Publication | Closed Access
MU-Sync
126
Citations
14
References
2008
Year
Unknown Venue
Underwater NetworksEngineeringOcean EngineeringUnderwater Wireless NetworksNumerous Time SynchronizationUnderwater SystemUnderwater Acoustic CommunicationUnderwater AcousticPropagation DelayUnderwater Sensor NetworkSignal ProcessingAcoustic Sensor Networks
Although there are numerous time synchronization algorithms recently proposed for terrestrial wireless sensor networks, none of these could be directly applied to underwater acoustic sensor networks. This is because they typically assume that the propagation delay is negligible, which is not the case in underwater. Furthermore, the sensor nodes in underwater tend to have some degree of mobility due to wind or ocean current, which complicates the problem even more by introducing time-varying delay.
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