The group works in: development of distributed measurement in the contexts of IoT. development of innovative solutions for environmental energy harvesting. development of data analysis solutions and prototype sensors. implementation of open-source data management and visualization systems.
The group's research activity concerns terrestrial 5G networks and the recent evolution towards Non-Terrestrial Network (NTN) systems with communication via aerial platforms such as drones (Unmanned Aerial Vehicles, UAV) and low-altitude satellites (Low Earth Orbit, LEO).
The system enables to instruct network devices on the actions to perform upon failure or degradations without querying a centralized controller. The system is suitable for use cases such as system margin reduction, white boxes, and OAM
The invention relates to the telecommunications sector, and in particular to a method and a system for restoring a connection to a telecommunications network for fifth generation services.
The proposed system is able to directly exploits the screens of the participants' smartphones to generate a given choreography, and adapts to their movements during the event.
The invention deals with a localization method that finds application in localizing RFID-UHF tags in relative motion with respect to the RFID-UHF reader
The auto-localization system of RFID Robots in indoor environment (AURORA) is a low-cost, reliable and scalable system, which allows robots or other mobile devices to self-locate in an indoor scenario using passive UHF band RFID tags placed at known locations.
