Anti-Hebbian plasticity outperforms Hebbian in morphogenetically grown recurrent controllers, with co-evolution independently recovering effective plasticity settings and showing higher topology dependence than random networks.
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Activity-Dependent Plasticity in Morphogenetically-Grown Recurrent Networks
Anti-Hebbian plasticity outperforms Hebbian in morphogenetically grown recurrent controllers, with co-evolution independently recovering effective plasticity settings and showing higher topology dependence than random networks.