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paper.txt
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@@ -25,3 +25,13 @@ as a scalable and efficient solution for neuroevolution tasks,
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paving the way for the future application of NEAT in more
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paving the way for the future application of NEAT in more
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complex and demanding scenarios. NEATAX is available at
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complex and demanding scenarios. NEATAX is available at
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https://github.com/WLS2002/neatax
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https://github.com/WLS2002/neatax
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\section{Introduction}
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Inspired by the principles of natural selection and genetic inheritance, Evolutionary Computation (EC) has emerged
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as a powerful approach in the field of Artificial Intelligence (AI). EC exhibits a robust ability to explore vast
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and complex solution spaces, which is particularly critical when tackling ``black box" optimization problems where the
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internal structure isn't fully visible or understood. Leveraging the power of population-based search, EC navigates
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these complexities to arrive at near-optimal solutions \cite{eiben2015introduction}. However, despite these strengths, recent scholarship has
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highlighted limitations of EC. Important aspects such as ``openendedness" and ``genotype-to-phenotype mappings" warrant
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further attention, especially in light of EC's tendency to rely on small populations and strong selection pressure \cite{miikkulainen_biological_2021}.
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