Kolin Paul

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About

Kolin Paul is a leading researcher in robotics and control systems, with a focus on robust and event-triggered control for nonlinear, uncertain robot manipulators. His most cited work, "An event-triggered based robust control of robot manipulator" (2014, 16 citations), introduces a novel framework that addresses load variations and unmodeled dynamics—key challenges in real-world manipulation. By employing a static event-triggering rule, this work significantly reduces communication and computational overhead while maintaining stability, a crucial advance for resource-constrained systems. Paul further extends this line of inquiry in "Finite-time robust control of robot manipulator" (2015), where he models manipulator dynamics in State-Dependent Coefficient (SDC) form to achieve finite-time convergence, enhancing precision and safety in time-critical applications. Beyond theory, Paul demonstrates practical impact through his leadership of the IIT Delhi team for ABU Robocon 2016, detailed in "Design and Development of Robots for ABU Robocon 2016" (2017). This project showcases his ability to translate complex control principles into functional, award-competitive robots, while also enriching student learning. More recently, his work on "Vulnerability Management in IIoT-Based Systems" (2022) signals a growing interest in cybersecurity for industrial robotics. With a career spanning foundational theory and hands-on engineering, Paul’s contributions are shaping safer, more efficient autonomous systems.