Wireless sensor networks are prone to synchronization discrepancies, due to the lack of
intrinsic global clock management from a centralized server. In wireless structural health …

Wireless smart sensor networks (WSSNs) have shown great promise in structural health
monitoring (SHM), because of their advantages of low cost, higher flexibility, robust data …

Since the advent of structural health monitoring (SHM), vibration analysis has been one of
the most popular strategies for yielding modal information of structures, such as …

Smart sensors densely distributed over structures can provide rich information for structural
monitoring using their onboard wireless communication and computational capabilities …

Wireless sensor networks have attracted attention as a possible solution for applications of
periodic and continuous structural health monitoring. Ensuring synchronous data acquisition …

Wireless health monitoring schemes are innovative techniques, which effectively remove the
disadvantages associated with current wire-based sensing systems, ie, high installation and …

The aim of this work is to develop a wireless sensor network for both structural health
monitoring of civil infrastructure and seismic event detection and recording. The network is …

Structural health monitoring aims to provide an accurate diagnosis of the condition of civil
infrastructures during their life span using data acquired by sensors. Wireless sensor …

Advances in low-cost wireless sensing have made instrumentation of large civil
infrastructure systems with dense arrays of wireless sensors possible. A critical issue with …

The implementation of a wireless smart sensor network (WSSN) to monitor a structure
subjected to sudden events (eg, earthquakes) poses many challenges. One typical …