In this paper we consider Delay Tolerant Network (DTN) as a technology to implement a future network in a People Centric Networking paradigm, using Active RFID carried by people that exchange information with each other. We propose a novel and real Neighbor Discovery (ND) phase on active RFID based DTN using Open Beacon devices. In particular, we propose a solution using the Sift distribution on a probabilistic persistent approach called Sift-Persistent. We simulated P-Persistent, Aloha and our solution using our customized Java simulator. We implemented Sift-Persistent and P-Persistent on Open-Beacon devices, comparing the simulation results and test-beds. Moreover, simulations and real testbed show a coherent behavior validating our proposal in the RFID context. Performance evaluations have been tested in terms of discovered neighbors.
Efficient Neighbor Discovery in RFID based devices over resource-constrained DTN networks / Amendola, Danilo; Floriano De, Rango; Massri, Khalil; Vitaletti, Andrea. - ELETTRONICO. - (2014), pp. 3842-3847. (Intervento presentato al convegno 2014 IEEE International Conference on Communications (ICC) tenutosi a Sydney; Australia) [10.1109/ICC.2014.6883920].
Efficient Neighbor Discovery in RFID based devices over resource-constrained DTN networks
AMENDOLA, DANILO;MASSRI, KHALIL;VITALETTI, Andrea
2014
Abstract
In this paper we consider Delay Tolerant Network (DTN) as a technology to implement a future network in a People Centric Networking paradigm, using Active RFID carried by people that exchange information with each other. We propose a novel and real Neighbor Discovery (ND) phase on active RFID based DTN using Open Beacon devices. In particular, we propose a solution using the Sift distribution on a probabilistic persistent approach called Sift-Persistent. We simulated P-Persistent, Aloha and our solution using our customized Java simulator. We implemented Sift-Persistent and P-Persistent on Open-Beacon devices, comparing the simulation results and test-beds. Moreover, simulations and real testbed show a coherent behavior validating our proposal in the RFID context. Performance evaluations have been tested in terms of discovered neighbors.File | Dimensione | Formato | |
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