







Supplemental
Reading (Suetens edition 2) 
Homeworks/Labs 
Handouts 

08/30  Introduction and overview, historical aspects  intro 

09/01 
Definitions  Appendix A 
definitions  
09/06 
Signal processing basics  Appendix A  sigProcBasics  
09/08 
Linear systems, Fourier Theory  Appendix A  linearSystems Fourier  
09/13 
Image processing  Chapter 1  homework1  imageOps 
09/15 
Introduction to Matlab  tutorial1 tutorial2  matlabTutorial  
09/20 
Sampling theory  Appendix A  sampling  
09/22  Radiography  Chapter 2  radiography  
09/27 
Radiography, homework discussed 
Chapter 2  see above  
09/30 
no class (Rosh Hashanah) 

10/04 
Radiography  Chapter 2  lab1  see above 
10/06 
Computed Tomography: parallel beam  Chapter 3  ct  
10/11 
Computed Tomography: fan, cone, helical beam  Chapter 3  see above  
10/13 
Computed Tomography: artifacts  Chapter 3  lab2 homework2  ctArtifacts 
10/18 
Cone Beam CT  Chapter 3  ctConeBeam  
10/20 
Midterm review  
10/25 
no class (lab assignment) 

10/27 
Midterm 

11/01 
Midterm returned 

11/03 
Iterative CT Algorithms: algebraic, descent  Paper by J. Shewchuk  lab3 data  iterativeReconstruction 
11/08 
Iterative CT Algorithms: EM  nuclearEM  
11/10  Nuclear imaging  Chapter 5  final projects  nuclearImaging 
11/15  Ultrasound imaging: physics, data acquistion, modes  Chapter 6  ultrasound  
11/17 
Ultrasound imaging: Doppler, advanced topics  Chapter 6  paper1 paper2  ultrasoundCT 
11/22  MRI physics  Chapter 4  mriPhysics  
11/24  no class (Thanksgiving)  
11/29  MRI imaging concepts  Chapter 4  mriImaging  
12/01  MRI imaging mathematics  Chapter 4  see above  
12/06 
MRI imaging modes  Chapter 4  homework3  see above 
12/08  MRI applications and advanced techniques  Chapter 4  see above  
12/20  Comprehensive Final Exam (closed book, closed
notes) (Tuesday) 5:157:45pm, class room (cse 377), Final Project 
schedule final project 