Tagged Volume Rendering of the Heart 1st Edition by Daniel Mueller, Anthony Maeder, Peter O Shea- Ebook PDF Instant Download/Delivery. 9783540757573
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ISBN 10:
ISBN 13: 9783540757573
Author: Daniel Mueller, Anthony Maeder, Peter O Shea
We present a novel system for 3-D visualisation of the heart and coronary arteries. Binary tags (generated offline) are combined with value-gradient transfer functions (specified online) allowing for interactive visualisation, while relaxing the offline segmentation criteria. The arteries are roughly segmented using a Hessian-based line filter and the pericardial cavity using a Fast Marching active contour. A comparison of different contour initialisations reveals that simple geometric shapes (such as spheres or extruded polygons) produce suitable results.
Tagged Volume Rendering of the Heart 1st Table of contents:
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Introduction
1.1 Motivation and Background
1.2 Importance of Cardiac Imaging and Visualization
1.3 Overview of Volume Rendering Techniques in Medical Imaging
1.4 Tagged Imaging for Visualizing Heart Motion
1.5 Objectives and Contributions of the Paper
1.6 Structure of the Paper -
Related Work
2.1 Overview of Cardiac Imaging Modalities
2.2 Tagged MRI Techniques for Cardiac Motion Analysis
2.3 Volume Rendering in Medical Imaging
2.4 Visualization Techniques for 3D Heart Models
2.5 Previous Approaches to Tagged Volume Rendering in the Heart
2.6 Limitations of Existing Methods -
Problem Formulation
3.1 Challenges in Visualizing Cardiac Motion and Structures
3.2 The Concept of Tagged Imaging and Its Use in Cardiology
3.3 Volume Rendering as a Tool for 3D Visualization of the Heart
3.4 Problem Statement and Goals of the Tagged Volume Rendering Approach
3.5 Need for Real-Time Visualization in Cardiac Diagnostics -
Methodology
4.1 Overview of the Tagged Volume Rendering Approach
4.2 Preprocessing Tagged MRI Data for Visualization
4.3 Volume Rendering Algorithms for 3D Heart Models
4.4 Tagging Techniques for Cardiac Motion Analysis
4.5 Integration of Tagged Information in Volume Rendering
4.6 Handling Heart Deformation and Dynamic Motion
4.7 Optimization for Real-Time Visualization and Interaction
4.8 Visualization Enhancements for Clarity and Accuracy -
Experimental Setup and Data
5.1 Description of Data Sets Used for Heart Visualization
5.2 Tagged MRI Imaging Protocols for the Heart
5.3 Setup for Volume Rendering and Tagging Visualization
5.4 Data Preprocessing and Tagging Information Extraction
5.5 Performance Metrics for Visualization Quality and Efficiency -
Results
6.1 Visual Results of Tagged Volume Rendering of the Heart
6.2 Comparison with Traditional 2D and 3D Visualization Techniques
6.3 Evaluation of Cardiac Motion and Structure Representation
6.4 Performance of the Rendering Algorithm on Real-World Data
6.5 Quantitative Assessment of Visualization Accuracy and Speed
6.6 User Evaluation and Feedback on Visualization Quality -
Discussion
7.1 Strengths and Limitations of Tagged Volume Rendering
7.2 Impact of Tagged Imaging on Cardiac Motion Analysis
7.3 Challenges in Real-Time Rendering of the Heart
7.4 Comparison with Other Visualization Methods in Cardiology
7.5 Future Directions for Improving Tagged Volume Rendering
7.6 Potential Applications in Clinical Practice and Research -
Applications
8.1 Cardiac Diagnosis and Disease Monitoring
8.2 Pre-Surgical Planning and Simulation
8.3 Real-Time Visualization for Interventional Cardiology
8.4 Research in Cardiac Function and Mechanics
8.5 Integration with Other Imaging Modalities (e.g., CT, PET) -
Conclusion
9.1 Summary of Key Contributions
9.2 Potential Impact of Tagged Volume Rendering on Cardiac Imaging
9.3 Future Research and Developments in Cardiac Visualization
9.4 Final Remarks
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