Track 4 - 5

Tracks 4 & 5: Advances in Sensors and Networks

Track Chairs:
• Khalil Drira, CNRS, France
• Nouha Baccour, ENIS, University of Sfax, Tunisia
• Firas A. Al Balas, University of Science and Technology, Jordan

Scope
From the growing trend of Internet of Things (IoT) through the continuous evolution of smartphones to the increasing demand for automation in general industry, the advances in today's technology are driven by Sensors. As a matter of fact, the exciting IoT paradigm couldn’t exist without smart sensing devices - the so called “things” connected to Internet either directly or through a gateway/access point. These smart devices are able to sense (the environment, building or machines conditions, people’s emotions, movements, or biometric screening, etc.), store and process sensory data, actuate, and communicate data to the remote cloud for being stored and analyzed, using RF technologies in wireless sensor networks. The plethora of IoT application areas, including building automation, retail and logistics, healthcare, transportation, environment, industrial, and so one, are pushing sensor technology to the limits. IoT is just an excellent example that illustrates the many advances that are being achieved in sensor technology, yet there is still much to be achieved.
This track “Advances in Sensors”, covers the large spectrum of sensor technology from theoretical results to concrete applications and solutions. Authors are welcome to submit original and unpublished papers in the following, but not limited to:

Topics
• Remote sensing
• Sensor networks protocols
• Device-free localization and its applications- E- and m-health
• Localization and tracking technologies
• Crowd-sensing systems
• Flexible & Wearable Tech
• IoT & Wireless
• Measurement & Detection
• MEMS & Sensors
• Novel Sensor Applications
• Optical Sensing & Detection
• Sensors & Embedded Systems Design
• Sensor Data
• - Data gathering and scheduling in WSN
• - Internet of Things architectures and protocols
• - Controlled mobility and QoS
• - Energy optimization techniques in WSAN
• - Networks convergence architectures
• - Information Centric networks
• - Wireless testbeds and architectures
• - Cognitive radio networks
• - Software defined networks

PC members
• Anis Koubba, Prince Sultan University/CISTER research centre, KSA
• Muhammad Imran, University og Glasgow, Scotland
• Rekik Sana, ReDCAD Lab, University of Sfax, Tunisia
• Wassef Louati, ReDCAD Lab, University of Sfax, Tunisia
• Carlo Alberto Boano, TU Graz, Austria
• Faouzi Derbel, HTWK-Leipzig, Germany
• Javier Gozalvez, Universiddad Miguel Hernandez de Elche, Spain
• Lamia Chaari, ISIMS, University of Sfax, Tunisia
• Habib Youssef, CCK, Tunisia
• Olfa Kanoun, Technische Universität Chemnitz, Germany
• Ricardo Severino, CISTER, Polytechnic Institute of Porto, Portugal
• Christophe Chassot, INSA Toulouse, , France
• Maroua Posegga, Universitry of Passau, Germany
• Takoua Abdellatif, EPT, Tunis, Tunisia
• Ghada Gharbi, Sensinov, Labège, France
• Miriam Capretz, University of Western Ontario, London, UK
• Denis Rosário, Federal University of Para, Brazil
• Marco Antonio, Zúñiga Zamalloa, Delft University of Technology, Netherlands
• Ahmed Chemori, LIRMM-CNRS, , France
• Mihaela Albu, Politehnica University of Bucharest, Roumania
• ines kammoun, ENIS, University of Sfax, Tunisia
• Moussa Boukhnifer, ESTACA Campus Paris-Saclay, France
• Kouzou Abdellah, Ziane Achour University of Djelfa, Algeria
• Octavian Postolache, ISCTE-Instituto Universitário de Lisboa, Portugal