A patented network architecture in which an edge-computing orchestrator inside the Open RAN instantiates applications on demand to control autonomous vehicles beyond line of sight.
Field and simulated experiments with a drone collecting data from wake-up-radio sensor nodes, showing that adaptive route planning beats a fixed path on every metric and that wake-up radios extend network lifetime by orders of magnitude over duty cycling.
A feasibility study of controlling drones beyond visual range over commercial cellular networks, showing that the Colosseum hardware-in-the-loop emulator reproduces real-network behavior closely enough to serve as a testbed for new UAV features.