Class Meetings: Tues/Thurs 4:30-6:00pm
Room 342, 1890 Maple Avenue
Part 1: 3:30-4:10
(10 min break)
Part 2: 4:20-4:00 (?Help Sessions on some Thursdays?)
Textbook: Handouts +
Multiple View Geometry in Computer Vision,
Richard Hartley and Andrew Zisserman, Cambridge University Press (c)2000.
TA: Abhinav Dayal firstname.lastname@example.org
Office: 2nd Floor, 1890 Maple Ave.
TA Office Hours for IBMR:
Wed: 3:00 to 4:00 PM
Fri: 3:00 to 4:00 PM
Instructor: Jack Tumblin
Office: email@example.com; http://www.cs.northwestern.edu/~jet/
(847) 467-3500 (e-mail is usually faster)
Rm 350 CS Dept. Northwestern University
1890 Maple Avenue 3rd Floor
LookLab: Rm 227 (no phone).
Class Newsgroup: c95.ibmr (click here) Share questions and advice.
--I recommend doing assigned readings BEFORE attending class.
You'll have better questions (strongly encouraged) and you're less likely to fall behind.
--Please don't skip class to work on your project:
instead, come to class and ask/learn how to do the hard parts. It's far more efficient.
Helpful Online Reading Materials:
Essential OpenGL: The OpenGL Programming Guide,
3rd Edition: The Official Guide to Learning OpenGL, Version 1.2 (e.g. "The Red Book") Mason Woo, OpenGL Architecture Review Board, Jackie Neider, Tom Davis, Dave Shreiner ISBN 0201604582paperback.
Also consider OpenGL Reference Manual, 3rd Edition
Web searches offer endless online introductions, help and tutorials, including:
--Official Site: www.opengl.org news, books, tutorials, standards & revisions
--Other Books: http://www.opengl.org/developers/documentation/books.html
--OpenGL Overview: http://www.opengl.org/developers/about/overview.html
--Code Help: www.codeguru.com/opengl/index.shtml
Multiview Geometry Tutorials, Related Courses:
Important Conferences and Journals:
CVPR2003 June... (driving distance!) Several Students are going...
SIGGRAPH 2003 July...
Grading: Several Programming
Projects, sporadic written homework
1 Take-Home Midterm Exam.
1 Take-Home Final Exam.
Project and Homework ====>>> Turn-in Instructions: click here <<<====
|Filename Prefix||Topic||Assign Date||Due Date||Weight|
|pA<your last name>||Projective P2 Warps in 3D||Thu April 10||Thu April 24 (delayed)||10%|
|pB<your last name>||Interactive P2 Rectifications||Thu April 24||Thu May 1||15%|
|Mid<your last name>||Take-Home Midterm Exam Solution||Thu May 1||Thu May 8||15%|
|pC<your last name>||Light Probe as Panoramic Camera||Thu May 8||Thu May 15||15%|
|pD<your last name>||Textured, Inflated Silhouette Fans||Thu May19||Fri May 30||25%|
|Fin<your last name>||Take-Home Final Exam||Thu June 5||Thu June 12 3:30pm||20%|
|1|| Tue April 1
Thurs April 3
| Admin details, Introduction
2D Projective Geometry
|2|| Tue April 8
Thu April 10
|2D Projective Geometry: transformations, ideal points, the enclosing line at infinity|| Chapter 1
Tue April 15:
|2D Projective Geometry: conics and angular measures. SVD Review and uses.|| Chapter 1
Sections 1.7--end of chapter.
|4|| Tue April 22
Thu April 24
| 2D Projective Geometry:
4+ point correspondence, DLT. Estimation: find H from many error-prone points.
| Chapter 3.1-3.2
Finish Chapter 3.
|5|| Tue Apr 29
Thu May 1
| 3D Projective Geometry:
P3 points, planes, lines and conics.
|6|| Tue May 6
Thu May 8
| Warps, Panoramas, and Light Probes
Cameras Matrix P
| Chapter 5
|7|| Tue May 13
Thu May 15
|Where am I? Camera Calibration: define, find the intrinsic and extrinsic params. of the P matrix.|| Chapter 6.1,6.2,
|8|| Tue May 20
Thu May 22
| Epipolar Geometry:
3D reconstruction, How to Blunt the Correspondence Problem;
Structured light/dark, silhouettes, etc.
IBMR Palliatives: Background Subtraction, Silhouette fans, Visual Hulls, Voxel Carving, Point Clouds, User Interaction
| Chapter 8.0-8.4
"3D Capture on Your Desktop", Bouget, ICCV98
|9|| Tue May 27
Thu May 29
ProjD Due tomorrow
| Physics: Light and Materials Measurement: color,
irradiance, radiance, BRDF, misc. invariants.
Camera, Display, & Surface abilities, high-contrast problems, Helmholtz Reciprocity, Scattering. Perception & Loopholes for Shape
|"Light Field Rendering" Levoy, Hanrahan
"View Morphing", Seitz, Dyer SIGGRAPH'95;
"Polyhedral Visual Hulls for Real Time Rendering" Matusik et al., EGRW01
"Recovering High Dynamic Range Radiance Maps from Photographs" Debevec,Malik SIGG97
(last class week)
Tue June 3
Thu June 5
| Image-Only IBMR:
2D: Morphs & deep pixels
2.5D: Depth textures, Impostors
3D: Fans, concentric mosaics...
4D: Light fields, Illum Fields...
5D+: surface light fields,
Hybrids and IBMR Completeness:
Final Exam Due
Thu. June 12
due Thu June 12 3:30pm
Last Updated: 10/13/2003 For Jack