INTERNATIONAL CONFERENCE ON WIRELESS NETWORKS AND MOBILE COMMUNICATIONS, Rabat, Marokko

Abbrevation

WINCOM

Link

http://www.wincom-conf.org/

City

Rabat

Country

Morocco

Deadline Paper

2017-03-15

Start Date

2017-11-01

End Date

2017-11-04

Abstract

The international conference on wireless networks and mobile communications (WINCOM’17) will be held in the Imperial city and the capital of Morocco, Rabat, on 01–04 November 2017. WINCOM’17 aims at examining the various challenges in the areas of wireless networks & mobile communications. The conference will provide a forum for exchanging ideas, discussing solutions, and sharing experiences among researchers and professionals from both academia and industry interested in wireless networks and mobile communications. Papers describing original research work on both theoretical and practical aspects of wireless networks and mobile communications are highly solicited. WINCOM 2017 covers all types of wireless communications and networks: cellular networks, metropolitan networks, local area networks, ad hoc networks, sensor networks, delay–tolerant networks, mesh networks, content–driven networks, vehicular networks, or any convex combination of the above. Contributions to the conference should provide a significant improvement, compared to the state–of–the–art, to the design, analysis, and operations of wireless networks, either by offering new insights on theoretical aspects or by proposing novel practical optimization methods and tools. Topics of interest include, but are not limited to: – Wireless communication networks – Broadband wireless access techniques, systems, and standards – Heterogeneous and small–cell networks – Beyond 4G and 5G communications – M2M and MTC communications – Internet of Things (IoT) – Security issues and privacy – mmWave wireless networks – Opportunistic wireless networks – Ressources management – Context–aware and/or social Internet of Things – Networks co–existence and heterogeneity support – SDN–NFV Mobility/Security/Privacy/Safety support – Vehicular wireless networks – Cooperative/non–cooperative communications – Game theory applied to networking problems – Learning theory to solve networking problems – Modeling and performance evaluation – Energy efficient communications and green networking – Interference mitigation – Physical layer issues in device–to–device and machine–to–machine communications – Physical layer design and Signal processing – Channel capacity estimation, modeling and equalization – Radio resource management, allocation and scheduling – Congestion, load and admission control – Smart antennas: MIMO, Massive MIMO and beamforming – Reconfigurability, adaptivity in MAC and PHY layers – Adaptive and cognitive MAC – Cross–layer design involving MAC layer – Routing and QoS provisioning – Multihop communications: Ad hoc, WSN, DTN, VANET – Mobility Issues and continuity of services – Multi–homing in 4G, B4G and 5G Networks – Cognitive radio networks – Implementation, testbeds and prototypes – Body area networks – Future internet and next–generation networking – Mobile cloud computing – Emerging internet applications – Context and location–awareness in pervasive systems – Emerging wireless and mobile applications – User interfaces, user–machine interactions – P2P services for multimedia – Secure network and service access – Self–adaptation on the service layer – Service discovery and portability – Service oriented architectures