Summary Global Navigation Satellite System (GNSS) positioning technology has had
widespread applications in the structural health monitoring as its overall performance has …

The advent of modern geodetic satellite techniques (GNSS, including GPS) permitted to
observe dynamic deflections of bridges, initially of long flexible ones, and more recently of …

The multipath effect is well known as one of the dominant error sources in most high-
precision GNSS applications, as its site-dependent and fast-changing nature render it …

Monitoring large structures is a significant issue involving public health on which new
studies are constantly carried out. Although the Global Navigation Satellite System (GNSS) …

Modern cities are full of complex and substantial engineering structures that differ by their
geometry, sizes, operating conditions, and technologies used in their construction. During …

The deflection dynamic load allowance (DLA) of stiff bridges with high piers requires sub-
millimeter accuracy. New technologies such as the vision-based optical method and GNSS …

Monitoring the dynamic responses of bridge structures has received considerable attention.
It is important to synchronously measure both the quasi-static and dynamic displacements of …

This study investigates the effectiveness of geodetic methods in Structural Health Monitoring
(SHM), focusing on the utilization of the High-Rate Global Navigation Satellite System (HR …

GNSS technology (known especially for GPS satellites) for measurement of deflections has
proved very efficient and useful in bridge structural monitoring, even for short stiff bridges …

The advent of modern geodetic satellite techniques (GNSS, including GPS) permitted to
observe dynamic deflections of bridges, initially of long flexible ones, and more recently of …