|Due to the situation of the COVID-19 pandemics IEEE WoWMoM 2021 will be fully virtual.|
Paper submission to workshops is now CLOSED.|
IEEE WoWMoM 2021 will host six workshops for presenting novel ideas in a less formal and more focused way than at the conference, as well as stimulating discussions of state-of-the-art, emerging, visionary, and perhaps controversial topics. Accepted WoWMoM 2021 workshop papers will be included and indexed in the IEEE Xplore Digital Library, showing their affiliation with IEEE WoWMoM.
|Papers due by||March 15, 2021 [past]|
|Paper selections due by||April 8, 2021 [extended]|
|Camera Ready by||April 19, 2021|
|Event date||June 7, 2021|
|ISMS||Urban Mobility, Data Science, Human Data, & Sharing Services|
|SC2||Smart City: Communication, Applications, & Data Analytics|
|InThingS||IoT: AI, ML, & Embedded Systems|
|SwarmNet||UAV Swarms: Sensing, Planning, Control, & Communication|
|NewNets||Low-Power Networks: Communications, Devices, & Applications|
|NTN-6G||6G, Satcom, Non-Terrestrial, & Hybrid Networks|
Keywords: smart cities, urban mobility, data science, human data, sharing services
Organizers: Federico Chiariotti (Aalborg University), Andrea Zanella (University of Padova), Federico Librino (IIT-CNR)
Mobility is a key aspect in the management of modern cities, as growing traffic and Desenvironmental concerns place an ever greater emphasis on public transportation and micro mobility. The dual challenge posed by climate change, which requires a shift away from private driving and towards sustainable solutions, and pandemic risks, which are mitigated by avoiding crowded spaces and agglomerations of people, will have an important role in the cities of the future. In this context, ICT and data science can help in many ways, both as a basic enabler through mobile technologies to track people and manage multiple modes of transportation and as a tool of analysis: graph theory methods have been applied to the analysis of flows of people and transportation networks, and machine learning techniques can uncover hidden patterns that can improve the efficiency of existing services. Furthermore, there is the possibility to exploit the synergy between transport and ICT systems to improve the latter, not just the former: the abundance of mobility data and other transport information from the Smart City infrastructure and sensors can help manage mobile networks, improving coverage and Quality of Service for network users as well as providing a better transit experience.
Keywords: smart computing; smart cities; data analytics; smart city applications; computing and
Organizers: Anish Jindal (University of Essex), Angelos K. Marnerides (University of Glasgow), Petros Spachos (University of Guelph), Amit Dvir (Ariel University)
Smart computing has a big role to play in the development of the smart cities. The advanced networking paradigms such as programmable and virtual networks, growth in communication technologies like 5G, and use of advanced computing infrastructure such as fog/edge/cloud computing can all contribute in the applications related to smart cities. With the penetration of Internet of things (IoT) devices in smart city applications, smart computing has become all the more relevant in terms of managing and processing the data. The applications in smart cities can be computing-intensive, network-intensive, disk-intensive, data-intensive etc. which requires different solution sets in order to effectively solve the issues pertaining to these applications. Hence, the aim of this workshop is to bring together researchers working in the broad area of smart cities using smart computing. The focus of the workshop will be on theoretical and experimental components of communication, networking and system-oriented techniques that tackle challenges in smart cities using smart computing
Keywords: artificial intelligence, machine learning, internet of things, wireless networks, embedded systems
Organizers: Ella Peltonen (University of Oulu), Francesca Restuccia (Northeastern University), Antonio Virdis (University of Pisa)
The InThingS workshop would like to shed light on the use of machine learning tools to support services and perform resource management in intelligent IoT scenarios. Many applications with high social and business impact fall under the IoT umbrella, including personal healthcare, smart grid, surveillance, home automation, intelligent transportation, while it is expected that new ones will emerge once the enabling technologies reach a stable state. The aim of this workshop is to bring together practitioners and researchers from both academia and industry in order to have a forum for discussion and technical presentations on the recent advances in theory, application, and implementation of the Internet of Things concept with a specific focus on the use of machine learning and/or artificial intelligence techniques on technologies, protocols, algorithms, and services.
Keywords: UAV swarms, wireless networking, mobile computing, sensing, planning
Organizers: Nick Mastronarde (University at Buffalo), Fatemeh Afghah (University of Arizona), Jacob Chakareski (New Jersey Institute of Technology)
The goal of this workshop is to bring together researchers working at the intersection of wireless networking, mobile computing, sensing, robotics, and/or planning to address a myriad of fundamental technical challenges that must be solved before UAV swarms can be safely, effectively, and widely deployed.
Keywords: low-power wireless communication, Internet of Things, wireless sensor networks, short- and long-range technologies
Organizers: Anca Hangan (Technical University of Cluj-Napoca), Oana Iova (INSA Lyon), Ramona Marfievici (Digital Catapult)
The aim of this workshop is to bring together researchers and practitioners working in the field of IoT from both academia and industry, to discuss and explore short-range and long-range solutions, the tradeoffs between these two paradigms, as well as how they can be used in synergy. In order to push the state of the art, several points need to be addressed: new features for the long-range technologies (i.e., over-the-air updates, roaming), radio resource management, regulations and policies on spectrum usage and sharing, business case analysis that are more well suited for certain vertical markets.
Keywords: 6G, NTN, satellite communications, UAV, integration of terrestrial and non-terrestrial networks
Organizers: Giuseppe Araniti (University Mediterranea of Reggio Calabria), Helka-Liina Määttänen (Ericsson Research), Sara Pizzi (University Mediterranea of Reggio Calabria)
Next-to-come sixth-generation (6G) networks will face an increasing demand for new unmanned and autonomous applications involving both smartphones and heterogeneous wireless devices on the ground as well as aerial vehicles. Beyond their anticipated role as 6G users, spacecrafts/aircrafts can be leveraged to complement the terrestrial networks by providing connectivity in hotspots and in the areas with intermittent coverage. While mobile wireless networks are currently well integrated with the Internet, present telecommunication solutions may fail to provide a truly anytime and anywhere seamless access. Non-Terrestrial Network (NTN) technologies address this demand by offering wide-area coverage and ensuring service availability, continuity, and scalability. As defined by 3GPP, an NTN is a network where spaceborne (i.e., GEO, MEO, and LEO satellites) or airborne (i.e., Unmanned Aircraft Systems or UASs and High Altitude Platforms or HAPs) vehicles act either as a relay node or as a base station.
You are welcome to ask questions or send comments to the Workshops Co-Chairs:
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