Movable signals in the frequency domain enable smart radio environments, delivering higher average received power than quantized EGT in LoS MISO and up to four times the power of fixed-frequency RIS systems when paired with fixed intelligent surfaces in NLoS.
Wideband millimeter-wave beam training with true-time-delay array architecture
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True time delay beamforming equals the Radon transform of space-time array data, enabling Radon-based filtering, semblance AoA estimation, triangulation, and hyperbolic integration to isolate near-field sources in ultra-wideband arrays.
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The Radon Transform, True Time Delay Beamforming, and Ultra-Wideband Antenna Arrays (Invited Paper)
True time delay beamforming equals the Radon transform of space-time array data, enabling Radon-based filtering, semblance AoA estimation, triangulation, and hyperbolic integration to isolate near-field sources in ultra-wideband arrays.