Critters: Artificial Life built using Genetic Programming. Watch as the Critters try to learn effective methods of finding food before they starve to death. Control various parameters of the simulation and see how the Critters evolve.

Quad: Challenge a heuristic based Artifically Intelligent opponent to see who can make the most squares using their pieces. The AI is simple, but annoyingly effective. The game is based on a concept by G. Keith Still and published in an issue of Scientific American (Volume 274 Number 3, March 1996).

Tic-Tac-Toe: Play Tic-Tac-Toe against an Artificially Intelligent opponent who uses a Minimax Search algorithm with Alpha-Beta Pruning. The AI opponent performs a complete search of the decision tree, so it should never loose, but if it does, make sure to e-mail me.

• Feature Selection and Classification in Noisy Epistatic Problems using a Hybrid Evolutionary Approach

  • In Proceedings of the 2007 GECCO Conference
  • July 2007
  Authors: Jesse Craig, Drew DeHaas, Colin Rickert, Paul Haake, Kirsten Stor, Margaret Eppstein

• Avoiding the Pitfalls of Polymorphism

  • In Proceedings of the 2006 Boston SNUG Conference
  • September 2006
  Authors: Jesse Craig, Nancy Pratt, D. Jayasree, S. Jinagar

• Reduction of Redundancy in Directed Random Verification through Checkpointing

  • University of Vermont
  • April 2006
  Authors: Jesse Craig

  Master's Thesis

• Effects of Specialized Clock Routing on Clock Tree Timing, Signal Integrity, and Routing Congestion

  • In Proceedings of the 2005 San Jose SNUG Conference
  • March 2005
  Authors: Jesse Craig, Denise Powell

• A Method for the Evolution of Transistor Placement in CMOS Cells

  • In Genetic Algorithms at the University of Illinois Urbana-Champaign (IlliGAL Report No. 2001002)
  • January 2001
  Authors: Jesse Craig, Steven Lovejoy