Risultati di ricerca

con K2 Items e Tipo , e con Elenco Pubblicazioni - Publications e K2 Category , e con ELISABETTA BIONDI e Author sono stati trovati i seguenti risultati:

E. Biondi,C. Boldrini,A. Passarella,M. Conti: “What youlose when you snooze: intercontact times and power-saving mode in opportunistic networks”,Submitted to ACM Transactions on Modeling and Performance Evaluation of Computing Systems,September 2016
In opportunistic networks, putting devices in energy saving mode is crucial to preserve their battery, and hence to increase the lifetime of the network and foster user participation. A popular strategy for energy saving is duty cycling. However, when...
http://phd.dii.unipi.it/pubblicazioni/item/1182-e-biondi,c-boldrini,a-passarella,m-conti-“what-youlose-when-you-snooze-intercontact-times-and-power-saving-mode-in-opportunistic-networks”,submitted-to-acm-transactions-on-modeling-and-performance-evaluation-of-computing-systems,september-2016.html
E. Biondi, C. Boldrini, R. Bruno: “Optimal Deployment of Stations for a Car Sharing System with Stochastic Demands: a Queueing Theoretical Perspective”, In Proceedings of IEEE Intelligent Transportation Systems Conference (pp. 1-7), November 2016.
Car sharing holds a promise of reducing traffic congestion and pollution in cities as well as of boosting the use of public transport when used as a last-mile solution in a multi-modal transportation scenario. Despite this huge potential, several...
http://phd.dii.unipi.it/pubblicazioni/item/1181-e-biondi,-c-boldrini,-r-bruno-“optimal-deployment-of-stations-for-a-car-sharing-system-with-stochastic-demands-a-queueing-theoretical-perspective”,-in-proceedings-of-ieee-intelligent-transportation-systems-conference-pp-1-7-,-november-2016.html
E. Biondi, C. Boldrini, R. Bruno: “The Impact of Regulated Electric Fleets on the Power Grid: the Car Sharing Case”, In Proceedings of IEEE 2nd International Forum on Research and Technologies for Society and Industry (RTSI 2016) (pp. 1-6), September
On-demand mobility services, such as bike and car sharing, are experiencing an exponential growth and are expected to play an essential role in future transportation systems. In addition, car sharing is recognised as a key driving force for the...
http://phd.dii.unipi.it/pubblicazioni/item/1180-e-biondi,-c-boldrini,-r-bruno-“the-impact-of-regulated-electric-fleets-on-the-power-grid-the-car-sharing-case”,-in-proceedings-of-ieee-2nd-international-forum-on-research-and-technologies-for-society-and-industry-rtsi-2016-pp-1-6-,-september.html
E. Biondi, C. Boldrini, R. Bruno: “Optimal Charging of Electric Vehicle Fleets for a Car Sharing System with Power Sharing”, Technical Report IIT TR-01-2016, February 2016.
Electric car sharing services have been growing in popularity in the last years but operators are striving to reduce the costs of deploying and managing their charging infrastructure. Charging technologies that offer power sharing have the potential to...
http://phd.dii.unipi.it/pubblicazioni/item/1179-e-biondi,-c-boldrini,-r-bruno-“optimal-charging-of-electric-vehicle-fleets-for-a-car-sharing-sys-tem-with-power-sharing”,-technical-report-iit-tr-01-2016,-february-2016.html
E. Biondi, C. Boldrini, A. Passarella, M. Conti: "Optimal duty cycling in mobile opportunistic net-works with end-to-end delay guarantees", Technical Report IIT TR-13-2014, 2014
Opportunistic communications have been recently proposed as a key strategy for offloading traffic from 3G/4G cellular networks, which is particularly beneficial in case of crowded areas where many users are interested in similar contents. To conserve...
http://phd.dii.unipi.it/pubblicazioni/item/705-e-biondi,-c-boldrini,-a-passarella,-m-conti-optimal-duty-cycling-in-mobile-opportunistic-net-works-with-end-to-end-delay-guarantees-,-technical-report-iit-tr-13-2014,-2014.html
E. Biondi, C. Boldrini, A. Passarella, M. Conti: "Duty cycling in opportunistic networks: intercontact times and energy-delay tradeoff", IIT-CNR 2013, Technical Report IIT TR-22/2013, December 2013
Portable mobile devices like smartphones and tablets are the enablers for communications in mobile ad hoc networks. In order to optimise their energy usage, one of the most popular techniques is to implement a duty cycling policy, which periodically...
http://phd.dii.unipi.it/pubblicazioni/item/704-e-biondi,-c-boldrini,-a-passarella,-m-conti-duty-cycling-in-opportunistic-networks-intercontact-times-and-energy-delay-tradeoff-,-iit-cnr-2013,-technical-report-iit-tr-22-2013,-december-2013.html
E. Biondi, C. Boldrini, R. Bruno: “Optimal Charging of Electric Vehicle Fleets for a Car Sharing System with Power Sharing”, In Proceedings of IEEE Energycon 2016, pp. 1-6, April 2016.
Electric car sharing services have been growing in popularity in the last years but operators are striving to reduce the costs of deploying and managing their charging infrastructure. Charging technologies that offer power sharing have the potential to...
http://phd.dii.unipi.it/pubblicazioni/item/706-e-biondi,-c-boldrini,-r-bruno-optimal-charging-of-electric-vehicle-fleets-for-a-car-sharig-sys-tem-with-power-sharing-,-energycon-2016-accepted-abstract-the-4th-september-2015,-under-final-submission.html
E. Biondi, C. Boldrini, A. Passarella, M. Conti: "Optimal energy vs. delay trade off in opportunistic networks", IIT-CNR 2015, Technical Report IIT TR-13-2015, October 2015. In fase di sottomissione a IEEE Transactions on Mobile Computing.
Opportunistic communications have been recently proposed as a key strategy for offloading traffic from 3G/4G cellular networks, which is particularly beneficial in case of crowded areas where many users are interested in similar contents. To conserve...
http://phd.dii.unipi.it/pubblicazioni/item/703-e-biondi,-c-boldrini,-a-passarella,-m-conti-optimal-energy-vs-delay-trade-off-in-opportunistic-networks-,-iit-cnr-2015,-technical-report-iit-tr-13-2015,-october-2015-in-fase-di-sottomissione-a-ieee-transactions-on-mobile-computing.html
E. Biondi, C. Boldrini, A. Passarella, M. Conti: "What you lose when you snooze: intercontact times and power-saving mode in opportunistic networks.", IIT-CNR 2015, Technical Report IIT TR-12-2015, September 2015. Under submission to ACM ToMPECS
In opportunistic networks, putting devices in energy saving mode is crucial to preserve their battery, and hence to increase the lifetime of the network and to foster user cooperation. However, a side effect of duty cycling is to reduce the number of...
http://phd.dii.unipi.it/pubblicazioni/item/702-e-biondi,-c-boldrini,-a-passarella,-m-conti-what-you-lose-when-you-snooze-intercontact-times-and-power-saving-mode-in-opportunistic-networks-,-iit-cnr-2015,-technical-report-iit-tr-12-2015,-september-2015-under-submission-to-acm-tompecs.html
E. Biondi, C. Boldrini, M. Conti, A. Passarella: "Duty Cycling in Opportunistic Networks: the Effect on Intercontact Times", In Proceedings of ACM MSWiM 2014, pages 1-5, 2014
In opportunistic networks, putting devices in energy saving mode is crucial to preserve their battery, and hence to increase the lifetime of the network and to foster user cooperation. However, a side effect of duty cycling is to reduce the number of...
http://phd.dii.unipi.it/pubblicazioni/item/217-e-biondi,-c-boldrini,-m-conti,-a-passarella-duty-cycling-in-opportunistic-networks-the-effect-on-intercontact-times-,-in-proceedings-of-acm-mswim-2014,-pages-1-5,-2014.html
E. Biondi, C. Boldrini, A. Passarella, M. Conti: "Optimal duty cycling in mobile opportunistic networkws with end-to-end delay guarantees", In Proceedings of European Wireless 2014, pages 1-6, 2014
Opportunistic communications have been recently proposed as a key strategy for offloading traffic from 3G/4G cellular networks, which is particularly beneficial in case of crowded areas where many users are interested in similar contents. To conserve...
http://phd.dii.unipi.it/pubblicazioni/item/216-e-biondi,-c-boldrini,-a-passarella,-m-conti-optimal-duty-cycling-in-mobile-opportunistic-networkws-with-end-to-end-delay-guarantees-,-in-proceedings-of-european-wireless-2014,-pages-1-6,-2014.html

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