Thomas Deschamps Ph.D. Thesis

Ph.D.: Abbreviation of Doctor of Philosophy [Latin, Philosophiae Doctor ], the highest level of university degree that can be studied for, awarded to somebody who has successfully completed a lengthy piece of original research. A Doctor of Philosophy may be awarded in any subject except law, theology, or medicine.

Curve and Shape Extraction with Minimal Path and Level-Sets techniques. Applications to 3D Medical Imaging.

Since I defended my Ph.D. dissertation in December 2001, I feel sorry to release only now (march 2002) my manuscript, especially toward those who asked for it months ago. Anyway I would like to thank them for the interest they expressed in my research.

Manuscript

The introduction, the conclusion, and the abstract of each chapter are in French, but the core is in English. Reasons are either that I found it more convenient to make it available to a larger community (even if I do not expect to make it a best-seller...), and that several members of my jury were not French native speakers.
My English practise is far from perfect, therefore I would like to warn every potential reader that it may include language mistakes. Anyway I hope you'll enjoy my literature.

On-line HTML version

There is now an html version of my manuscript that you can find at http://math.lbl.gov/~deschamp/latex2html/phdthesis/index.html.

It is a first draft and I will soon arrange it to make it fancier.

Check the bibtex entry.

The PDF files

You can either download the complete manuscript in PDF here (the postscript version is 90M...), or you can choose to download each part separately

Part I Path Extraction part1.pdf (5.3M)
Part II Shape Extraction part2.pdf (6.6M)
Part III Visualization and quantification of anatomical tree structures part3.pdf (7.4M)

or you can download each chapter at a time:

chapter 0 Introduction intro.pdf (100k)
chapter 1 Minimal Paths in Image Processing chapter1.pdf (1.5M)
chapter 2 Path extraction techniques based on the Fast-Marching algorithm chapter2.pdf (825k)
chapter 3 Application to Virtual Endoscopy and to Several Problems in Medical Imaging chapter3.pdf (3.1M)
chapter 4 Deformable Models for Surface Extraction in Medical Imaging chapter4.pdf (2M)
chapter 5 Several Segmentation Techniques involving Level-Sets and Fast-Marching chapter5.pdf (1.5M)
chapter 6 Applications of Level-Sets and Fast-Marching shape extraction framework chapter6.pdf (3.2M)
chapter 7 Visualization and Quantification Tools chapter7.pdf (3.4M)
chapter 8 Tree Extraction framework chapter8.pdf (1.7M)
chapter 9 Application to segmentation and visualization of tree structures chapter9.pdf (2.2M)
chapter 10 Conclusion conclusion.pdf (170k)

Jury

Illustrations

For those who are interested by the beautiful illustrations that Helene Sellier allowed me to include in my Ph.D. dissertation, at the beginning of each part, you can find the illustrations here.