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About

Parmesh R. Naicker is a robotics researcher whose work focuses on the intersection of control theory, embedded systems, and autonomous mobility. His primary research areas include motion planning, acceleration-based stabilization, and FPGA-based control for nonholonomic and multi-arm robotic systems. Naicker’s major contributions involve the design of Lyapunov-based acceleration controllers and single-purpose processors for platforms ranging from Segways and hoverboards to dual-arm car-like robots and industrial manipulators. His 2022 paper on embedded FPGA-based motion planning for a dual-arm car-like robot (6 citations) demonstrates a practical approach to precise trajectory control using multiprocessor architectures. Another notable work applies acceleration feedback control to a Segway robot (5 citations), addressing urban mobility challenges through efficient processor design. Naicker also explores smart city applications, proposing an autonomous hoverboard robot (2 citations) as a personal transporter, and develops Lyapunov-based control schemes for vertically sliding revolute arms (2 citations) intended for industrial pick-and-place tasks. His research is distinguished by its emphasis on real-time, hardware-implemented control solutions that bridge theoretical stability analysis with practical robotic systems.