Ghania Zidani

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About

Ghania Zidani is a researcher specializing in nonlinear control systems and mobile robotics, with a particular focus on addressing the complex challenges inherent in autonomous robot navigation. Her work centers on developing robust control strategies for nonholonomic wheeled mobile robots — systems characterized by motion constraints that significantly complicate trajectory tracking and control design. Zidani's most notable contribution, "Robust Nonlinear Control of a Mobile Robot" (2016), has garnered 8 citations and tackles one of the field's persistent challenges: designing controllers that remain effective despite uncertain system parameters, unmodeled dynamics, and nonholonomic constraints. This work demonstrates her commitment to developing practically viable solutions that ensure reliable trajectory tracking under real-world conditions. Her earlier work, "Nonlinear Tracking Control of a Wheeled Mobile Robot" (2014), further establishes her focus on overcoming disturbances and parametric uncertainties in mobile robot systems. Together, these contributions reflect Zidani's dedication to advancing robust control theory as applied to autonomous mobile platforms — an area of growing importance in industrial automation, service robotics, and autonomous vehicle development. Her research provides valuable theoretical frameworks for students and engineers working to build more reliable and resilient robotic systems.