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Neuro-Evolution for competitive co-evolution of biologically ...
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由 GS Nitschke 著作2010被引用 4 次 — Abstract: This paper presents a simulation of predator (pursuer) and prey (evader) agents operating within a competitive co-evolution process.
Neuro-Evolution for competitive co-evolution of biologically ...
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2022年9月21日 — This paper presents a simulation of predator (pursuer) and prey (evader) agents operating within a competitive co-evolution process.
Neuro-Evolution for Competitive Co-evolution of Biologically ...
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Abstract— This paper presents a simulation of predator (pur- suer) and prey (evader) agents operating within a competitive co-evolution process.
[PDF] Co-evolving predator and prey robots
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Neuro-Evolution for competitive co-evolution of biologically canonical predator and prey behaviors · G. NitschkeLeo H. Langenhoven. Biology, Computer Science.
Leo H. Langenhoven
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Leo H. Langenhoven, Geoff S. Nitschke : Neuro-evolution versus Particle Swarm Optimization for competitive co-evolution of pursuit-evasion behaviors.
A REAL-CODED CELLULAR GENETIC ALGORITHM INSPIRED ...
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Abstract: This chapter presents a real-coded cellular GA model using a new selection method inspired by predator-prey interactions.
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(PDF) Co-Evolution of Predator-Prey Ecosystems by ...
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2021年4月12日 — predators and prey agents are colored red and green, respectively. •. Dynamics of predators: A predator. X. can move to an adjacent cell which ...
Mimicking Nature: Analysis of Dragonfly Pursuit Strategies ...
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2024年8月8日 — [3]G. S. Nitschke and L. H. Langenhoven, “Neuro-evolution for competitive co-evolution of biologically canonical predator and prey behaviors,” ...
Emergence of Collective Strategies in a Prey-Predator Game ...
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Neuro-Evolution for competitive co-evolution of biologically canonical predator and prey behaviors · G. NitschkeLeo H. Langenhoven. Biology, Computer Science.
Co-Evolution of Predator-Prey Ecosystems by ...
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由 J Park 著作2021被引用 9 次 — In this paper, we use a modern deep reinforcement learning (RL) approach to explore a new avenue for understanding predator-prey ecosystems.
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