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About

Oleksander Eromenko is a robotics researcher focused on advancing mobile and industrial robotic systems, with key contributions in robot identification, mobility, and manipulation. His work addresses fundamental challenges in robotic orientation and surface adhesion, particularly through experimental studies on reactive thrust for mobile robots capable of arbitrary orientation in technological spaces—a critical area for applications requiring reliable surface retention. Eromenko’s 2019 paper on identification information sensors for robot systems, with 7 citations, explores novel methods for class-specific image description to enhance robotic perception. His most impactful work, the 2020 experimental studies on reactive thrust (4 citations each), provides foundational insights into coupling robots to surfaces of any orientation. More recently, in 2022, he designed and modeled an industrial intelligent robot flexible hand, featuring an anthropomorphic gripper with a fundamentally new arm design, supported by mathematical modeling and experimental validation. With a total of 17 citations across his top papers, Eromenko’s research demonstrates a clear trajectory from sensor-based identification to practical robotic manipulation, offering innovative solutions that bridge theoretical modeling and real-world industrial applications.