A resilient system is a system that possesses the ability to survive and recover from the
likelihood of damage due to disruptive events or mishaps. The concept that incorporates …

Successful recovery from a disrupted state to maintain optimal performance is a key feature
that a resilient complex engineered system should have. In the engineering design …

Managing potential disruptive events at the operating phase of an engineered system
therefore improving the system's failure resilience is an importance yet challenging task in …

This paper presents a sensitivity study of a wake vortex impact alleviation system based on
an airborne forward-looking Doppler LiDAR sensor. The basic principle of the system is to …

During a wake-vortex encounter, an aircraft can experience significant attitude and flight-
path changes, which can represent a severe safety risk. The application of a wake impact …

Resilience is a dimension of trade study analysis that must be accounted for in early
conceptual system design because it can influence cost, reliability, performance, and overall …

Over the last decade, Loss-of-Control in-flight (LOC-I) has been deemed to be the most
significant contributing factor to fatal accidents amongst the worldwide commercial jet flee t …

The paper complements previous works of the authors on lidar-based active wake impact
alleviation control functions by investigating the lidar sensor requirements for such systems …

Over the last decade, Loss-of-Control in-flight (LOC-I) has been deemed to be the most
significant contributing factor to fatal accidents amongst the worldwide commercial jet fleet2 …

SENSOR noise and turbulence effects have been prevalent issues in control system design.
Although a control system may respond well to “clean” input signals and commands in …