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Nov 21 Meeting

Nov 21 Meeting. John Nicholson. 20-D Rastrigin – Gene Plots. This is data from previous simulations. 20-D Rastrigin – SOP810 – Gene Sigma Mean. 20-D Rastrigin – SOP810 – Gene Sigma Std Dev. 20-D Rastrigin – 1SE810 – Gene Sigma Mean. 20-D Rastrigin – 1SE810 – Gene Sigma Std Dev.

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Nov 21 Meeting

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  1. Nov 21 Meeting John Nicholson

  2. 20-D Rastrigin – Gene Plots • This is data from previous simulations

  3. 20-D Rastrigin – SOP810 – Gene Sigma Mean

  4. 20-D Rastrigin – SOP810 – Gene Sigma Std Dev

  5. 20-D Rastrigin – 1SE810 – Gene Sigma Mean

  6. 20-D Rastrigin – 1SE810 – Gene Sigma Std Dev

  7. 20-D Rastrigin – 4SE30 – Gene Sigma Mean

  8. 20-D Rastrigin – 4SE30 – Gene Sigma Std Dev

  9. 30-D Rastrigin – Fitness Plots • This is data from not-yet-complete simulations • Still running: • 4SE30,3U • 1SE810,3N • 4SE30,3N • 3U is 3 children per individual, uniformly selected • 3N is 3 children per individual, two-phases of tournament selection

  10. 30-D Rastrigin – Population Average Fitness

  11. 30-D Rastrigin – Best Individual Fitness

  12. Future Work • Start writing conference paper(s). • Uniform reproduction…this time run simulations without uniform reproduction, and see how results change. • Stochastic analysis of multiple mutations • More problems • Ancestral views • Using pseudo-children fitness metrics to select • GeneSigma analysis • No GeneTau, keep GeneSigma constant, compare large/medium/small • GeneSigma with SelectionEventViewer • Timescales for GeneSigma constant values

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