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CS 7322: Computer Vision II

(aka. High-Level Computer Vision)
Information/Administrivia

Spring 1997 3:05pm-4:25pm, April 2, 1997 - June 4, 1997
Classroom: CoC 102 (Monday, Wednesday)
Instructor: Irfan Essa
| http://www.cc.gatech.edu/fac/irfan

Instructor

Name: Irfan A. Essa
URL: http://www.cc.gatech.edu/fac/irfan
Office: 320 CoC 404-894-6856


What is Computer Vision?

Computer vision, sometimes called image understanding, describes the automatic deduction of the structure and the properties of a possibly dynamic three-dimensional world from either a single or multiple two-dimensional images of the world. The images maybe monochromatic or colored, they may be captured by a single camera or multiple cameras, and each camera may be either stationary or mobile.

Description of Course

An in-depth study of computer vision and machine perception. More specifically, a study of higher-level methods for generating symbolic representations of scenes from digital imagery. These methods include model-based, AI and pattern classification techniques for recognition and tracking from image(s).

Topics to be covered

  1. Model-based vision
  2. Physics-based models
  3. Active and Dynamic Models
  4. Recognition Methodologies
  5. Pattern Recognition Methods
  6. Estimation and Detection
  7. Principle Component Analysis
  8. Feature-based and View-based methods
  9. Object Recognition
  10. Perception and Visual Reasoning, Learning
  11. Motion Estimation


Prerequisites

CS 7321 Computer Vision I OR
  • Linear Algebra
  • Probability
  • Programming Experience
    (Matlab Preferred)
  • Experience with Imaging (Input/0utput, filtering)
OR Permission of Instructor


Text(s):

Recommended but not required texts:
Foundations of Vision
B. A. Wandell, Sinauer Associates Inc. 1995 (Should be available at the Bookstore)
High-level Vision: Object Recognition and Visual Cognition
S, Ullman, MIT Press 1995. (Should be available at the Bookstore)
Computer and Robot, Vision Volume I and II
R. M. Haralick and L. G. Shapiro, Addison-Wesley, 1993
Machine Vision
R. Jain, E, Kasturi, and B. G, Schunck, McGraw-Hill, 1995 (Highly recommended if you haven't had any exposure to Computer Vision).


Additional Reading(s):

Additional Readings in form of state-of-the-art papers or chapters from other text books will be handed out in class.

Computing Resources


Newsgroup

There is a newsgroup for this class. git.cc.class.7322. Be warned that I am not much of newsgroup reader.

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