Course calendar (tentative--subject to
change)
The course calendar below
gives the lecture topics, assignment and due dates for projects,
as well as the readings and demos.
The calendar is subject to change during the quarter, and we will remind you
as each of the due dates comes near.
Week
|
Topics
|
Readings
|
Assignments
|
Demos
|
1
|
January 2 (No class)
|
|
|
|
|
4
Introduction
[ppt,
pdf, html]
Images
[ppt,
pdf, html]
|
•
Forsyth & Ponce, chapter 8 (in reader)
|
|
|
2
|
9
Edge detection
[ppt,
pdf, html]
Image scissors
[ppt,
pdf, html]
|
• Cipolla
& Gee on edge detection
• Mortensen,
Intelligent Scissors
|
Project 1 assigned
|
snoop (image zoom) program
|
|
11
Sampling
[ppt,
pdf, html]
Features
[ppt,
pdf, html]
|
•
Brown, MOPS
|
|
SIFT
|
3
|
16 (No Class)
|
|
|
|
|
18
(No Class: snowed out!)
|
|
|
|
4
|
23
Features (cont.)
Cameras
[pdf,
html,
ppt]
|
• Nalwa 2.1 (reader)
|
|
tutorial on
digital cameras
camera/photography terms
thin lens
applet
|
|
25
Cameras
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
Project 2 assigned
|
full-screen panoramas
seattle panorama site alignment image
(load into photoshop)
AutoStitch
|
5
|
30
Mosaics
|
|
|
|
|
February 1
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
|
6
|
6
single view modeling (cont.)
|
|
|
|
|
8
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
|
Project 2 due
Project 3 assigned
|
photo tourism
|
7
|
13
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)
|
|
epipolar
geometry applet, Digital
Michelangelo Project
video
view interpolation
spacetime
stereo
view morphing video
|
|
15
Recognition [pdf,
html,
ppt]
|
• Bishop, Chapter 1
•
Szeliski, Chapter 14.2.1 (eigenfaces)
|
|
|
8
|
20 (No Class)
|
|
|
|
|
22
Segmentation [pdf,
html,
ppt]
|
• Shapiro, pp. 279-289
|
Project 3 due
Project 4 assigned
|
K-means clustering
applet,
EM applet,
morphological
operators
mass-spring movies: movie1,
movie2
|
9
|
27
Motion [pdf,
html,
ppt]
|
•
Trucco & Verri, 8.3 – 8.4 (skip 8.3.3), (reader)
•
Newton's method
Wikpedia page
|
|
rotating
cube illusion
barber
pole illusion
|
|
29
Light, color, and reflection
[pdf,
html,
ppt]
|
• Glassner, pp. 5-32.
• Watt, pp. 64-71, 103-114 (5.3 is optional)
|
|
illusions:
brightness
contrast, after-images,
demos: metamers,
HDR (Debevec, Columbia)
|
10
|
March 5
Photometric
stereo
[pdf,
html,
ppt]
|
• (optional)
Woodham paper
|
|
|
|
7
History
of 3D vision [pdf]
|
|
Project 4 due
|
|
|
Finals
Week
|
13
|
|
Final exam:
March 13
2:30-4:20
in JHN 175
|
|
|