Pierdomenico Pepe

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About

Pierdomenico Pepe is a leading figure in the analysis and control of nonlinear systems with time delays, a critical area for understanding everything from ecological networks to robotic and biomedical systems. His work focuses on the intersection of delay differential equations and event-triggered control, developing methods that allow systems to update control actions only when necessary—saving communication and computation resources while maintaining stability. His most cited paper, "Event-Triggered Control of Nonlinear Systems With Time-Varying State Delays" (2020), with 47 citations, provides a rigorous framework for this approach. Pepe has also authored a widely referenced tutorial on stabilizing nonlinear delay systems (2015, 33 citations), which serves as a key resource for researchers entering the field. His recent work extends these ideas to digital event-based control under exogenous disturbances (2024, 10 citations), addressing practical challenges in networked and embedded systems. Pepe’s contributions are foundational for engineers designing resilient, resource-efficient control systems in the presence of delays and uncertainty.