New Open-Source Framework Simulates Drone Swarms in Full 3D Indoor Worlds
Researchers at Sapienza University of Rome have released Mo3D, an open-source Python framework that extends modular UAV mobility modeling into ...
Researchers at Sapienza University of Rome have released Mo3D, an open-source Python framework that extends modular UAV mobility modeling into ...
Researchers have developed an adaptive weighted cost-optimization approach that makes optimal task offloading decisions in mobile edge computing within milliseconds, ...
A new Green's-function method models pyramidal horn antennas near layered reflecting surfaces nearly three times faster than commercial full-wave solvers ...
A new survey in Cluster Computing examines how deep reinforcement learning can manage mobility and preserve quality of service for ...
Engineers have built a low-cost, funnel-shaped rectenna array that harvests ambient 5G millimeter-wave energy across 26–40 GHz with a measured ...
A new stochastic geometry framework reveals that flexible interference nulling always delivers fairer links in multi-antenna networks, but which scheme ...
Researchers at RWTH Aachen University tested private 5G and Wi-Fi 6 networks for cable-free surgical navigation and found that Wi-Fi ...
An open-source simulation framework called DDoSimu5G generates precisely labeled DDoS attack datasets inside a simulated 5G network, giving machine-learning intrusion ...
Researchers in Taiwan have combined drone-mounted cameras, the YOLOv8 detector and 5G transmission to identify cracked and detached building tiles ...
Researchers have proposed a height-dependent radio-frequency power scavenging scheme that lets drone relays harvest energy from the signals they forward, ...
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© 2025 Scienmag - Science Magazine