Synchronized WSNs architecture for efficient remote tasks scheduling

Amilcare Francesco Santamaria, Cesare Sottile, Salvatore Marano

Abstract

In this work a possible cooperation among Wireless Sensor Network (WSN)s has been investigated in order to enhance coverage capability of a WSN system and to improve service performance having the possibility to acquire information from Area of Interest (AoI) which is composed of some cluster area, which may belong to different WSNs. In particular, a sensor node that belongs to a specific cluster of a WSN can exploit other nodes to gather information through different WSN exploiting virtual connections that allow a Cluster Head (CH) to exploit clusters that may belong to external systems. For example if the service requires to acquire data from several areas or require to make some forecasting processing may be necessary to acquire data from neighbour areas thus allow us to exploit guest systems to acquire important information about environment or other kind of measurements. In order to perform these tasks it is important to design an efficient network protocol that address communications and synchronization issues among WSNs system. This can be made exploiting an ad-hoc protocol that synchronize WSNa and allowing remote job scheduling as well.

Keywords

WSN, clustering, WSN scheduling, Synchronized WSNs

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DOI

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IMEKO TC

TC4 - Measurement of Electrical Quantities

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