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Classes

EEL 4817 Machine Learning II: Agent-Based Economic Development, Spring 2011.

EEL 4818 (Lectures on Genetic Algorithms)

Fall 2006

by Ivan Garibay, University of Central Florida, September 18, 2006.

Lecture 1, September 21, 2006

  • Topics Covered:
    • Genetic Algorithms (GAs): What are they?
    • Darwinian Evolution, Mendelian Genetics, Turing's Genetic Search, and Holland's Genetic Algorithms.
    • Stochastic Search and Evolutionary Computation
    • GA components: problem representation, selection function, fitness function, and genetic operators.
    • GA pseudocode
  • Materials:
  • Deadlines:
    • GA section written evaluation: October 5th, 2006.

Lecture 2, September 26, 2006

  • Topics Covered:
    • GAs: How do they work?
    • GA Optimization: One Max Problem: our class becomes a random number generator for running a single GA loop by hand
    • Tournament Selection
    • One-point Crossover
    • Bit-flip Mutation
    • Analysis of One Max Problem's experimental results.

Lecture 3, September 28, 2006

  • Topics Covered
    • GAs: Why do they work? (stochastic search answer)
    • Universal limits of search: No Free Lunch Theorems
    • Search Spaces, Fitness Landscapes
    • Random, Needle-in-a-haystack, and one-max fitness landscapes
    • Search Algorithms and Stochastic Search
    • Why stochastic search works? Key property
    • Schemas

Lecture 4, October 3, 2006

  • Topics Covered:
    GAs: Why do they work? (GA schema analysis answer)
    • Building Block Hypothesis
    • Schema Theorem (Holland, 1975)
    • How does GA process schemata?
    • GA implicit parallelism
    • Schema Theorem with only selection
    • Destructive and Constructive Effects of Crossover and Mutation on Schemata
    • Probabilities of Schema Surviving Crossover and Surviving Mutation
    Complete Schema Theorem (selection, crossover and mutation)
  • Materials:
  • Deadlines:
    • GA Homework Assignment Due: October 17th, 2006

Lecture 5, October 5, 2006

  • Evaluation (mini-test) covering the four previous lectures including all material handed out in class