Papers
3
Total Citations
65
H-Index
3
About
Atallah Benalia is a control systems researcher whose work bridges the gap between theoretical robustness and real-world automation. His primary research areas include nonlinear control, sliding mode techniques, and the observability of switched systems, with applications ranging from mobile robotics to power electronics. Benalia’s most influential contribution is his 2016 paper on integral sliding mode control for wheeled mobile robots, which has garnered 43 citations for its novel approach to trajectory tracking under uncertainties—a critical challenge in autonomous navigation. He further advanced the field by combining differential flatness with high-order sliding mode control for car-like robots (2004), demonstrating how to achieve robust tracking while simplifying trajectory generation. More recently, his 2019 work on observability conditions for switched linear systems, applied to DC/DC multilevel converters, has earned 10 citations and showcases his ability to extend control theory to power electronics. With a career spanning foundational theory and practical implementation, Benalia’s research provides essential tools for engineers designing resilient autonomous systems, making him a notable figure in the control community.
Research Focus
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