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 research group has over a decade of experience in conducting environmental biomonitoring projects with magnetic analyses at the Paleomagnetism Laboratory (INGV) and chemical analyses at the Applied Botany Laboratory (UNISI).
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).
Advanced interdisciplinary approaches of cognitive, computational and social neurosciences, sciences, strategic and managerial fields of companies, business organization and human resources
The extracorporeal clearance precision measurement system allows clearance rate of extracorporeal treatments to be measured in real time and adjusted to patients’ needs.
The invention consists of a nanofunctionalized device that enables the quantitative determination of a specific biomarker, the FKBP12 protein, involved in many diseases.
The invention refers to a system for monitoring a motor disorder, capable to monitor the neural activity of the basal ganglia of a subject
The invention relates a system made of a mechanical structure and a microfiltration system at the end of the VAD, allowing the separation of erithrocytes from the other blood components.
The present invention relates to the therapeutic treatment of joints. In particular, the invention relates to a composite material and a treatment system for the regeneration of cartilage tissue
The present invention refers to the field of medical devices, in particular to a system for monitoring and treating metabolic disorders, especially type 2 diabetes.
