Week
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Topics
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Readings
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Assignments
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Demos
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1
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September 25
Introduction
[ppt,
pdf, html]
Images
[ppt,
pdf, html]
|
•
Forsyth & Ponce, chapter 8 (in reader)
|
|
image warping
applet
|
|
27
Filtering (see "Images" slides)
Image scissors [ppt,
pdf,
html]
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• Mortensen,
Intelligent Scissors
|
Project 1 assigned
|
|
2
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October 2
Edge detection
[ppt,
pdf, html]
Resampling
[ppt,
pdf, html]
|
• Cipolla
& Gee on edge detection
|
|
snoop (image zoom) program
|
|
4 (Guest: Ira Kemelmacher)
Features
[ppt,
pdf, html]
|
• Brown, MOPS
|
|
SIFT
autostitch
|
3
|
9
(Guest: Ira Kemelmacher)
Cameras
[pdf,
html,
ppt]
|
• Nalwa 2.1 (reader)
|
|
tutorial on
digital cameras
camera/photography terms
thin lens
applet
|
|
11
(Guest: Ira Kemelmacher)
Mosaics [pdf,
html, ppt]
|
• Szeliski & Shum, Mosaics.
Read sections 1 and 2, skim the rest. (more details may be found in tech
report version (optional))
|
Project 1 due (Wed night)
Project 2 assigned
|
full-screen panoramas
seattle panorama site alignment image
(load into photoshop)
AutoStitch
|
4
|
16
Mosaics (cont.)
|
|
|
|
|
18
Projective geometry and
single view modeling
[pdf,
html,
ppt]
|
• Mundy &
Zisserman, Projective Geometry (read 23.1 - 23.5, 23.10)
|
|
virtual
museum (by Criminisi
et al.)
related methods:UW,
MIT
|
5
|
23
Structure from Motion
[pdf,
html,
ppt]
|
•
Snavely et
al., Photo Tourism.
• (optional)
Szeliski &
Kang. Recovering 3D shape and motion from image streams using non-linear
least squares
|
|
photo tourism
rome in a day
|
|
25
Stereo
[pdf,
html,
ppt]
|
• Trucco & Verri, Chapter 7
Read through 7.1, 7.2.1, 7.2.2, 7.3.1, 7.3.2, 7.3.7 and 7.4, 7.4.1. (rest
is optional) |
Project 2 due
(Wed night)
|
epipolar
geometry applet, Digital
Michelangelo Project
video
view interpolation
spacetime
stereo
view morphing video |
6
|
30
Multiview stereo
[pdf,
html,
ppt]
|
|
Midterm assigned
|
|
|
November 1
Light, color, and reflection
[pdf,
html,
ppt]
|
• Glassner, pp. 5-32.
• Watt, pp. 64-71, 103-114 (5.3 is optional)
•
Color podcast (by
Radiolab)
|
|
illusions:
brightness
contrast, after-images,
demos: metamers,
HDR (Debevec, Columbia)
|
7
|
6
Photometric
stereo
[pdf,
html,
ppt]
|
•
(optional) Woodham’s original
photometric
stereo paper
|
Midterm due
Project 3 assigned
|
|
|
8
Recognition [pdf,
html,
ppt]
|
• Bishop, Chapter 1
• Szeliski,
Chapter 14.2.1 (eigenfaces)
|
|
|
8
|
13
Segmentation [pdf,
html,
ppt]
|
• Shapiro, pp. 279-289
|
|
K-means clustering
applet,
EM applet,
morphological
operators
mass-spring movies: movie1,
movie2
|
|
15
Motion [pdf,
html,
ppt]
|
•
Trucco & Verri, 8.3 – 8.4 (skip 8.3.3), (reader)
• Numerical
Recipes (Newton-Raphson), 9.4 (first four pages only)
|
|
rotating
cube illusion
barber
pole illusion
|
9
|
20
texture [pdf,
html,
ppt]
|
•
Efros & Leung, texture synthesis
|
Project 3 due
Project 4 assigned
|
Alyosha
Efros' texture
synthesis page, graphcut
textures, image
analogies, flow-based
video editing
|
|
22 (Thanksgiving, no
class)
Motion
(continued)
|
|
|
|
10
|
27
Recognition2 [pdf,
html,
ppt]
K. Graumman's SVM slides
[ppt,pdf]
|
|
|
|
|
29
(Guest: Richard Ladner)
Tactile Graphics
|
•
Jayant et
al., Automated Tactile Graphics
Translation: In the Field
|
|
|
11
|
December 4
History of 3D vision [pdf]
|
|
|
|
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6
(Guests: Aseem Agarwala, Dan Goldman,
Adobe Research)
Computational Photography
|
|
Project 4 due Wednesday 11:59pm
|
|
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Finals
Week
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December 13
|
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Final exam:
December 13
10:30-12:20
in THO
125
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