Zyad Atig Rouili

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About

Zyad Atig Rouili is a control systems researcher whose work focuses on robust trajectory tracking for autonomous mobile robots, particularly wheeled mobile robots (WMRs) operating under real-world uncertainties. His most cited paper, "Trajectory Tracking of Wheeled Mobile Robot using Adaptive Second Order Sliding Mode Controller" (2019), addresses a critical challenge in robotics: maintaining precise path-following despite matched and unmatched disturbances. By converting the tracking problem into a double integral system stabilization and applying an adaptive second-order sliding mode controller, Rouili’s approach enhances robustness without requiring exact knowledge of uncertainty bounds—a significant advance for practical deployment. While his citation count is currently modest (4 citations for this key work), his contribution is notable for bridging theoretical sliding mode control with adaptive mechanisms, offering a computationally efficient solution for nonholonomic robots. This work is particularly relevant for researchers in mobile robotics, nonlinear control, and autonomous systems, as it lays groundwork for more resilient navigation in unstructured environments. Rouili’s research sits at the intersection of adaptive control theory and mechatronic design, with potential applications in service robotics, industrial automation, and autonomous vehicles.