Any student with a disability requiring accommodations in this class is
encouraged to contact her/his instructor after class or during office hours,
and also to
contact the Disability Support
Services office in the Student Center.
Week of January 9.
Loops, Matrices and Fractals.
Project due 5am Tuesday January 17.
Solution.
Week of January 16. Monday.
Finding Real Roots via Bisection.
Project due 5am Tuesday January 24.
S ,
Week of January 23.
Finding Real Roots by Newton's Method.
Project due 5am Tuesday January 31.
S ,
Week of January 30.
Finding Complex Roots by Newton's Method.
Project due 5am Tuesday February 7. See revised
rubric. S ,
Week of February 6.
Boolean Gene Networks.
Project due 5am Tuesday February 14.
S
Week of February 13.
Probabilistic Boolean Gene Networks.
Project due 5am Tuesday February 21.
S
Week of February 20.
Stochastic Simulation of Reaction
Networks.
Project due 5am Tuesday March 6.
S
Week of March 5.
Deterministic Simulation of Reaction Networks.
Project due 5am Tuesday March 13.
S
Week of March 12.
Modeling and Simulation of Fiber Networks.
Project due 5am Tuesday March 20.
S
Week of March 19. Friday
Gaussian Elimination.
Project due 5am Tuesday March 27.
S
Week of March 26.
Optimal Design of Fiber Networks.
Project due 5am Tuesday April 3.
S
Week of April 2.
Multilayer Perceptrons
Project due 5am Tuesday April 10.
S
Week of April 9.
Hopfield Nets
Project due 5am Tuesday April 17.
S
Week of April 16.
Evolutionary Game Theory.
Project due 5pm Wednesday May 2.