A low-complexity sensing-aware CSR method for AFDM ISAC achieves PAPR reduction and LAZ sidelobe suppression for improved weak-target detection.
On the ambiguity function of ofdm-based isac signals under non-id eal power amplifiers,
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AFBM sensing performance remains largely insensitive to power amplifier nonlinearities because the modulation matrix structure controls distortion propagation in the ambiguity function.
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Low-Complexity Sensing-Aware PAPR Reduction for AFDM-based ISAC Systems
A low-complexity sensing-aware CSR method for AFDM ISAC achieves PAPR reduction and LAZ sidelobe suppression for improved weak-target detection.
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On the Robustness of AFBM Sensing to Power Amplifier Nonlinearities
AFBM sensing performance remains largely insensitive to power amplifier nonlinearities because the modulation matrix structure controls distortion propagation in the ambiguity function.