Oral Session 1: Cardiac Electrophysiology | |
Anode Make and Break Excitation Mechanisms and Strength-Interval Curves: Bidomain Simulations in 3D Rotational Anisotropy | p. 1 |
Comparing Simulated Electrocardiograms of Different Stages of Acute Cardiac Ischemia | p. 11 |
Interpreting Optical Mapping Recordings in the Ischemic Heart: A Combined Experimental and Computational Investigation | p. 20 |
Towards High Resolution Computational Models of the Cardiac Conduction System: A Pipeline for Characterization of Purkinje-Ventricular-Junctions | p. 28 |
Poster Session 1: Cardiac Electrophysiology | |
Dynamic Classification of Cellular Transmural TransMembrane Potential (TMP) Activity of the Heart | p. 36 |
Cardiac Deformation from Electro-Anatomical Mapping Data: Application to Scar Characterization | p. 47 |
Comparing Image-Based Respiratory Motion Correction Methods for Anatomical Roadmap Guided Cardiac Electrophysiology Procedures | p. 55 |
Automatic Segmentation of Left Atrial Scar from Delayed-Enhancement Magnetic Resonance Imaging | |
Estimation of Activation Times in Cardiac Tissue Using Graph Based Methods | p. 71 |
Automatic Segmentation of Cardiac CTs - Personalized Atrial Models Augmented with Electrophysiological Structures | p. 80 |
Image Analysis | |
Construction of Left Ventricle 3D Shape Atlas from Cardiac MRI | p. 88 |
Simulation of Diffusion Anisotropy in DTI for Virtual Cardiac Fiber Structure | p. 95 |
On the Estimation of Transmural Myocardial Shear by Means of MRI Tagging | p. 105 |
Multi-frame Radial Basis Functions to Combine Shape and Speckle Tracking for Cardiac Deformation Analysis in Echocardiography | p. 113 |
Functional Imaging and Modeling | |
Monitoring Treatment Outcome: A Visualization Prototype for Left Ventricular Transformation | p. 121 |
An Ultrasound-Driven Kinematic Model of the Heart That Enforces Local Incompressibility | p. 129 |
Driving Dynamic Cardiac Model Adaptation with MR-Tagging Displacement Information | p. 137 |
Towards Patient Specific Catheter Selection: Computation of Aortic Geometry Based on Fused MRI Data | p. 145 |
Oral Session 2: Image Analysis | |
4D Cardiac Reconstruction Using High Resolution CT Images | p. 153 |
3D Fusion Echocardiography Improves Transoeosphageal LV Assessment | p. 161 |
Automatic Segmentation of Different Pathologies from Cardiac Cine MRI Using Registration and Multiple Component EM Estimation | p. 163 |
Statistical Analysis of the Human Cardiac Fiber Architecture from DT-MRI | p. 171 |
Morphological Classification: Application to Cardiac MRI of Tetralogy of Fallot | p. 180 |
Oral Session 3: Functional Imaging and Modeling | |
Cardiac MRI Intervention and Diagnosis via Deformable Collaborative Tracking | p. 188 |
A 3D MRI-Based Cardiac Computer Model to Study Arrhythmia and Its In-vivo Experimental Validation | p. 195 |
An Automated Segmentation and Classification Framework for CT-Based Myocardial Perfusion Imaging for Detecting Myocardial Perfusion Defect | p. 206 |
Modeling Mitral Valve Leaflets from Three-Dimensional Ultrasound | p. 215 |
Modeling Atrial Fiber Orientation in Patient-Specific Geometries: A Semi-automatic Rule-Based Approach | p. 223 |
Anisotropic Mass-Spring Method Accurately Simulates Mitral Valve Closure from Image-Based Models | p. 233 |
Poster Session 2 | |
In Silico Analysis of the Impact of Transmural Myocardial Infarction on Cardiac Mechanical Dynamics for the 17 AHA Segments | p. 241 |
Automatic Delineation of Left and Right Ventricles in Cardiac MRI Sequences Using a Joint Ventricular Model | p. 250 |
Simulating Drug-Induced Effects on the Heart: From Ion Channel to Body Surface Electrocardiogram | p. 259 |
Slice-Based Combination of Rest and Dobutamine-Stress Cardiac MRI Using a Statistical Motion Model to Identify Myocardial Infarction: Validation against Contrast-Enhanced MRI | p. 267 |
Shape Analysis of the Left Ventricular Endocardial Surface and Its Applications in Detecting Coronary Artery Disease | p. 275 |
Recovering Endocardial Walls from 3D TEE | p. 284 |
Regionally Optimised Mathematical Models of Cardiac Myocyte Orientation in Rat Hearts | p. 294 |
Mapping Contact Force during Catheter Ablation for the Treatment of Atrial Fibrillation: New Insights into Ablation Therapy | p. 302 |
Trials on Tissue Contractility Estimation from Cardiac Cine MRI Using a Biomechanical Heart Model | p. 304 |
Real-Time Cardiac MR Anatomy and Dyssynchrony Overlay for Guidance of Cardiac Resynchronization Therapy Procedures: Clinical Results Update | p. 313 |
Parameter Identification in Cardiac Electrophysiology Using Proper Orthogonal Decomposition Method | p. 315 |
Are Robotic-Assisted Catheter Ablation Lesions Different from Standard Catheter Ablation in Paroxysmal AF Patients?: Novel CMRI Findings Made Possible with Semi-automatic 3-D Visualisation | p. 323 |
MagnetoHemoDynamics Effect on Electrocardiograms | p. 325 |
A Hybrid Method for Automatic Anatomical Variant Detection and Segmentation | p. 333 |
Patient-Specific Model of Left Heart Anatomy | p. 341 |
Oral Session 4: Image Analysis | |
Cardiac Motion Estimation from 3D Echocardiography with Spatiotemporal Regularization | p. 350 |
Order Statistic Based Cardiac Boundary Detection in 3D+t Echocardiograms | p. 359 |
A Framework Combining Multi-sequence MRI for Fully Automated Quantitative Analysis of Cardiac Global and Regional Functions | p. 367 |
Multiview Diffeomorphic Registration for Motion and Strain Estimation from 3D Ultrasound Sequences | p. 375 |
Pyramid Histograms of Motion Context with Application to Angiogram Video Classification | p. 384 |
Oral Session 5: Cardiac Mechanics, Cardiac Electrophysiology | |
An Automatic Data Assimilation Framework for Patient-Specific Myocardial Mechanical Parameter Estimation | p. 392 |
Left-Ventricular Shape Determines Intramyocardial Stroke Work Distribution | p. 401 |
Constitutive Parameter Estimation Methodology Using Tagged-MRI Data | p. 409 |
Sensitivity Analysis of Mesh Warping and Subsampling Strategies for Generating Large Scale Electrophysiological Simulation Data | p. 418 |
Effect of Scar Development on Fast Electrophysiological Models of the Human Heart: In-Silico Study on Atlas-Based Virtual Populations | p. 427 |
Author Index | p. 437 |
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