Sami ud Din

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About

Sami ud Din is a control systems researcher whose work focuses on advanced nonlinear control strategies for robotic systems. His primary research areas include sliding mode control, adaptive control, and finite-time stability theory, with applications to robotic manipulators and perturbed mechanical systems. His most cited work, "Finite-Time Tracking Controller Design of Perturbed Robotic Manipulator Based on Adaptive Second-Order Sliding Mode Control Method" (2021, 31 citations), introduces an innovative adaptive second-order sliding mode control scheme that ensures robust trajectory tracking under uncertainties and external disturbances. By designing a novel control law that drives robotic manipulators to a proportional-integral-derivative switching surface within finite time, Din addresses critical challenges in precision and convergence speed. His contributions are particularly valuable for industrial robotics and automation, where reliable performance under dynamic conditions is essential. With growing citation impact, Sami ud Din continues to advance the field of robust control, offering practical solutions for high-performance robotic systems.