A novel polyphase systolic architecture is proposed here that further increases the throughput of these IIR beam filters, by a factor of M, to M-frames-per-clock-cycle, where M is the number of polyphases. A systolic architecture has recently been proposed for implementing two-dimensional infinite impulse response (IIR) space–time beam plane-wave filters at a throughput of one-frame-per-clock–cycle for such applications as real-time broadband smart antennas.
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