Syllabus
Week |
Topics |
Reading |
Assignments |
1 March 28 |
Filtering: Szeliski (Sections 3.2, 3.3.1) Sampling: Szeliski (Sections 3.5.1, 3.5.2) Edge detection: Szeliski (Sections 4.2, 4.3) |
||
2 April 4 |
Geometric transformations (pdf, ppt) |
Geometric transformations: Szeliski (Sections, 2.1, 3.6) Interest points and descriptors: Szeliski (Section 4.1) |
|
3 April 11 |
Cameras Displays |
Image formation: Szeliski (Sections 2.1.5, 2.1.6) Cameras: Szeliski (Sections 2.2, 2.3) Segmentation: Szeliski (Section 5) |
|
4 April 18 (Rick) |
Alignment: Szeliski (Section 6.1) Creating panoramas (Section 9) Structure from motion (Section 7) |
First assignment due: Image filtering and detecting edges. |
|
5 April 25 |
Computational
Photography (pdf, ppt) ·
High
dynamic range imaging ·
Super-resolution ·
Alpha matting/compositing ·
Blur
removal ·
Poisson
blending |
Computational photography: Szeliski (Section 10) |
|
6 May 2 |
Stereo: Szeliski (Section 11) Optical flow: Szeliski (Section 8) |
Second assignment due: Detecting interest points and creating panoramas. |
|
7 May 9 |
Image-based rendering: Szeliski
(Section 13) 3D reconstruction: Szeliski (Section
12) |
||
8 May
16 |
Object recognition: Szeliski (Section
14) |
Third assignment due: Stereo vision. |
|
9 May
23 |
Object
recognition Part 2 (pdf, ppt) Template
matching (pdf) |
Object recognition: Szeliski (Section
14) |
|
10 May
30 |
No
classes |
||
11 June
6 |
Fourth assignment due: Face detection |