Abstract— We explore the use of binary phase-coded waveforms encoded in frequency and temporally diverse modes for radar detection of targets in clutter. Specifically, in this paper we study the use of complementary binary phase-coded waveforms and compare their performance to other, more conventional, suites of waveforms. We also give an ambiguity calculation showing the effects of time and frequency separation. I
This dissertation considers the optimization of radar performance within the structure imposed by a ...
Returns from radar transmitters are filtered to concentrate target power and improve SNR prior to de...
The use of multi-carrier waveforms, such as Orthogonal Frequency Division Multiplexing (OFDM) as use...
International audienceInterception of radar signals is analyzed. The waveforms of interest are the L...
Three topics involving sequence and waveform set design for radar and communication systems are cons...
A new class of signals is proposed for the rejection of delay-Doppler clutter in radars. The family ...
In this thesis, the pulse diversity technique in radar systems in high clutter environments is inves...
In this chapter we show how waveforms can be constructed which have true complementary behavior when...
The problem to be addressed in this paper is a phase-modulated waveform design for the detection of ...
The goal of this thesis study is to investigate the Ambiguity Function Technique for target detectio...
In this paper the influence of clutter power spectrum on unambiguous radar target detection with sin...
This paper focuses on the combined radar and communications problem and conducts a thorough analytic...
As electromagnetic spectrum availability shrinks, there is growing interest in combining multiple fu...
Phase-Coded frequency-modulated continuous-wave (PC-FMCW) radar is an emerging radar system with its...
Abstract A signal embedding scheme into the emission of multiple‐input multiple‐output (MIMO) freque...
This dissertation considers the optimization of radar performance within the structure imposed by a ...
Returns from radar transmitters are filtered to concentrate target power and improve SNR prior to de...
The use of multi-carrier waveforms, such as Orthogonal Frequency Division Multiplexing (OFDM) as use...
International audienceInterception of radar signals is analyzed. The waveforms of interest are the L...
Three topics involving sequence and waveform set design for radar and communication systems are cons...
A new class of signals is proposed for the rejection of delay-Doppler clutter in radars. The family ...
In this thesis, the pulse diversity technique in radar systems in high clutter environments is inves...
In this chapter we show how waveforms can be constructed which have true complementary behavior when...
The problem to be addressed in this paper is a phase-modulated waveform design for the detection of ...
The goal of this thesis study is to investigate the Ambiguity Function Technique for target detectio...
In this paper the influence of clutter power spectrum on unambiguous radar target detection with sin...
This paper focuses on the combined radar and communications problem and conducts a thorough analytic...
As electromagnetic spectrum availability shrinks, there is growing interest in combining multiple fu...
Phase-Coded frequency-modulated continuous-wave (PC-FMCW) radar is an emerging radar system with its...
Abstract A signal embedding scheme into the emission of multiple‐input multiple‐output (MIMO) freque...
This dissertation considers the optimization of radar performance within the structure imposed by a ...
Returns from radar transmitters are filtered to concentrate target power and improve SNR prior to de...
The use of multi-carrier waveforms, such as Orthogonal Frequency Division Multiplexing (OFDM) as use...