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Titlebook: Wireless Sensor Networks; 12th European Confer Tarek Abdelzaher,Nuno Pereira,Eduardo Tovar Conference proceedings 2015 Springer Internation

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A Knapsack-Based Message Scheduling and Drop Strategy for Delay-Tolerant Networks the store-carry-forward approach. Routing methods in such an environment tend to increase the number of messages to improve the delivery ratio. However, excessive message copies lead to buffer overflows because of limited storage space. Therefore, an efficient message-scheduling and drop strategy i
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Lightweight Data-Centric Communications for Wireless Sensor Networksess composed of features {.} to reach all nodes with a temperature sensor located in Room D. Each node constructs its address from the set of its features and disseminates it in the network so that intermediate nodes can build routing tables. In this way, a node can send a packet to a set of nodes m
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RoCoCo: Receiver-Initiated Opportunistic Data Collection and Command Multicasting for WSNser, the transmission of control commands from the sink to one or only a small set of nodes in the network is generally unsupported by these protocols. Supplementary protocols for packet routing and data dissemination have been developed to this end, although their energy requirements commonly thwart
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Recycling Corrupt Packets over Multiple Hopsating their complete recovery. We motivate this approach with two insights: address-agnostic routing in WSN can forgive header errors since intermediate nodes know the next hop and the destination; and that payload errors can be either interpolated, due to error-tolerant nature of information in WSN
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On the Scalability of Constructive Interference in Low-Power Wireless Networkslooding and sub-.s time synchronisation among network nodes. The scalability of this technique has been questioned in regards to the maximum temporal misalignment among baseband signals, due to the variety of path delays in the network. By contrast, we find that the scalability is compromised, in th
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