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        Extended Detection Range Using a Polyphase CW Modulation with an Efficient Number Theoretic Correlation Process

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        Author
        Pace, P.E.
        Teich, S.
        Brooks III, O.E.
        Jenn, D.C.
        Romero, R.A.
        Date
        2017
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        Abstract
        A method for simulating and processing a coherent low probability of intercept (LPI) radar transmitting a continuous wave (CW) polyphase code (i.e. P4-RSNS) in coherent sea clutter and noise is discussed. A design process to achieve the necessary LPI radar range, Doppler, and coherent integration processing gains and associated losses is demonstrated for a 10 dBsm target at a maximum range of 9 km, and shown to have a false alarm rate of 10-6 and a detection rate of 0.9. The total processing time is around one second.
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        http://hdl.handle.net/10945/60760
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