Engineering systems experiencing high-rate dynamic events, including airbags, debris
detection, and active blast protection systems, could benefit from real-time observability for …

Complex, high‐rate dynamic structures, such as hypersonic air vehicles, space structures,
and weapon systems, require structural health monitoring (SHM) methods that can detect …

Engineering systems undergoing extreme and harsh environments can often times
experience rapid damaging effects. In order to minimize loss of economic investment and …

Engineering systems experiencing events of amplitudes higher than 100 gn for a duration
under 100 ms, here termed high-rate dynamics, can undergo rapid damaging effects. If the …

Reliable operation of next generation high-speed complex structures (eg hypersonic air
vehicles, space structures, and weapons) relies on the development of microsecond …

High‐rate dynamic systems are defined as systems being exposed to highly dynamic
environments that comprise high‐rate and high‐amplitude events. Examples of such …

In this paper, a method for real-time forecasting of the dynamics of structures experiencing
nonstationary inputs is described. This is presented as time series predictions across …

Safe and reliable operation of hypersonic aircraft, space structures, advanced weapon
systems, and other high-rate dynamic systems depends on advances in state estimators and …

This thesis concerns the development of various technologies necessary to increase the
speed of electromechanical impedance based state detection to the microsecond timescale …

In this dissertation, a new area of research identified as high-rate state estimation is
established along with its associated research challenges, and a path for a solution is …