The paper derives the inter-band cross-correlation interference in multi-user OFDMA ISAC ranging and shows that spreading with periodic discrete prolate spheroidal sequences reduces sidelobe energy when the interfering user is much stronger.
Characterization of range sidelobe modulation arising from radar-embedded communications,
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Spreading over OFDM for Integrated Sensing and Communications (ISAC) Ranging: Multi-user Interference Mitigation
The paper derives the inter-band cross-correlation interference in multi-user OFDMA ISAC ranging and shows that spreading with periodic discrete prolate spheroidal sequences reduces sidelobe energy when the interfering user is much stronger.