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Smart city article details

Title	Average Response Time (Art):Real-Time Traffic Management In Vfc Enabled Smart Cities
ID_Doc	11555
Authors	Shabana; Mohmmad S.; Shaik M.A.; Mahender K.; Kanakam R.; Yadav B.P.
Year	2020
Published	IOP Conference Series: Materials Science and Engineering, 981, 2
DOI	http://dx.doi.org/10.1088/1757-899X/981/2/022054
Abstract	The extension of Cloud computing with an effective impact is the Fog computing with respect to the edge network which has the capability of identifying location awareness with probable lower latency based on the ever increasing requirements the ever present connectivity and particularly low latency confront the real time traffic supervision in smart cities which is merely possible by integrating the aspects of "Fog Computing"and "Vehicular Networks"called as the Vehicular Fog Computing (VFC) which is capable of providing the real time position aware network response. In this paper we use the aspects and "use case of VFC"where in initially the article develops a "three layer VFC model"which enables us to implement the dispersed traffic organization by reducing the Average Response Time(ART) up to a greater extent and we facilitate the offloading scheme which is clearly based on the optimization problem for leveraging the parked and running vehicles as the fog nodes through with the performance is analyzed by validating the proposed model by providing measures or guidelines towards the challenges such as the VFC enabled traffic management as a whole. © Published under licence by IOP Publishing Ltd.
Author Keywords	ART; Distributed computing; Fog computing; networks; traffic management; VFC

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