Wireless Sensor Networks (WSNs) are infrastructures able to monitor the environment in which they are immersed. As empirically demonstrated [7, 6], this environment deeply affects the behavior of the physical communication layer and, as a consequence, of the entire network stack. There- fore, information about the properties of the wireless links in the specific environment at hand is crucial to build reliable systems. The WSN community has recognized the relevance of the problem and built tools to empirically experiment with wireless links, e.g., SWAT [8], SCALE [5], and RadiaLE [3].
TRIDENT: Untethered Observation of Physical Communication Made to Share
Ceriotti, Matteo;Murphy, Amy Lynn;Picco, Gian Pietro
2011-01-01
Abstract
Wireless Sensor Networks (WSNs) are infrastructures able to monitor the environment in which they are immersed. As empirically demonstrated [7, 6], this environment deeply affects the behavior of the physical communication layer and, as a consequence, of the entire network stack. There- fore, information about the properties of the wireless links in the specific environment at hand is crucial to build reliable systems. The WSN community has recognized the relevance of the problem and built tools to empirically experiment with wireless links, e.g., SWAT [8], SCALE [5], and RadiaLE [3].File in questo prodotto:
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