Akshay Dave

Papers

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About

Akshay Dave is a robotics researcher specializing in immersive telepresence and embodied avatar systems, with a focus on creating real-time, high-fidelity human-robot interactions. His major contributions center on advancing social humanoid platforms that bridge the gap between preprogrammed asocial robots and authentic, adaptable teleoperation. Dave’s most cited work, “Immersive Auditory-Visual Real-Time Avatar System of ANA Avatar XPRIZE Finalist Avatar-Hubo” (2022, 20 citations), details the development of a cutting-edge audio-visual system for the Avatar-Hubo robot, which secured 6th place in the global ANA Avatar XPRIZE competition—a landmark event pushing the boundaries of robotic telepresence. This work demonstrated how real-time sensory feedback can enable operators to feel present in remote environments. In “Avatar-Darwin a Social Humanoid with Telepresence Abilities Aimed at Embodied Avatar Systems” (2022, 6 citations), Dave upgraded the miniature biped DARwIn-OP to enhance its social interaction capabilities, addressing the lack of adaptability in preprogrammed social robots. His research is pivotal for applications in remote assistance, healthcare, and disaster response, where authentic human-like interaction is critical. Dave’s achievements highlight his role in shaping the future of embodied avatar systems, making him a key figure in the field of telepresence robotics.