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RAD387 The Physics in Medical Imaging II (2002 Summer)
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- The course covers the fundamentals of nuclear medicine, ultrasonic, and
x-ray computed tomographic imaging. Topics include: physics,
mathematics, and statistics of image formation in SPECT, PET,
conventional ultrasound, ultrasonic diffraction tomography,
conventional and helical computed tomography. Functional imaging and
compartmental analysis are also covered.
- Course Lecturers:
| Chin-Tu Chen, | 2-6269, | c-chen@uchicago |
| Chien-Min Kao, | 2-6273, | c-kao@uchicago |
| Patrick La Riviere, | 2-6975, | pjlarivi@midway.uchicago |
| Bill O'Brien-Penney, | 2-0910, | bobrienp@uchicago |
| Xiaochuan Pan, | 2-1293, | xpan@uchicago |
| Nicholas Yasillao, | 2-0043, | n-yasillo@uchicago |
- Lecture Schedule (pdf)
- Lectures will be given 3:00 - 4:30pm every Tuesday and Thursday
starting June 25, 2002.
- The lectures will be held in Biological Science Learning Center(BSLC)
Room 313.
- Make-up class for Biokinetics and Compartment Analysis will be given at
I-SB-23, 1:30pm Aug. 14 (Wed.)
- Download Homework for Lecture #10.
- Last lecture(Ultrasound Signal Processing) is on Monday (Aug. 26).
- Final exam is on 3:00pm Aug. 29 (Thu.)
- Scores of homeworks, midterm and final.
- Review Sessions by TA
- Jul. 18 (BSLC 313, after class)
- Concept of Uncorrelatedness, Algebraic Reconstruction Algorithm
- Jul. 25 (I-SB-23, 2:30pm)
- Last midterm problem set
- Aug. 8 (BSLC 313, after class)
- Autocovariance and Noise Power Spectrum
- Aug. 14 (I-SB-23, 3:00pm)
- Nonlinear Partial Volume Artifacts in CT
- Aug. 27 (I-B-007, after practicum presentation)
- Noise properties of CT and ultrasound
- Sep. 5 "Special" Review for the Quali. (I-SB-23, 3:00pm)
- Linear Shift Invariance, Green's Function, Ergodicity...
- Recommended Textbook:
- Sorenson, J. A. and Phelps, M. E.,
Physics in Nuclear Medicine, 2nd Edition
- Useful References:
- Bushberg, J. T., Seibert, J. A., Leidholdt, E. M., Jr.,
Boone, J. M., The Essential Physics of Medical Imaging,
2nd Edition
- Barrett, H. H., Swindell, W., Radiological Imaging
- Papoulis, A., Probability, Random Variables, and Stochastic
Processes, 3rd Edition
- Websites of PET
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Commercial Position Sensitive PMT
University of Chicago team led by N. Yasillo had developed
the prototype (1992).
- Articles on CT
- for Radon transform Homework:
- Radiation Safety
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A seminar on k-space applied to medical ultrasound
- TA: Kang-Hyun Ahn, 4-2131(E-SB-05), khahn@uchicago
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