A successive interference cancellation framework with joint CFO-channel estimation enables per-beam radio mapping from 5G NR SS bursts at SINR down to -30 dB in dense multi-cell low-altitude scenarios.
Trustworthy intelligent networks for low-altitude economy
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The MPComm framework decomposes a bi-objective optimization into outer timing selection via graph search and inner power/channel allocation with asymptotic optimality, yielding up to 6x less terrestrial interference and 6dB energy savings under timeliness constraints.
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Joint CFO-Channel Estimation under Strong Inter-Cell Interference for Low-Altitude Radio Mapping
A successive interference cancellation framework with joint CFO-channel estimation enables per-beam radio mapping from 5G NR SS bursts at SINR down to -30 dB in dense multi-cell low-altitude scenarios.
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Model Predictive Communication for Timely Status Updates in Low-Altitude Networks
The MPComm framework decomposes a bi-objective optimization into outer timing selection via graph search and inner power/channel allocation with asymptotic optimality, yielding up to 6x less terrestrial interference and 6dB energy savings under timeliness constraints.