CMSC 791:

Advanced Topics in Computer Science 
Advanced Modeling Techniques

Computer Science and Electrical Engineering Department 
University of Maryland Baltimore County

Autumn 1997

Time: M, W, 2:30 - 3:45, 
Room: SS 409


Instructor: Dr. David S. Ebert , 214 ECS

Phone: 455-3541.


Description: This course will cover advanced topics in computer graphics: advanced modeling techniques, procedural modeling techniques, procedural animation techniques, volumetric modeling techniques, and advanced rendering techniques. The format for the course will be group discussions of papers and some lectures by the instructor and outside experts in the field. The grading will be based on participation in class, a class project, and a paper. Class projects may be done individually or in groups of two. Projects have the potential of leading to work that forms the basis of a Master's project or Ph.D. research topic. A partial list of topics includes the following:

Textbook:

Texturing and Modeling: A Procedural Approach, Ebert, et. al., AP Professional, 1994. 

Project and Grading

Grading will be based on the Project (60%) and the Project Paper (40%).

 The weights of each component will be the following:
 

Week 

Due

Weight

2 Tentative Topic 0%
3 Detailed Plan 10%
5 Preliminary Literature Survey - Due 10/17 5%
7 Final Project Plan - Due 10/31 5%
8 Final Literature Survey - Due 11/3 10%
9 Paper First Draft, Preliminary Implementation  Results - Due 11/10 10%
12 Initial Results, Paper 2nd Draft - Due 11/26 10%
15 Final Paper 20%
15 Project Demo 30%


Class Schedule

 

Class

Date

Topic 

1 Sept. 3 Introduction, Course Structure, Topics
2 Sept. 8 Introduction to Procedural Techniques
3 Sept. 10 Introduction to Advanced Modeling
4-5 Sept. 12 Procedural Texturing
6 Sept. 17 Volume Modeling I
7 Sept. 19 Fractal Modeling I
8 Sept. 24 Grammar-Based Modeling I
Sept. BRL CAD - Lee Butler
9
9 Sept. 26 Particle Systems I
10 Sept. 29 No Class
11 Oct. 1 Implicit Surfaces
12 Oct. 6 Modeling with Particle Systems
13 Oct. 8 Introduction to Atmospheric Illumination & Scattering
14 Oct. 13 Snthetic Topiary - presented by Hua Yaun
15 Oct. 15 Procedurally generated Shapes for InvoVis - presented by Jim Kukla
16 Oct. 20 The Artificial Life of Plants - presented by Yu Ju
17 Oct. 22 K. Sims Artificial Evolution for Computer Graphics Technical Report, Thinking Machines Corporation, - presented by Ted Bedwell
18 Oct. 27 Lightfield Rendering (Levoy & Hanrahan) - presented by Pradyut Panda
19 Oct. 29 Hodgins, J.H. & Brogan, D.C. (1994). Robot Herds: Group Behaviors for Systems with Significant Dynamics. - Presented by Eric Chang.
20 Nov. 3 Rendering Fur (Kajiya & Kay) - presented by Lee Butler
22 Nov. 10 Quicktime VR (Eric Chen) - presented by Pradyut Panda
24 Nov. 17 -
25-28 More Student Presentations of Papers from the Literature


Other References:

 

FOR MORE INFORMATION

Contact David Ebert, ebert@cs.umbc.edu
Last modified: Mon Sep 1 17:01:53 EDT