Margarita Grammatikopoulou

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About

Margarita Grammatikopoulou is a roboticist whose research focuses on dexterous manipulation, grasping control, and sensorless robotic interaction. Her most-cited work, "A controller for stable grasping and desired finger shaping without contact sensing" (2014), introduces an innovative control strategy that enables two robotic fingers with rigid hemispherical fingertips to stably grasp objects of arbitrary shape on a horizontal plane. The key contribution lies in achieving stable grasps with optimal force angles and desired finger shaping—all without relying on contact sensing, a significant advancement for simplifying robotic hardware and reducing costs. This work has garnered 5 citations, reflecting its niche but foundational impact in the field of robotic grasping. Grammatikopoulou’s research addresses critical challenges in autonomous manipulation, particularly in environments where sensory feedback is limited or unavailable. Her contributions are valuable for students and researchers exploring robust, sensor-minimal control systems for robotic hands, offering a pathway toward more adaptable and efficient robotic grippers in industrial and service applications.