- Autonomous WSN via UAVs
- Topology monitoring of UAVs with WSN
- Build Remote Sensing Networks in emergency context via UAVs
- Communication architectures and protocols of UAV over IoT
- Modelling and analysis of UAV systems over IoT
- Theoretical foundations for communication routing beyond line-of-sight of UAVs
- Communication and networking aspects of cyber-physical systems
- Theoretical foundations for parcel delivery in UAV system
- UAVs as emergency backbone for communications
- UAVs for monitoring network properties (coverage, connectivity) in emergency context
- UAVs for detecting or discovering events
- UAVs for remote carrying sensing equipments
- (Cooperative) Delivery via UAVs
- Facility location problem and Resource Management for UAV system
- 4G-5G networks and UAVs
- UAV assisted networks
- UAVs and environment (crop/forest) monitoring
- Constraints and multiobjective optimization problems in UAVs
- Localization, navigation, and dynamic path planning of UAVs over IoT
- Cooperative control of multiple UAVs
- UAV secure communication techniques
- Optimal UAV deployment strategies
- High-accuracy navigation techniques
- Real-time surveillance techniques
- Performance, fundamental limits, scalability, energy, and reliability
- Anomaly detection, network monitoring and forecasting
- Experimental results, middleware, architecture, prototypes, simulators and test beds for drone networks
- Cooperative Rendezvous for secure drone to drone communications
- Secure communication between the drone and the ground networks
- Beyond line-of-sight flight and communications
Aller au contenu principal
In conjunction with DCOSS 2019