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Improving Evolvability of Morphologies and Controllers of Developmental Soft-Bodied Robots with Novelty Search.

, , and . Front. Robotics and AI, (2015)

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Co-evolution of morphology and control of soft-bodied multicellular animats., and . GECCO, page 561-568. ACM, (2012)Evolution of the Morphology and Patterning of Artificial Embryos: Scaling the Tricolour Problem to the Third Dimension., and . ECAL (1), volume 5777 of Lecture Notes in Computer Science, page 35-43. Springer, (2009)Artificial Metamorphosis: Evolutionary Design of Transforming, Soft-Bodied Robots., , and . Artif. Life, 22 (3): 271-298 (2016)Controlling development and chemotaxis of soft-bodied multicellular animats with the same gene regulatory network., , , and . ECAL, page 454-461. MIT Press, (2013)Creating 3D Personal Avatars with High Quality Facial Expressions for Telecommunication and Telepresence., , and . VR Workshops, page 856-857. IEEE, (2022)Real-time mixed-reality telepresence via 3D reconstruction with HoloLens and commodity depth sensors., , and . ICMI, page 514-515. ACM, (2017)Improving Evolvability of Morphologies and Controllers of Developmental Soft-Bodied Robots with Novelty Search., , and . Front. Robotics and AI, (2015)Evolving Networks Processing Signals with a Mixed Paradigm, Inspired by Gene Regulatory Networks and Spiking Neurons., , and . BIONETICS, volume 134 of Lecture Notes of the Institute for Computer Sciences, Social Informatics and Telecommunications Engineering, page 135-149. Springer, (2012)The Search for Beauty: Evolution of Minimal Cognition in an Animat Controlled by a Gene Regulatory Network and Powered by a Metabolic System., , , and . SAB, volume 7426 of Lecture Notes in Computer Science, page 198-208. Springer, (2012)Fine Grained Artificial Development for Body-Controller Coevolution of Soft-Bodied Animats., , and . ALIFE, page 239-246. MIT Press, (2014)