Clock synchronization for wireless sensor network with communication delay
Emanuele Garone, Andrea Gasparri, Francesco Lamonaca
Abstract
Emanuele Garone, Andrea Gasparri, Francesco Lamonaca
Abstract
In this work, the clock synchronization problem for wireless sensor networks is addressed. In our scenario, we consider a wireless sensor network where nodes are equipped with a local clock hardware and communicate in order to achieve a common sense of time. This work introduces a novel synchronization algorithm able to ensure a good level of synchronization even in the presence of random bounded communication delays. A theoretical analysis of the robustness of the proposed algorithm is proposed along with simulations to corroborate the theoretical finding.
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In this work, the clock synchronization problem for wireless sensor networks is addressed. In our scenario, we consider a wireless sensor network where nodes are equipped with a local clock hardware and communicate in order to achieve a common sense of time. This work introduces a novel synchronization algorithm able to ensure a good level of synchronization even in the presence of random bounded communication delays. A theoretical analysis of the robustness of the proposed algorithm is proposed along with simulations to corroborate the theoretical finding.
Key concepts: Clock synchronization, Wireless sensor network, Computer science, Robustness (evolution), Synchronization (alternating current), Data synchronization, Key distribution in wireless sensor networks, Self-clocking signal