IEEE GLOBECOM Wi-UAV 2018
9th Int. Workshop on Wireless Networking and Control for Unmanned Autonomous Vehicles
WORKSHOP LOCATION: Abu Dhabi, United Arab Emirates
WORKSHOP DATE: DECEMBER 09, 2018
PAPER SUBMISSION DEADLINE: EXTENDED to JULY 14, 2018 (FIRM!)
WEB PAGE: www.wi-uav.org
The 9th International IEEE workshop on Wireless Networking and Control for Unmanned Autonomous Vehicles (Wi-UAV 2018), as part of the IEEE International Conference on Global Communications (GLOBECOM 2018), will be held in Abu Dhabi on December 09, 2018 (Sunday).
You are kindly invited to submit your research paper to this workshop and discuss current innovative technological advances in the area of networking, control and positioning solutions for unmanned autonomous systems.
The extended deadline for submission via the EDAS system is: July 14, 2018 (FIRM!)
EDAS link: https://www.edas.info/newPaper.php?c=25065
The detailed CfP in PDF format can be found at:
The GLOBECOM Wi-UAV workshop has become a unique, interdisciplinary platform to bring together two communities working on wireless networking, control and positioning of unmanned autonomous vehicles (UAVs): the control/robotics/aerospace research community is increasingly addressing the collaboration of UAVs requiring reliable wireless while the communication research community develops new communication systems and protocols, which need to be designed according to and validated with the challenging requirements of the control/robotics research.
Aims and Scope
Unmanned autonomous and especially unmanned aerial vehicles (UAVs) are being increasingly used in a large number of contexts to support humans in dangerous and difficult-to-reach environments. According to Gartner, commercial UAVs are one of the top tech trends in 2017. Key areas of commercial applications, such as public safety, inspection, surveillance, agriculture and logistics have gained attention lately and underline the potential of broad deployment of networked unmanned autonomous vehicles. Meanwhile, the advent of a new generation of highly capable UAVs has also led to an increased interest in using UAVs as a means to boost the performance and coverage of existing cellular systems. As such, next-generation cellular networks will have to integrate UAVs in a variety of ways. For instance, in order to fulfill particularly challenging tasks, next-generation cellular networks will enable cooperation of a broad range of mobile devices, including autonomous or human-controlled devices with varying capabilities to communicate and interact with other devices. Visionary scenarios foresee unmanned aerial vehicles to be organized in networked teams and even swarms. This vision can be applied to a wide range of applications, e.g. exploration for search-and-rescue missions as well as logistics applications, most of which will need to be supported by the existing cellular infrastructure. Indeed, the communication subsystem needs to provide highly reliable and delay-tolerant control links as well as data links. Meanwhile, unmanned aerial vehicles also offer the capability to form ad-hoc wireless networks, for example to facilitate communication in temporary hot spots or areas with scarce coverage, while potentially aiding to compensate network outages in case of public events and emergencies. The navigation sub-system must provide relative positioning information with sub-meter accuracy and very low latency (~1 ms). The steering and control unit needs to be tightly coupled with the communications and navigation subsystem to ensure proper decisions even with imperfect local information. This ninth edition of the workshop aims to cover the most recent results of international research on new communication networks enabling the efficient control and context-awareness of teams of unmanned autonomous vehicles/systems with an emphasis on civilian and aerial applications, while related work on unmanned systems working underwater, in space or on the ground is also invited.
List of Topics
- Communication architectures and protocols for unmanned autonomous vehicles
- Communication, control and computing for autonomous vehicles/systems in 5G (e.g. Internet-of-Things, mission-critical applications, Tactile Internet, URLLC)
- Performance analysis and tradeoffs of UAV-enabled communications: UAV-as-terminal vs. UAV-as-relay
- New cellular network paradigms that rely on UAVs for wireless communications: managing interference issues with ground cellular networks
- Ad-hoc networking, routing, handover and meshing
- Cooperation of ground, aerial and maritime unmanned vehicles
- Active/Passive localization, navigation and dynamic path planning
- Agent based mobility, multi-platform control, cognitive capabilities and swarming
- Game-theoretic and learning solutions for autonomous systems communications and control
- Deployment strategies for autonomous vehicles and UAVs: energy-efficiency, on-board vs. cloud computing
- Human-machine interaction and mission control for UAV systems
- Big data and on-device machine learning for autonomous vehicles
- Results from prototypes, test-beds and demonstrations
- Evolution of regulatory aspects: frequency rules and assignments, smart secondary radars
- Security of wireless UAVs