Robots Learn to See, Feel and Hear at Once as Multimodal Perception Advances
A new research collection spanning tactile arrays, sim-to-real tactile learning, LiDAR-camera calibration, structured visual reasoning and virtual social touch shows ...
A new research collection spanning tactile arrays, sim-to-real tactile learning, LiDAR-camera calibration, structured visual reasoning and virtual social touch shows ...
A calibration-driven facial landmark system aboard an autonomous electric shuttle distinguished five driver behavioral states with interpretable machine learning, reaching ...
A peer-reviewed review proposes IDEAI, a framework for representing, checking and revising the intent that guides embodied AI actions in ...
A study of 15 volunteers found that strongly coupling two robot arms during kinesthetic teaching cut mean task time by ...
A new perspective in Frontiers in Neurorobotics proposes that humanoid robots could unlock embodiment-dependent neural signals, such as touch and ...
A new graph neural network framework shows that continuous emotional embeddings from disaster images can predict how far and how ...
A systematic review of thirteen studies shows that brain signals called error-related potentials can be decoded to help robots detect ...
A German study comparing vision and memory in conversational Pepper robots finds that seeing enhances perceived social presence, while remembering ...
An interdisciplinary research team has developed ARAM, a threshold model explaining when occupants endorse, reject, refrain from or repurpose adaptations ...
A new study of a breathing companion robot found that a serene meditative design outperformed cute, playful, and mechanical alternatives ...
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© 2025 Scienmag - Science Magazine