Abstract
Many algorithms exploiting the signal cyclostationarity have been shown to be efiective in performing antenna array beamforming. However, these algorithms can not provide a unique weight vector for simultaneously extracting multiple signals of interest (SOIs) with distinct cycle frequencies (DCFs). They also sufier from severe performance degradation in the presence of a cycle frequency error (CFE). To simultaneously accommodate multiple SOIs with DCFs and alleviate the efiects of cycle leakage due to flnite data samples, we propose a cyclic sample matrix inversion (C-SMI) beamformer. To make the C-SMI beamformer robust against CFE, we present a novel objective function which is optimized by using a steepest-descent based algorithm to flnd the appropriate estimates of the true DCFs. The simulation results show the efiectiveness of the robust C-SMI beamformer.
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