2016 International Conference on Identification, Information and Knowledge in the Internet of Things (IIKI) 2016
DOI: 10.1109/iiki.2016.60
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Blockchain Based Autonomous Selection of Electric Vehicle Charging Station

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Cited by 77 publications
(32 citation statements)
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“…Reference [199] discusses a system targeting at guaranteeing the execution of energy recharges for the autonomous electric vehicles refueling scenario that meets the requirements of latency, security and cost. Reference [200] is a blockchain-based design to enable electric vehicles to autonomously select the most appropriate charging stations among list of bids according to, e.g. the planned route, car battery status, real-time traffic information and drivers' preferences.…”
Section: ) Electric Vehicle and Gridmentioning
confidence: 99%
“…Reference [199] discusses a system targeting at guaranteeing the execution of energy recharges for the autonomous electric vehicles refueling scenario that meets the requirements of latency, security and cost. Reference [200] is a blockchain-based design to enable electric vehicles to autonomously select the most appropriate charging stations among list of bids according to, e.g. the planned route, car battery status, real-time traffic information and drivers' preferences.…”
Section: ) Electric Vehicle and Gridmentioning
confidence: 99%
“…In particular, the use of a dynamic scheme allows the SM to fix the various traffic levels in a very flexible way The presented protocol relies on a blockchain, where electric vehicles show their demand, while charging stations send bids. The overall mechanism is similar to an auction [89] Electric Vehicles • Exploit the availability of some data (i.e., planned route, car battery status, real-time traffic information, drivers' preferences), to support a matching between the demand and supply of energy for electric vehicles, using the potential of smart contracts and blockchain…”
Section: Document Analysismentioning
confidence: 99%
“…Sa aspekta korisnika oblasti primene Interneta stvari mogu biti podeljene u tri grupe: (1) IoT za ličnu upotrebu (telesna merenja), (2) IoT za ambijentalnu upotrebu (soba, hotel, kuća, muzej i sl.) i (3) IoT za upotrebu u okruženju (grad, destinacija) [29].…”
Section: Internet Stvariunclassified
“…Ovo je relativno nova oblast tehnologije, tako da je njena primena u turizmu za sad još uvek retka, međutim, potencijali su veoma veliki, posebno jer Internet stvari može pružiti nova i poboljšati postojeća rešenja u procesu kreiranja turističkih usluga. Pustišek et al (2014) navode da primena Interneta stvari u turizmu može da se ogleda u sledećem: (1) Lično wellness praćenje -senzori omogućavaju trenutno praćenje različitih aspekata lica, fizičke aktivnosti, praćenje fizioloških parametara kao što su srčani ritam, telesna temperatura, nivo šećera u krvi, kiseonik, ali čak i nivo stresa, količinu i kvalitet spavanja. Iako je većina ovih senzora ugrađeno u mobilne telefone, postoje parametri koji se ne mogu meriti na taj način, te su u te svrhe osmišljeni posebni predmeti (nakit, garderoba, obuća); (2) pametne zgrade -u takvim rešenjima senzori prate okolinu, uključujući npr.…”
Section: Primena Interneta Stvari U Turizmuunclassified
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