Alternate projections technique for radar waveform design
R Kassab, M Lesturgie, J Fiorina - 2009 International Radar …, 2009 - ieeexplore.ieee.org
R Kassab, M Lesturgie, J Fiorina
2009 International Radar Conference" Surveillance for a Safer …, 2009•ieeexplore.ieee.orgAn alternate projections technique is applied to efficiently generate sparse frequency
waveforms with constraints on the frequency band suppression levels as well as on range
sidelobes. With a complexity of only O (N log N), the algorithm could rapidly generate
constant power noise-like sparse frequency waveforms that are very suitable for low
probability of intercept radars. It has also proven its ability to generate waveforms having
ideal periodic autocorrelation function comparable to well known ideal codes.
waveforms with constraints on the frequency band suppression levels as well as on range
sidelobes. With a complexity of only O (N log N), the algorithm could rapidly generate
constant power noise-like sparse frequency waveforms that are very suitable for low
probability of intercept radars. It has also proven its ability to generate waveforms having
ideal periodic autocorrelation function comparable to well known ideal codes.
An alternate projections technique is applied to efficiently generate sparse frequency waveforms with constraints on the frequency band suppression levels as well as on range sidelobes. With a complexity of only O(N log N), the algorithm could rapidly generate constant power noise-like sparse frequency waveforms that are very suitable for low probability of intercept radars. It has also proven its ability to generate waveforms having ideal periodic autocorrelation function comparable to well known ideal codes.
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