Imed Jabbari

Centre de Recherche en Automatique de Nancy

Papers

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About

Dr. Imed Jabbari’s research focuses on the intersection of nonlinear control theory and robotic systems, with a particular emphasis on cable-driven parallel robots (CDPRs). His most-cited work, “Discontinuous finite-time control for Cable Driven Parallel Robots” (2020), addresses a fundamental challenge in CDPRs: designing controllers for actuators that can only pull, not push. By proposing a novel discontinuous sliding mode controller, Jabbari achieves finite-time stability for these underactuated systems, a critical advance for applications in large-scale manipulation and rehabilitation robotics. With 5 citations, this paper has already influenced subsequent work on robust control of cable robots. Beyond this, Jabbari’s broader contributions include developing Lyapunov-based methods for finite-time convergence in nonlinear systems, offering practical solutions for real-world robotic platforms where precision and speed are essential. His work bridges theoretical control design with hardware constraints, making him a key figure in advancing the reliability and performance of cable-driven mechanisms. For students and researchers, Jabbari’s research demonstrates how rigorous control theory can solve tangible engineering problems, paving the way for safer, more efficient robotic systems.