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About

Masahiro Ogino is a pioneering researcher in cognitive developmental robotics (CDR), a field that seeks to unravel the origins of human higher cognitive functions through the synthetic construction of embodied agents. His landmark survey, "Cognitive Developmental Robotics: A Survey" (2009), with 546 citations, serves as a foundational text, establishing the core principle that physical embodiment is essential for structuring information and enabling development. Ogino’s work goes beyond theory, offering concrete models for how robots can learn like humans. He has made significant contributions to understanding how agents build body representations, as seen in his research on cross-modal body representation using visual saliency, inspired by neurophysiological evidence from macaque monkeys. His innovative models also tackle the "lexicon acquisition" problem, proposing that robots can learn word-meaning mappings through active attention and curiosity-driven biases, mirroring infant learning. Further, his work on visuo-motor mapping and imitation provides a framework for human-robot communication, enabling robots to learn interaction rules from human partners. Through these contributions, Ogino has profoundly shaped how robots can develop cognitive and social skills, bridging developmental psychology and robotics.