Knowledge Agora

Title	A Sustainable Vehicular Based Energy Efficient Data Dissemination Approach
ID_Doc	41132
Authors	Naseer, S; Liu, W; Sarkar, NI; Chong, PHJ; Lai, E; Venkatesha, R
Title	A Sustainable Vehicular Based Energy Efficient Data Dissemination Approach
Year	2017
Published
Abstract	One of the main issues for a smart city is the data aggregation from various data sources to the central control units for storage and analysis. While the core networks are winding up progressively over-burden, the cost of keeping up and extending the networks to oblige the big data of these smart cities stays high. Moreover, the utilization of these systems continues expanding the energy consumptions. Consequently, the carbon emissions amid this procedure could at long last wind up genuinely hurting the environment. In order to overcome the problems of congested networks, energy consumption, and carbon emissions we propose an energy efficient data dissemination framework. The idea is to utilize the city existing public transport infrastructure to pick up and deliver the big data from designated pick-up points and data centers. Two numerical studies evaluated in this paper confirm the noteworthy cost and energy savings can be obtained by utilizing the existing vehicle volume on the road for big data dissemination in the smart city. The analysis of energy cost and carbon emissions using the traditional min-cost flow problem is also included.
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ID	Score	Article
42452		Naseer, S; Liu, W; Sarkar, NI Energy-Efficient Massive Data Dissemination through Vehicle Mobility in Smart Cities(2019)Sensors, 19, 21
42224		Naseer, S; Liu, W; Sarkar, NI; Chong, PHJ; Lai, E; Ma, MD; Prasad, RV; Danh, TC; Chiaraviglio, L; Qadir, J; Cao, Y; Wu, JS; Lutui, R; Manzoor, S A Sustainable Marriage of Telcos and Transp in the Era of Big Data: Are We Ready?(2018)
42182		Chang, JP; Kadry, SN; Krishnamoorthy, S Review and synthesis of Big Data analytics and computing for smart sustainable cities(2020)Iet Intelligent Transport Systems, 14, 11
36960		Igder, S; Bhattacharya, S; Elmirghani, JMH Energy Efficient Fog Servers for Internet of Things Information Piece Delivery (IoTIPD) in a Smart City Vehicular Environment(2016)