Minimum Peak Range Sidelobe Filters for Binary Phase-Coded Waveforms |
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Authors: | Zoraster S |
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Institution: | 1611 Palyma Plaza, Austin, TX; |
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Abstract: | Linear programming techniques are utilized to determine the optimal filter weights for minimizing the peak range sidelobes of a binary phase-coded waveform. The resulting filter is compared with the filter obtained by use of the least square approximation to the ideal inverse filter. For a test case using the 13-element Barker code the linear programming filter is found to have peak sidelobes as much as 5 dB lower than the least squares filter of the same length. |
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