Operational modal analysis methods have been proven especially useful to identify existing
structures and infrastructures under serviceability conditions. However, the installation of …

Obtaining timely information about the health of civil infrastructure is critical to ensuring safe
and reliable operation. Structural health monitoring has been proposed as a means to …

With the increasing application of long-term dynamic monitoring systems to civil engineering
structures, automated operational modal analysis (OMA) has become a fascinating research …

How to identify modal parameters accurately and automatically is an important issue in
structural health monitoring. In this paper, two aspects of this issue are investigated based …

Automatic modal identification via automatically interpreting the stabilization diagram
provides key technique in bridge structural health monitoring. This paper reviews the …

As modal parameters are the essential features of structural operational condition, the
automated structural modal identification technique is currently driving a strong interest in …

A robust automated method for operational modal analysis (OMA) is in a great demand for
processing a large amount of structural health monitoring data from engineering structures …

Many parameters can be used to express a machine's condition and to track its evolution
through time, such as modal parameters extracted from vibration signals. Operational Modal …

Automated operational modal analysis (OMA) is attractive and has been extensively used to
replace traditional OMA, which requires much empirical observation and engineers' …

The development of a fully automated system identifier without the need for human
intervention, is a key step for real-time vibration-based Structural Health Monitoring (SHM) …