Asset Distribution and Peerless Selection Approach for LTE based Multifarious VANET Networks

Abstract

Vehicular ad-hoc networks (VANET) over the past decade have been always part of research and enthusiasts, bringing in a lot of attention towards them. But with the tremendous swell in the imposition for mobile data VANETs are struggling to meet up. Vehicle to Vehicle (V2V) type of transmission is considered a very successful methodology for assuming trustworthy communication amongst vehicles participating in such communications. In the case of multifarious networks also considering the typical cellular network in which cellular links co-exist with V2V communication by making use of the same resources available in a given spectrum, resulting in a complex scenario. Therefore, it is a challenging issue to tackle with asset distribution and peerless selection. In this paper, a scheme is proposed which shows that peerless selection approach and asset distribution can be used as mixed user utility maximization with consideration of a joint network with the delay in transmission and reduction in power. To minimize the complicacy of computation a distributed algorithm is proposed which boils down towards a near-perfect solution by making use of the Lagrangian technique. The numerical analysis shows the extraordinary gains in throughput can be achieved specially with larger networks. The throughput of the network is also improved because of reduction in power.

A Study of the Effects on QoS in WiFi-Cellular Offloading Scenarios

“…Hence, WiFi offloading has gained a lot of attention from researchers. According to Arora et al (2019), the offloading of mobile users to available networks is an opportunity, but we must assure the same Quality of Service (QoS) be maintained at those networks (Marchese, 2007). Generally, QoS management refers to the allocation of radio resources to requested users by providing minimum guaranteed service (Dewangan et al, 2019).…”