Derives a marginal maximum likelihood estimator that uses both pilot and unknown data symbols for improved localization in OFDM passive distributed antenna systems without requiring data decoding.
Frequency range 3 for ISAC in 6G: Potentials and challenges
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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.
The tutorial reviews the evolution, core principles, enabling technologies, challenges, and future directions of integrated sensing and communication (ISAC) in 6G networks.
citing papers explorer
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Localization in OFDM Passive Distributed Antenna Systems with Pilots and Unknown Data Payloads: A Marginal Maximum Likelihood Approach
Derives a marginal maximum likelihood estimator that uses both pilot and unknown data symbols for improved localization in OFDM passive distributed antenna systems without requiring data decoding.
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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.
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The Role of ISAC in 6G Networks: Enabling Next-Generation Wireless Systems
The tutorial reviews the evolution, core principles, enabling technologies, challenges, and future directions of integrated sensing and communication (ISAC) in 6G networks.