Welcome to the Homepage of Michael Weeks
Associate Professor, Computer Science Department
College of Arts and Sciences
Georgia State University

RESEARCH

Digital Wave Systems Lab

GENERAL INFORMATION

If you are a graduate lab assistant, please read about your assignment.

See this link for teaching portfolio directions.

Follow this link for Qubit account creation.

Here's a good website about Lotus Self-Defense. This is a class I teach every semester at GSU's recreation center.

I get a lot of requests for information about our CS program at GSU. This link may answer some of your questions.

I also get a LOT of e-mail from prospective graduate students. If you are a prospective graduate student who is thinking of e-mailing me or other faculty members, please read this.

Holiday Schedule
Academic calendar
CS400 Lab schedule

PICTURES FROM CLASSES

• Follow these links for pictures from class projects.
• Digital Signal Processing
• Embedded Systems
• VLSI and Computer Architecture CAD

CLASSES

1. CSc 8270 - Digital Signal Processing
2. Lotus Self Defense Sports Clinic (Wednesdays 5:30-6:50 p.m.), Student Recreation Center, Martial Arts Studio

1. CSc 4630/6630 - Introduction to MATLAB Programming
2. CSc 4270/6270 - Introduction to Digital Signal Processing
3. CSc 4250/6250 - VLSI CAD & Computer Architecture Laboratory
4. CSc 4210/6210 - Computer Architecture
5. CSc 4110/6110 - Embedded Systems (see also PHYS 4110) (emphasis on embedded software)
6. CSc 3610/7610 - Introduction to MATLAB Programming (Later changed to CSc 4630/6630)
7. CSc/PHYS 3510 - Intro Embedded Systems Lab (emphasis on embedded hardware. Changed to CSc 4110/6110.)
8. CSc 3320 - System Level Programming (Unix and C)
9. CSc 3210 - Computer Organization and Programming (Assembly language: SPARC or Intel x86, depending on the semester taught)
10. CSc 2311 - Prin. of Computer Program II (C++)
11. CSc 2010 - Introduction to Computer Science

INFORMATION ABOUT ME

• Curriculum Vitae (A C.V. is like a 10 page resume.)
• My thesis combined the Iterated Prisoner's Dilemma with Genetic Algorithms.
• My dissertation presented 2 architectures for the 3-D Discrete Wavelet Transform.

PROFESSIONAL ACTIVITIES

• IEEE (The Institute of Electrical and Electronics Engineers)
• IEEE Computer Society
• Upsilon Pi Epsilon (UPE) Computer Science Honor Fraternity
• Association for Computing Machinery (ACM)
• IEEE Circuits and Systems society member
• Associate member of the GSU Neuroscience Institute
• Member of Triangle Fraternity

(last checked: October 28, 2009)