Papers
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3
H-Index
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About
Mircea Nistor is a robotics researcher whose work focuses on advancing the control and maneuverability of mobile robotic platforms, particularly those with complex, omnidirectional drive systems. His key contributions lie in the intersection of path tracking, adaptive control, and sensor integration for wheeled robots. Nistor’s most cited work, “Encoder-based path tracking with adaptive cascaded control for a three omni-wheel robot” (2017), addresses a critical challenge in mobile robotics: achieving precise trajectory following using only low-cost, limited sensing—specifically, odometry from wheel encoders. By developing an adaptive cascaded control architecture, he demonstrated that high maneuverability can be harnessed without expensive sensor suites, making advanced robotics more accessible. This paper, with 3 citations, serves as a foundational reference for researchers working on cost-effective control solutions for omnidirectional robots. Nistor’s research is particularly relevant for applications in warehouse automation, service robotics, and educational platforms, where balancing performance with sensor economy is paramount. His work exemplifies a practical, systems-level approach to robotics, bridging theoretical control design with real-world implementation constraints.
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Top Papers
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