Anna Adamczyk

Papers

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About

Anna Adamczyk is a robotics researcher whose work bridges the critical gap between human operators and autonomous systems, focusing on haptic feedback, telemanipulation, and UAV autonomy. Her key research areas include haptic telepresence for flying robots, visual substitution of force feedback, and autonomous mission cycling for unmanned aerial vehicles. In her influential 2022 paper “A-RIFT: Visual Substitution of Force Feedback for a Zero-Cost Interface in Telemanipulation,” Adamczyk introduced an accessible robot interface that preserves haptic channel functionality without additional hardware costs—a novel approach that challenges the field’s traditional focus on performance metrics. Her 2024 work on autonomous UAV mission cycling addresses the practical challenge of limited flight durations, proposing a mobile hub system for precise landings and continuous operations in demanding environments. Earlier, her 2020 study on haptic telepresence for flying robots explored how force feedback can enable safe navigation in cluttered spaces. With each paper garnering 2–3 citations, Adamczyk’s contributions are gaining recognition for their practical, low-cost solutions to real-world robotic challenges, making her a rising voice in accessible teleoperation and autonomous systems.