Title
Reliable vehicular broadcast using 5G device-to-device communication
Author
Gholibeigi, M.
Sarrionandia, N.
Karimzadeh, M.
Baratchi, M.
van den Berg, J.L.
Heijenk, G.
Contributor
Lloret, J. (editor)
Jimenez, J.M. (editor)
Publication year
2018
Abstract
With the ever-increasing call for connected vehicles and intelligent transportation applications, vehicular networking have been of significant focus recently. Demands for highly reliable communication challenge the current underlying technology and transformations in vehicular communication are discussed. The uMTC service of the next generation mobile networking system (i.e. 5G), which is based on D2D broadcast communication, is a promising enabler for broadcast-based C-ITS applications with strict reliability requirements. In this paper, we look at the resource management aspect of D2D communication technology to contribute to vehicular broadcasting with a higher level of reliability. In this regard, we propose a resource allocation scheme which is adaptive to the varying state of a vehicular network. With focus on the network load and topology as the main criteria, our scheme aims for management of the system capacity and interference situations, in order to meet the performance requirement of D2D vehicular broadcast, in terms of reliability. The results confirm the effectiveness of our approach and provide insight on the optimal network design regarding the allowed data rate and resource assignment according to application requirements. © 2017 IEEE. IEEE Seccion Espana; IFIP; IGIC; Telecom Escuela Tecnica VLC Superior de UPV INGENIEROS de Telecomunicacion; Universitat Politecnica de Valencia
Subject
4G
5G
Broadcast
D2D communication
Broadcasting
Intelligent vehicle highway systems
Mobile telecommunication systems
Reliability
Resource allocation
Vehicular ad hoc networks
Application requirements
Device-to-Device communications
Intelligent transportation
Performance requirements
Resource allocation schemes
uMTC
Vehicular communications
5G mobile communication systems
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http://resolver.tudelft.nl/uuid:a1c2f50f-f8f6-4fa1-b4b2-b9e943b2ca33
TNO identifier
820509
Publisher
Institute of Electrical and Electronics Engineers Inc.
ISBN
9781538617427
Source
10th IFIP/IEEE Wireless and Mobile Networking Conference, WMNC 2017. 25 September 2017 through 27 September 2017, 2018-January, 1-8
Document type
conference paper