Papers
4
Total Citations
62
H-Index
4
About
T Meilinger’s research lies at the intersection of spatial cognition, multisensory integration, and human-robot interaction. Their most influential work centers on the MPI CyberMotion Simulator, a novel motion platform that enables investigation of how humans integrate visual, auditory, and inertial cues for path integration—the process of tracking one’s position in three-dimensional space. This work, which has garnered 48 citations, provides critical insights into how self-motion cues are combined to maintain spatial orientation, with implications for virtual reality and navigation aids. Meilinger has also made notable contributions to understanding social motor control, showing that humans interact faster and more naturally with human avatars than robot avatars, and that visual appearance modulates motor planning during social exchanges. These findings, though emerging, have important implications for designing intuitive human-robot interfaces. By bridging fundamental spatial cognition research with applied robotics, Meilinger’s work advances both theoretical models of human perception and the practical development of adaptive technologies that support seamless human-machine collaboration.
Research Focus
Key Achievements
Top Papers
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- 2Visual appearance modulates motor control in social interactions5 citations · 2020
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