Biomedical Imaging
BMEN E4894
Spring 2001

Instructor: Professor Paul Sajda

Texts

The Handbook of Medical Imaging (SPIE Press, 2000)

• Volume 1. Physics and Psychophysics (J. Beutel, H. Kundel & R. Van Metter, editors)
• Volume 2. Medical Image Processing & Analysis (M. Sonka & J. Fitzpatrick, editors)

Laboratory Simulations

MATLAB from Mathworks available in the BME Imaging Teaching Lab (ITL).  Neural Network Toolbox also required. Runs on PC and UNIX platforms.

Course Schedule

Week 1 (Jan 18)	Fundamentals of Image Processing	Syllabus Class Notes MATLAB Primer Lab 1 mammo1 mammo2
Week 2 (Jan 25)	Applied Linear Systems Theory	Class Notes Lab 2
Week 3 (Feb 1)	X-ray Systems (2D)	Class Notes Lab 3 flat_high.raw readRaw.m
Week 4 (Feb 8)	IEEE EMBS Seminars
Week 5 (Feb 15)	X-ray Systems (3D, e.g. CT)	Class Notes Lab 4 Image I
Week 6 (Feb 22)	Ultrasound Imaging	Class Notes Lab 5 Field_II_PC5 Field_II_GUI
Week 7 (Mar 1)	MRI	Class Notes Lab 6 MRIdata ReadMRraw.mat
Week 8 (Mar 8)	Midterm Exam
Week 9 (Mar 15)	Spring Break
Week 10 (Mar 22)	Nuclear Imaging (PET)	Class Notes Project Guidelines
Week 11 (Mar 29)	Pattern Recognition 1	Class Notes
Week 12 (Apr 5)	Pattern Recognition 2 (Mammo CAD)	Class Notes
Week 13 (Apr 12)	First Final Project Presentation Image Registration
Week 14 (Apr 19)	Segmentation (2D-3D)
Week 15 (Apr 26)	Final Project Presentations

 

January 17, 2001