Track 4

Track 4: IoT, IoV, IoEnergy, IoHealthcare

Track Chair:
Ouns Bouachir, Zayed University, UAE

Co-chairs:
● Fadi Al Hassan, Al Ain University of Science and Technology, UAE
● Sohail Abbas, Sharjah University, UAE


Scope

The Internet of Things (IoT) has revolutionized the Internet by including tiny devices and allow them to make Machine-to-Machine (M2M) communications and contribute to the collection and exchange of data. Driven from IoT systems, other systems have been emerged such as (Internet of Vehicles) IoV, IoEnergy, IoBlockchain, IoHealthcare, and the list continues. These systems have made our lives easier by utilizing new services and applications in a variety of fields. Based on Wireless Sensor Networks (WSN) communications, such ultra sensitive systems face challenging issues that may influence their performance, such as the network QoS, the storage and manipulation of huge amounts of the collected data, and the energy scarcity that restrain the network lifetime and robustness, in addition to the security aspect of these critical systems. These challenges drive the need for solutions to meet requirements and provide sustainability of IoT networks.

This track “IoT, IoV, IoEnergy, IoHealthcare” aims at soliciting original research works in the broad areas of IoT and sensor technology including theoretical concepts, challenges, concrete applications, solutions, testing results, and future trends. Authors are welcomed to submit original and unpublished papers, in accordance with IEEE format, in the following list of topics, but not limited to:

Topics

• IoT Application and Services
• IoB (IoT with Blockchain)
• Cloud, Fog and Edge Computing in IoT
• Big Data and IoT
• IoT Architectures and Protocols
• QoS Management in IoT Networks
• Sensor Networks Protocols
• IoT in 5G Networks
• IoT Mobility, Localization, and Tracking
• Mobile Internet of Things (MIoT)
• Industrial IoT (IIoT) and Industry 4.0
• Architectures for IoT gateways
• Network overlay management in IoT
• Virtualization in IoT
• Security, Trust and Privacy of IoT
• Internet of Healthcare
• Health and Medical Wireless Applications
• E-health Applications and Services
• Biomedical and Healthcare Informatics
• Security, Privacy and data opacity in IoH
• Smart Grids and Microgrids
• Smart City Technology, Applications, Modeling and Simulation
• Smart Energy & Energy-efficient Networks
• Internet of Energy
• Energy Harvesting for IoT
• Vehicular Communications (V2V, V2I, V2R, V2X)
• Connected and Autonomous Vehicles

PC Members

• Abdelfatteh Haidine, University of Applied Science - El Jadida
• Abdelhalim Hnini, FSTS
• Abdellah Boulouz, faculté des sciences
• Amine Dhraief, University of Manouba
• Dhaou Riadh, IRIT/INPT
• Djedjiga Mouheb, University of Sharjah
• Ehtesham Zahoor, NUCES
• Ghada Gharbi, LAAS
• Hamdi Eltaief, Prince Laboratory
• Huthaifa Al-Omari, AAU
• Joachim Posegga, Univ. of Passau
• Khouloud Boukadi, University of Sfax-Tunisia
• Kouzou Abdellah, University of Djelfa
• Maissa B. Jamaa, RedCad Research Unit, National School of Engineers of Sfax, Tunisia
• Mihaela Albu, "Politehnica" University of Bucharest
• Miriam Capretz, University of Western Ontario
• Mohamed Abid, National Engineering School of Gabes
• Muhammad Zahid Khan, University of Malakand
• Nouha Baccour, ReDCAD research unit, ENIS, University of Sfax, Tunisia
• Omar Cheikhrouhou, ENIS-CES
• Ricardo Severino, CISTER-ISEP.IPP
• Rima Grati, FSEGS
• Rita Zgheib, University of Pau
• Saiqa Aleem, Zayed University
• Sharhabeel Alnabelsi, AL Ain University of Technology and Science
• Sujith Samuel Mathew, Zayed University