Papers
4
Total Citations
55
H-Index
3
About
I. Ivanisevic is a researcher specializing in human-machine interfaces, teleoperation, and robotic motion control, with a particular focus on advancing the ways human operators interact with robotic arm manipulators in complex environments. Their most influential contribution lies in pioneering the application of configuration space (C-space) as both a visualization and control framework for teleoperation tasks — a novel approach designed to significantly enhance operator performance when navigating robots through obstacle-rich, three-dimensional environments where traditional teleoperation techniques fall short. Their most cited work, "Configuration Space as a Means for Augmenting Human Performance in Teleoperation Tasks" (2000, 36 citations), established the foundational argument for C-space-based operator guidance, demonstrating measurable improvements in real-time motion control. Subsequent studies, including empirical validation published in 2003, further confirmed that operating in configuration space meaningfully outperforms conventional methods. Across a consistent body of research spanning from 1998 to 2003, Ivanisevic systematically built and refined this framework, accumulating over 55 citations in total. Their work remains a valuable reference for researchers and engineers working at the intersection of robotics, human factors, and autonomous systems design.
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