Operational modal analysis deals with the estimation of modal parameters from vibration
data obtained in operational rather than laboratory conditions. This paper extensively …

Experimental modal analysis has become a commonly-used technique for studying the
dynamical behaviour of mechanical and civil structures, such as for example cars, aircrafts …

This series of two papers presents a method for estimating nonparametric noise and
frequency response function models of multivariable linear dynamic systems excited by …

This paper studies the impact of nonlinear distortions on linear system identification. It
collects a number of previously published methods in a fully integrated approach to measure …

Measuring the impedance frequency response of systems by means of frequency sweep
electrical impedance spectroscopy (EIS) takes time. An alternative based on broadband …

This book enables readers to understand system identification and linear system modeling
through 100 practical exercises without requiring complex theoretical knowledge. The …

Identification of time-invariant linear dynamic systems is a mature subject. In this contribution
we focus on the interplay between methods that use time and frequency domain data …

The aim of this article is to give a tutorial overview of frequency response function (FRF) or
impulse response (IR) function measurements of linear dynamic systems. These …

Learning from past data enables substantial performance improvement for systems that
perform repeating tasks. Achieving high accuracy and fast convergence in the presence of …

Inspired by the recent promising developments of Bayesian learning techniques in the
context of system identification, this paper proposes a Transfer Function estimator, based on …