Satona Motomura
Papers
2
Total Citations
17
H-Index
2
About
Satona Motomura is a researcher in humanoid robotics and human-robot interaction, with a focus on intuitive control systems that enable robots to mirror human motion. Her work centers on developing real-time, body-movement-driven interfaces that allow humanoid robots to serve as communicative avatars, transmitting nonverbal cues and sharing physical presence in remote communication. Motomura’s key contributions include proposing an associative motion generation framework that translates motion capture data into robot commands without requiring detailed structural models, making control more accessible and natural. Her 2012 paper, “Associative Motion Generation for Humanoid Robot Reflecting Human Body Movement,” has garnered 13 citations, while her earlier 2011 study on communicative robot control systems, with 4 citations, laid groundwork for transmitting nonverbal information through robotic platforms. Though her citation counts are modest, Motomura’s work addresses a critical challenge in robotics: enabling seamless, intuitive teleoperation that preserves human expressiveness. Her research bridges biomechanics and control theory, offering practical pathways for humanoid robots in therapy, education, and collaborative tasks. By prioritizing human movement as a control signal, Motomura advances the vision of robots as empathetic, responsive partners in shared physical and social spaces.
Research Focus
Key Achievements
Top Papers
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