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About

Herbert Werner is a prominent control systems researcher whose work spans robust control, linear parameter-varying (LPV) systems, model predictive control, and robotics. Perhaps his most enduring contribution to the field is his widely adopted textbook *Robust Control Design with MATLAB* (2006), which has accumulated over 460 citations and become an essential resource for students and practitioners alike, democratizing access to advanced control design tools. Werner has made particularly influential contributions to LPV modeling and control, developing innovative methods that reduce conservatism in controller synthesis. His work applying principal component analysis to scheduling trajectories — the PCA-based parameter set mapping framework — has significantly improved how LPV systems are represented and controlled, with direct applications to robotic manipulators demonstrated across multiple experimental studies. His research on quasi-LPV representations has further bridged the gap between nonlinear systems and tractable control design, enabling efficient nonlinear MPC implementations in real robotic platforms. Beyond robotics, Werner has contributed to iterative learning control for free electron lasers and rehabilitation robotics, and to distributed formation control for multi-agent systems using graph-theoretic approaches. Collectively, his papers reflect a career dedicated to making sophisticated control theory practically implementable, with a total citation footprint exceeding 850 across his most notable works.