RFID tags will really become smart objects of the Internet of Things (IoT) if they will be able to exploit the passive nature of the communication also for exchanging data with any other networked devices in the Internet. To this aim, an adaptation layer, named 6lo-RFID, has been specifically designed to run IPv6 over the RFID link technology. In this paper we draw the design principles for the development of a fully passive, IPv6-compliant, and energy-efficient 6lo-RFID tag platform. In particular, we discuss the block's design of an RF energy harvester and evaluate the simulated performance of a fully-passive 6lo-RFID tag when GET/PUT CoAP methods are used to execute operations on the tag memory.
Design principles of a fully-passive RFID-based IoT sensing node / Massimo, Merenda; Sara, Pizzi; R, Carotenuto; A., Molinaro; DELLA CORTE, Francesco Giuseppe; A., Iera. - (2018), pp. 162-167. (Intervento presentato al convegno 24th European Wireless 2018 "Wireless Futures in the Era of Network Programmability", EW 2018 tenutosi a Catania, Italy nel 2 May 2018 through 4 May 2018).
Design principles of a fully-passive RFID-based IoT sensing node
Francesco Della Corte;
2018
Abstract
RFID tags will really become smart objects of the Internet of Things (IoT) if they will be able to exploit the passive nature of the communication also for exchanging data with any other networked devices in the Internet. To this aim, an adaptation layer, named 6lo-RFID, has been specifically designed to run IPv6 over the RFID link technology. In this paper we draw the design principles for the development of a fully passive, IPv6-compliant, and energy-efficient 6lo-RFID tag platform. In particular, we discuss the block's design of an RF energy harvester and evaluate the simulated performance of a fully-passive 6lo-RFID tag when GET/PUT CoAP methods are used to execute operations on the tag memory.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
