Mathematical Introduction to Medical Imaging
Fall Semester 2008
Updates:
Guest lectures (regular class time/usual room):
( Date change!) November 5 by Dr.James
Pipe
"Modern methods in MRI",
November 21 by Dr. Kewei Chen "PET physics and image
reconstruction"
Assignments: click here
Lecture Notes: click here
Field trip: click here for details
and map
Syllabus: click here
Flier:
click here
Lectures:
M W 2:00 - 3:15 in ECG 335
Recitation:
F 1:40 - 3:30 in ECG 335
Professor:
Svetlana Roudenko
Graduate
TA :
Cristi Guevara , PSA 327
Undergraduate TA :
Steven Troxler , PSA 16
Text: Introduction to the Mathematics of Medical Imaging (2th edition!) by Charles L. Epstein.
Supplementary Texts: (available in Science Library for
3 day loan)
1. An Introduction to the Principles of Medical Imaging
by Chris Guy and Dominic ffytche
2. Fourier Analysis: An Introduction
by Elias Stein and Rami Shakarchi
3. Principles of Magnetic Resonance Imaging: A Signal Processing
Perspective by Zhi-Pei Liang and Paul Lauterbur
Extra Material:
1. Lecture Notes (available
as we cover the material)
2. "The Basics of MRI"
-- MRI online textbook by Dr. Joseph P. Hornak
3. Paul Lauterbur "Image Formation by Induced Local
Interactions: Examples Employing Nuclear Magnetic Resonance ,
Nature 242 (1973), 190-191
html link
4. E-MRI Tutorial
Attendance:
Students are expected to attend lectures on M and W and are encouraged
to participate in discussions and work on projects on F.
Special features:
* We have a graduate and undergraduate TAs to help students with
learning the material. The students are also encouraged to discuss any
concerns, suggestions, remarks about the material/class/topics/projects
with any of the TAs or the intructor.
* The `field trip' on Friday
09/05 to the research MRI Lab at St.Joseph hospital in downtown Phoenix.
* There will be at least 2 guest lectures by experts on Medical
Imaging:
Mark your calendars:
Lecture Notes: A preliminary topics are available here . Lecture Notes will be also available as we cover the material in class.
Projects:
A preliminary list of
projects can be found here.
Each Friday will contain the discussion of the material lectured on Monday
and Wednesday and work on projects.
Evaluation: by projects