On‐board data synchronization in wireless structural health monitoring systems based on phase locking

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 monitoring (SHM) systems, synchronization discrepancies may lead to erroneous estimations of structural parameters of monitored structures, such as mode shapes. To avoid errors in the estimations of structural parameters, structural response data sets collected from a structure must be synchronized. Synchronization between structural response data sets can be achieved through offline processing. However, in wireless SHM systems offline processing requires wireless communication of entire structural response data sets, which has proven to be detrimental to the power autonomy of wireless sensor nodes. This paper presents an embedded synchronization

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