Rabah Louali
Papers
3
Total Citations
20
H-Index
3
About
Rabah Louali is a researcher whose work lies at the intersection of unmanned aerial vehicle (UAV) design, embedded systems, and advanced control theory. His research focuses on two critical areas: the practical development of robust embedded sensor systems for UAVs, and the theoretical advancement of flight control algorithms. Louali’s most cited work, “Experimental Approach for Evaluating an UAV COTS-Based Embedded Sensors System” (9 citations), demonstrates his commitment to bridging the gap between commercial off-the-shelf components and reliable aerial platforms. He has also made significant contributions to fixed-wing UAV design, proposing dynamic models to facilitate the use of emulation vehicles, thereby reducing the logistical burdens of outdoor testing. His most recent and notable achievement is the introduction of a novel saturated robust control technique for quadrotor aircraft, detailed in his 2024 paper (6 citations). This work, which employs bounded robust finite-time homogeneous sliding mode control, is specifically designed to handle matched disturbances, offering a promising roadmap for autonomous search and rescue operations. Through this combination of experimental validation and rigorous control theory, Louali is advancing the state of the art in making UAVs more resilient, autonomous, and mission-ready.
Research Focus
Key Achievements
Top Papers
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