PDF Neuroevolution Harnessing Creativity in AI Agent Design, Sebastian Risi, Yujin Tang, David Ha, Risto
Tin đăng trong 'Coding, AI, Big Data, Deep Learning' bởi Mod_QAn, Cập nhật cuối: 21/11/2025 lúc 11:00.
Tags:
- adaptation
- alphaevolve
- amoebanet
- architecture search
- behavioral diversity
- big compute
- biological evolution
- body-brain coevolution
- case studies
- cellular automata
- chase-and-escape
- climate optimization
- codeepneat
- coevolution
- cognitive behaviors
- collaboration
- competitive coevolution
- convolutional networks
- cooperative coevolution
- decision-making
- deep neuroevolution
- developmental processes
- direct encoding
- dynamic encodings
- encoding
- ensembling
- evolution of intelligence
- evolution strategies via llms
- evolution strategy
- evolutionary algorithms
- evolutionary creativity
- evolutionary prompting
- evolvable representations
- exploration
- expressive encodings
- extinction events
- feature extraction
- feedforward networks
- fine-tuning
- fitness evaluation
- fitness function
- flexible strategies
- generative ai
- genetic algorithm
- genetic diversity
- human expertise
- hyperneat
- hypernetworks
- indirect encoding
- indirect encodings
- interactive neuroevolution
- interestingness
- learning methods
- llms
- lstm
- major transitions
- map-elites
- mariogan
- mariogpt
- model crossover
- model merging
- modularity
- multiagent systems
- multiobjective nas
- multiobjectivity
- multitask nas
- nas
- nas for deep learning
- nero game
- neural networks
- neuroevolution
- neuromodulation
- neutral mutations
- novelty
- novelty search
- open-ended evolution
- optimization
- physical robots
- population culture
- population-based search
- quality diversity
- recurrent networks
- reinforcement learning
- replacement
- reproduction
- robust control
- selection
- self-assembling networks
- self-attention
- stochasticity
- strategy switching
- structured language
- substrate hyperneat
- surrogate modeling
- symmetry
- termination
- transformers
- variation operators
- virtual creatures
- world models
