A rate-splitting-inspired framework for bistatic OFDM-ISAC that splits messages into robust and supplementary streams to manage interference, derives SINR expressions, and optimizes power allocation for spectral efficiency under sensing constraints.
Waveform Design and Signal Processing Aspects for Fusion of Wireless Communications and Radar Sensing,
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Rate-Splitting--Inspired Bistatic OFDM-ISAC
A rate-splitting-inspired framework for bistatic OFDM-ISAC that splits messages into robust and supplementary streams to manage interference, derives SINR expressions, and optimizes power allocation for spectral efficiency under sensing constraints.