Kumaran Palani

Papers

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About

Dr. Kumaran Palani is a leading researcher in intelligent robotic control systems, with a primary focus on industrial automation and manufacturing optimization. His work bridges advanced computational intelligence and mechanical engineering, particularly in the domain of robot manipulator control for precision tasks. His most-cited paper, "An intelligent fuzzy-particle swarm optimization supervisory-based control of robot manipulator for industrial welding applications" (2023, 37 citations), introduces a novel hybrid control framework that combines fuzzy logic with particle swarm optimization to enhance the accuracy and cost-efficiency of robotic welding—a critical process in automotive and heavy manufacturing. This contribution addresses the industry's pressing need for affordable, high-speed production without compromising precision. Dr. Palani's research demonstrates significant impact by offering practical, scalable solutions for replacing human labor in hazardous or repetitive welding environments. His work is notable for integrating soft computing techniques into real-time supervisory control, setting a benchmark for adaptive robotic systems. With growing citation influence, Dr. Palani continues to shape the future of smart manufacturing and intelligent automation.