Research | Testbed Holy Flying Radios! AERPAW Introduces Drones as Mobile Base Stations AERPAW Introduces Drones as Mobile Base Stations Unmanned aerial vehicles (UAVs) typically rely on wireless communications to support command and…
Research COSMOS Intelligent Vehicular Surface for Reliable mmWave Handover COSMOS Intelligent Vehicular Surface for Reliable mmWave Handover Welcome to Wall-Street 5G wireless networks leverage millimeter wave (mmWave)…
Research POWDER Uses OCUDU for Connected Vehicle Network Testing POWDER Uses OCUDU for Connected Vehicle Network Testing DRIVE-SAFE Project Optimizes Mobile Handovers for Remote and Autonomous Driving The University…
Research Learning to Fly Smarter: Adaptive UAV Data Collection at AERPAW Learning to Fly Smarter: Reinforcement Learning for Adaptive UAV Data Collection with AERPAW This post was written by Ahmed Ibrahim, Associate Professor,…
Research | Testbed Using ARA to Evaluate the Effectiveness of Liquid Data Transport over the OneWeb LEO Satellite Network Using ARA to Evaluate the Effectiveness of Liquid Data Transport over the OneWeb LEO Satellite Network Even with newer low…
Research | Testbed Autonomous Self-Healing UAV Swarms for Robust 6G Non-Terrestrial Networks Autonomous Self-Healing UAV Swarms for Robust 6G Non-Terrestrial Networks As wireless networks shift away from traditional infrastructure and non-terrestrial networks…
