We present a simple modification of binary Modulation On Conjugate-reciprocal Zeros (MOCZ) which allows to combine the Direct Zero Testing decoder with a soft-input decoder. This decoder allows a straightforward combination of binary MOCZ with standard channel codes for practically relevant sequence lengths. Simulation results indicate that in the absence of any channel knowledge, good performance at realistic SNR values is achievable.
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Soft Decoding,Forward Error Correction,Absence Of Knowledge,SNR Values,Likelihood Ratio Test,Minimum Distance,Internet Of Things,Wireless Networks,Satisfactory Performance,Channel Length,Power Ratio,Word Length,Longer Sequences,Generator Matrix,Spectral Efficiency,Explicit Knowledge,Baseband Signal,Parity-check,Decoding Performance,Channel Impulse Response,Soft Value,Word Error Rate,Peak-to-average Power Ratio,Parity-check Matrix,Double-precision Floating-point
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