Radar Waveform Design Using Lagrangian Dynamics for Co-Channel Interference Mitigation

Kota, John; Topliff, Charles; Prasanth, Ravi; Ushomirsky, Greg; Kogon, S.M.

doi:10.1109/radar.2019.8835710

Cited by 1 publication

(2 citation statements)

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“…John Kota, Charles Topliff, Ravi Prasanth, Greg Ushomirsky and Stephen Kogon: Radar Waveform Design Using Lagrangian Dynamics for Co-Channel Interference Mitigation, Systems and Technology Research, Sensors and Signal Processing Group, USA [20]. A novel radar waveform phase function design is presented that constructs a radar waveform that spectrally manoeuvres around in-band co-channel interference (CCI) from active communications users that are co-channel with the radar system.…”

Section: Findings On Electronic Attack (Ecm)/electronic Protection (Eccm)mentioning

confidence: 99%

“…The interference consists of two OFDM model users occupying approximately 8.37% of the radar IBW and a single narrowband tone. Power Spectral Density of the interference [20] Figure 25 compares the radar waveforms: (left) ideal TF signature for LFM and designed NLFM waveforms, (right) radar waveform power spectral density.…”

Section: Findings On Electronic Attack (Ecm)/electronic Protection (Eccm)mentioning

confidence: 99%

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General Overview on the Radar Conference in Boston 2019

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A bostoni 2019-es radarkonferencia általános áttekintéseNowadays, 70-85% of the cost of modern warfare equipment is software-based solutions and services. These software modules define the quality and efficiency of the signal and data processing of the information of different sensors types. They are playing key roles in the artificial intelligence supported cognitive data processing and the effectiveness of the soldiers/decision-making commanders. The modernisation of the Hungarian Army, and the success of the Zrínyi 2026, basically depend on the understanding and professional service of the new technologies.

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Section: Findings On Electronic Attack (Ecm)/electronic Protection (Eccm)mentioning

confidence: 99%

Section: Findings On Electronic Attack (Ecm)/electronic Protection (Eccm)mentioning

confidence: 99%