Selection for short-term empowerment accelerates the evolution of homeostatic neural cellular automata.
Caitlin GrassoJosh C. BongardPublished in: GECCO (2023)
Keyphrases
- cellular automata
- short term
- long term
- cellular automata model
- cellular automaton
- lattice gas
- short term and long term
- neural network
- chaotic dynamics
- long term memory
- load forecasting
- network architecture
- stock market
- cellular automaton model
- forecasting model
- short and long term
- medium term
- motion prediction
- discrete dynamical systems
- multi agent
- pedestrian dynamics
- power generation
- wind speed
- input output
- computational intelligence
- hidden markov models
- galois field