Coded multicasting for content dissemination in a cellular vehicular network
SA Bitaghsir, A Khonsari - IEEE Communications Letters, 2017 - ieeexplore.ieee.org
SA Bitaghsir, A Khonsari
IEEE Communications Letters, 2017•ieeexplore.ieee.orgIn this letter, we aim to model and analyze the coded multicasting communication in a hybrid
environment with mobile nodes. We consider a cellular vehicular network in which vehicles
are mobile nodes and obtain contents either from each other (ie, D2D) or the base station
(ie, D2I). Employing learning theory, we propose a novel dissemination algorithm tailored for
coded multicasting communication in a setting with mobile users. On average, simulation
experiments reveal 8% decrease in network communication rate compared with previously …
environment with mobile nodes. We consider a cellular vehicular network in which vehicles
are mobile nodes and obtain contents either from each other (ie, D2D) or the base station
(ie, D2I). Employing learning theory, we propose a novel dissemination algorithm tailored for
coded multicasting communication in a setting with mobile users. On average, simulation
experiments reveal 8% decrease in network communication rate compared with previously …
In this letter, we aim to model and analyze the coded multicasting communication in a hybrid environment with mobile nodes. We consider a cellular vehicular network in which vehicles are mobile nodes and obtain contents either from each other (i.e., D2D) or the base station (i.e., D2I). Employing learning theory, we propose a novel dissemination algorithm tailored for coded multicasting communication in a setting with mobile users. On average, simulation experiments reveal 8% decrease in network communication rate compared with previously reported coded multicasting methods.
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