A critical survey and comparison of parametric time-domain methods for non-stationary
random vibration modelling and analysis based upon a single vibration signal realization is …

This paper presents a review of time-frequency distribution tools for the analysis of non-
linear vibrations of structures. The theoretical basis of the moving window discrete Fourier …

This paper proposes an adaptive color-guided autoregressive (AR) model for high quality
depth recovery from low quality measurements captured by depth cameras. We observe and …

Deformation monitoring and dynamic characteristic analysis of bridge structures are the vital
and basic requirements for the safe operation of bridges. In recent years, Global Navigation …

Seismic retrofitting is a hot issue in the field of earthquake engineering, and the externally-
attached substructure approach is a well-known solution due to its no-disturbing …

Abstract The Hilbert-Huang transform (HHT) has been widely applied and recognised as a
powerful time-frequency analysis method for nonlinear and non-stationary signals in …

In recent years, an increasing number of seismically isolated high-rise buildings have been
constructed in coastal and inland areas exposed to strong winds. However, the effect of wind …

This work explores the role of ambient excitation and empirical modeling in detecting
damage in offshore structures. Two simple models of an articulated offshore structure are …

A method for damage detection of a simply supported concrete bridge structure in time
domain is presented using the interaction forces from the moving vehicles as excitation. The …

The use of Artificial Intelligence methods is becoming increasingly common in the modeling
and forecasting of hydrological and water resource processes. In this study, applicability of …