CSE 377/591 - Introduction to Medical Imaging

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Course Schedule:

Date
Topic
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) 5:15-7:45pm, class room (cse 377), Final Project

schedule final project