A. Stanovnik

Papers

Total Citations

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About

A. Stanovnik is a researcher whose work centers on the foundational and applied aspects of robotics, with a particular focus on collaborative, mobile, and parallel robotic systems. Their major contributions include advancing the theoretical and practical understanding of how robots interact with humans and their environments, as evidenced by their most-cited paper, "Collaborative Robots" (2018, 17 citations), which explores the design and safety of human-robot cooperation. Stanovnik's 2018 paper "Robotics" (11 citations) provides a broad overview of the field, while "Mobile Robots" (4 citations) and "Parallel Robots" (3 citations) delve into specific system architectures. Notably, their work on "Homogenous transformation matrices" (2009, 2 citations; 2018, 2 citations) underscores a sustained interest in the mathematical tools essential for robot kinematics and control. Although citation counts are modest, Stanovnik's consistent output in 2018—including the introductory piece "Introduction" (2 citations)—demonstrates a dedicated effort to synthesize and disseminate knowledge in robotics. Their research serves as a valuable resource for students and engineers seeking a clear entry point into the complexities of modern robotic systems, particularly in collaborative and mobile domains.