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教學時程

This calendar offers a comprehensive schedule of topics, lectures, assignments, and exams for the course. Corresponding files have been linked to the calendar whenever available.


課程單元 作業
1 Course Overview
Introduction to General Imaging Principles
Imaging Terms and Definitions Linear Optics (Ray Tracing) (PDF - 1 MB)
Ex. 0: Introduction to Imaging Laboratory
Hw 1 (PDF)
Hw 1 Solutions (PDF)
2 Linear Imaging Systems
The Delta Function and the Impulse Function Superposition, Instrument Response Function, Point Spread Function
Space Invariance
Pin-Hole Camera (PDF - 1.3 MB)
Hw 2 (PDF)
Hw 2 Solutions (PDF)
3 Fourier Transformations Modulation Transfer Functions (PDF - 1.2 MB)
Supplement A (PDF - 1.7 MB)
Ex. 1: Pin-Hole Camera, Resolution & Sampling
Hw 3 (PDF)
HW 3 Solutions (PDF)
4 Convolution, Deconvolution
Fourier Convolution (PDF)
Hw 4 (PDF)
Hw 4 Solutions (PDF)
5 Sampling, Nyquist
Counting Statistics, Additive Noise (PDF - 1 MB)
Ex. 2: Optical Imaging
Hw 5 (PDF)
6 Radiation Types, Interactions (PDF - 2 MB)
7 Radiation Detection, Dose (PDF)
Ex. 3: Photon Detection, Spectra, Attenuation
8 Exam 1 (PDF)
Exam 1 Solution (PDF)
9 Planar X-ray Imaging, System Response, S/N (PDF - 1.5 MB)
Ex. 4: Planar X-ray Imaging
10 Projective Imaging, Back Projection
Shadow Imaging (PDF)
11 BP and 2-D Resolution
Ex. 5: X-ray CT
12 X-Ray CT
Ex. 6: X-ray CT #2
13 SPECT, PET
14 Coherent Imaging & Ultrasound
Ex. 7: SPECT
15 Ultrasound Imaging
16 Ultrasound Contrast, Microscopy and Doppler
17 Basics of NMR
Ex. 8: Ultrasound
18 Pulses and Relaxation Times
19 Echoes & K-space
Ex. 9: NMR Pulses, Fid, Relaxation
20 Echoes and Contrast
21 2-D Gradient and Spin Echoes
Ex. 10: Echoes, K-space
22 Selective Pulses
23 3-D Methods of MRI Volume Localized Spectroscopy
24 Flow / Diffusion MRI
Ex. 11: NMR Imaging

 
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