Progress for week 8 (2019)

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* coupled oscillators implemented with hand tuned parameters, CTRNN+GA seems to be little deprecated(?), CPPN approaches are most recent(2017-2018 Eiben and colleges) and claimed to work better than CTRNN(Morse 2015)
* coupled oscillators implemented with hand tuned parameters, CTRNN+GA seems to be little deprecated(?), CPPN approaches are most recent(2017-2018 Eiben and colleges) and claimed to work better than CTRNN(Morse 2015)
* Written notes on CPG impl. details.
* Written notes on CPG impl. details.
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* Revolve installation fails on ifi-machines - can't locate boost lib
== Malin Aandahl ==
== Malin Aandahl ==
=== Accounting ===
=== Accounting ===
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- Written a bit on the master thesis.
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* Written a bit on the master thesis.
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- Made progress on 3rd fitness function;
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* Made progress on 3rd fitness function;
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    - Printed out bounding box into file.
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* Printed out bounding box into file.

Nåværende revisjon fra 1. mar 2019 kl. 12:43

Innhold

David Kolden

Budget

  • Finish creating helping functionality and do experiment.

Wonho Lee

Budget

  • Categorize CPG implementation methods
  • Comparison of the methods
  • NEAT on CTRNN?

Accounting

  • Identified 3 mainstream methods - coupled oscillators, CTRNN+GA, indirect encoding(diff. oscillator with CPPN, SUPG - embedded CPPN)
  • coupled oscillators implemented with hand tuned parameters, CTRNN+GA seems to be little deprecated(?), CPPN approaches are most recent(2017-2018 Eiben and colleges) and claimed to work better than CTRNN(Morse 2015)
  • Written notes on CPG impl. details.
  • Revolve installation fails on ifi-machines - can't locate boost lib

Malin Aandahl

Accounting

  • Written a bit on the master thesis.
  • Made progress on 3rd fitness function;
  • Printed out bounding box into file.
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