart Rate Variability Diagnostics In Patients With Coronary Artery Disease

Study Of Heart Rate And Blood Pressure Variability During Hemodialysis Treatment

Spectral Decomposition Of RR-Variability Obtained By An Open Loop Parametric Model For The Diagnosis Of Neuromediate Syncope

Investigating The Level Of Significance Of The Coherence Function In Cardiovascular Variability Analysis

Effects Of Sinoaortic Denervation On Blood Pressure, Pulse Interval, Sympathetic Nerve Activity And Diaphragmatic EMG Variability In Conscious Rats

A Mayer Wave Simulation Model As An Aid In Validating Open-Loop BRS Assessment Under Pathological Conditions

Trends In Heart Rate And Blood Pressure During Noninvasive BRS Assessment

A Theoretical Model For The Dependency Of Heart Rate On Gradual Vagal Blockade By AtropineE.

Limitations Of Power Spectrum And Time-Domain Analysis Of Heart Rate Variability In Short-Term ECGs Recorded Using Telemetry In Unrestrained Rats

Are Spectral Estimates Of Heart Rate Variability Dependent On Heart Rate? A Formula To Correct When Needed

Extracting The Heart Rate Variability From A Plethysmographic Power Spectrum

Analysis Of The Heart Rate Variability And Ventricular Repolarisation During Pregnancy And After Labour

Arrhythmia

Entrainment Response In A Numerical Model Of Reentrant Tachycardia

Re-Entry In The Luo-Rudy Ventricular Tissue Model With Different Models Of Ca Dynamics

A Fast Non-Invasive Ventricular Fibrillation Detection Method Using Pseudo Wigner-Ville Distribution

Left Ventricular Geometry Immediately Following Defibrillation-Strength Shocks

Can An RC Membrane Model Predict The Efficacy Of A Defibrillation Waveform: An Analysis Of 140 Defibrillation Waveforms

Shock Timed On High Power Spike Of The Morphology Electrogram Improves Shock Outcome: The Study In Defibrillator Patients

Atrial Fibrillation

Organophosphate-Induced Atrial Fibrillation: A Computer Study

Sequential Analysis For Automatic Detection Of Atrial Fibrillation And FlutterI

Multi-Thread Implementation Of A Fuzzy Neural Network For Automatic ECG Arrhythmia Detection

Effects Of Internal Cardioversion On Electrophysiological Properties Of The Right Atrium