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 patented invention is a ground-based synthetic aperture radar (GBSAR) that makes use of drones (UAV) to realize the opening synthesis without weighing the aerial vehicles used.
The invention consists of a ground-based synthetic aperture radar capable of acquiring both three-dimensional and two-dimensional images.
The purpose of the present invention is the supply of a kit for the visual determination of the chlorine concentration, which is necessary for an effective disinfection of drinking water or water used for recreational purposes.
The invention responds to the need of evaluate the quantity and grain size of the emitted material, to obtain more reliable dispersion models of volcanic ash.
The main goal of this invention is to provide a device for sampling and measuring at different depths.
The invention refers to a method of processing interferometric image radar data, acquired in multi-pass configurations, for the detection and analysis of multiple components of non-stationary radio backscatter at different altitudes and/or displacement speeds.
The present invention relates to a modular, flexible and eco-compatible system for the transplantation of plant species (aquatic and terrestrial) for the conservation and/or restoration of natural environments.
Optimization, machine learning and game theory in the economic, industrial, environmental, medical fields
