K. Cerbioni

Papers

Total Citations

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About

K. Cerbioni’s research lies at the intersection of robotics, artificial perception, and sensory-motor systems, with a focus on developing anthropomorphic frameworks for autonomous interaction. Their most cited work, “Model and implementation of an anthropomorphic system for sensory-motor perception” (2002, 5 citations), introduces a general model for artificial perception tailored to personal robots. Cerbioni implemented a subset of this framework to address the complex challenge of robotic grasping and manipulation, using an anthropomorphic approach that mimics human sensory and motor structures. Through a series of experiments, they demonstrated how biologically inspired design—integrating vision, touch, and motion—can enhance a robot’s ability to perceive and interact with its environment. This contribution is notable for bridging theoretical models with practical implementation, offering a foundation for more intuitive human-robot collaboration. Though their citation count is modest, Cerbioni’s work is recognized for its early and systematic integration of anthropomorphic principles into robotic perception, influencing subsequent research in assistive and service robotics. Their approach underscores the value of emulating human sensory-motor loops to create more adaptive and capable machines.