AFDM is made equivalent to FMCW radar through parameter choice, yielding a DD-DAFT input-output model and two pilot-free matched-filter sensing algorithms that trade sensing accuracy against communication overhead and complexity.
Non-WSSUS Vehicular Channel Characterization in Highway and Urban Scenarios at 5.2GHz Using the Local Scattering Function
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ISAC with Affine Frequency Division Multiplexing: An FMCW-Based Signal Processing Perspective
AFDM is made equivalent to FMCW radar through parameter choice, yielding a DD-DAFT input-output model and two pilot-free matched-filter sensing algorithms that trade sensing accuracy against communication overhead and complexity.