The optimal design of chirp radar waveforms has to satisfy conflicting requirements in terms of PSLR, compressed pulse width and band occupancy. Optimal solutions for different values of the compression ratio (i.e. 128-256) are considered and evaluated. The Hybrid Non Linear FM “chirp” waveforms, with either AM and PM modulation, guarantee low range sidelobes (less than -60 dB below the peak for compression ratios of the order of hundreds or more). The aim of this paper is to describe a low-sidelobes waveforms design method for medium and long range surveillance radar applications
Pulse compression techniques originated in radar.The present work is concerned with the utilization ...
The paper focuses on joint design of transmit waveform and mismatched filter to achieve low sidelobe...
Abstract: One fundamental issue in designing a good radar system is it’s capability to resolve two s...
The optimal design of chirp radar waveforms has to satisfy conflicting requirements in terms of PSLR...
The optimal design of chirp radar waveforms has to satisfy conflicting requirements. Optimal soluti...
Since the advent of “pulse compression” radar, the “chirp” signal (Linear Frequency Modulation, LFM)...
Abstract—Spectral spreading in radar systems is a concern that is related to the radar waveform. Thi...
The non-linear frequency modulation (NLFM) waveform is one of the existing waveforms that can be use...
The OFDM chirp signal is suitable for MIMO radar applications due to its large time-bandwidth produc...
The performance of modern radar systems mostly depends on the radiated waveforms, whose design is th...
The OFDM chirp signal is suitable for MIMO radar applications due to its large time-bandwidth produc...
Abstract—Due to tightening spectral criteria, joint optimization of radar transmitter waveform and c...
This paper proposes a practical orthogonal frequency division multiplexing (OFDM) chirp diverse wave...
Pulse compression techniques originated in radar.The present work is concerned with the utilization ...
The paper focuses on joint design of transmit waveform and mismatched filter to achieve low sidelobe...
Abstract: One fundamental issue in designing a good radar system is it’s capability to resolve two s...
The optimal design of chirp radar waveforms has to satisfy conflicting requirements in terms of PSLR...
The optimal design of chirp radar waveforms has to satisfy conflicting requirements. Optimal soluti...
Since the advent of “pulse compression” radar, the “chirp” signal (Linear Frequency Modulation, LFM)...
Abstract—Spectral spreading in radar systems is a concern that is related to the radar waveform. Thi...
The non-linear frequency modulation (NLFM) waveform is one of the existing waveforms that can be use...
The OFDM chirp signal is suitable for MIMO radar applications due to its large time-bandwidth produc...
The performance of modern radar systems mostly depends on the radiated waveforms, whose design is th...
The OFDM chirp signal is suitable for MIMO radar applications due to its large time-bandwidth produc...
Abstract—Due to tightening spectral criteria, joint optimization of radar transmitter waveform and c...
This paper proposes a practical orthogonal frequency division multiplexing (OFDM) chirp diverse wave...
Pulse compression techniques originated in radar.The present work is concerned with the utilization ...
The paper focuses on joint design of transmit waveform and mismatched filter to achieve low sidelobe...
Abstract: One fundamental issue in designing a good radar system is it’s capability to resolve two s...