Add to ORKGAbstract. A coherent train of identical Linear-FM pulses is a popular radar signal, mainly due to its good range and Doppler resolution. One of its drawbacks is the relatively high autocorrelation function (ACF) sidelobes. We show how to completely remove most of the sidelobes by diversifying the pulses through overlaying them with orthogonal coding. The technique applies to any other type of pulses – analog or digital
Sidelobes can be completely removed if the returns from two pulses based on Golay complementary sequ...
Modern radar include more and more multiple functions and multiple channels; in this context sophist...
Abstract—It is well known that in the pulse compression radar theory, the sidelobe reduction using n...
The work presented in this thesis is concerned with the design of discrete coded waveforms for impro...
Finite length of sequences that are modulated both in phase and amplitude and have an ideal autocorr...
Abstract—We present a general method for constructing radar transmit pulse trains and receive filter...
International audienceIn this paper, a gradient descent method is used to build radar waveform seque...
This chapter presents a new class of signals based on frequency coding sequences that may be constru...
Pulse compression techniques are used in radar systems to avail the benefits of large range detectio...
This paper deals with the design of coded waveforms which optimize radar performances in the presenc...
This paper deals with the design of coded waveforms which optimize radar performances in the presenc...
This paper describes and analyzes a various generation methods of the mutually orthogonal polyphase ...
Pulse Doppler (PD) systems are widely used for moving target detection, especially in scenarios with...
Development of technique for synthesizing multilevel sequences with good correlation properties is v...
Returns from radar transmitters are filtered to concentrate target power and improve SNR prior to de...
Sidelobes can be completely removed if the returns from two pulses based on Golay complementary sequ...
Modern radar include more and more multiple functions and multiple channels; in this context sophist...
Abstract—It is well known that in the pulse compression radar theory, the sidelobe reduction using n...
The work presented in this thesis is concerned with the design of discrete coded waveforms for impro...
Finite length of sequences that are modulated both in phase and amplitude and have an ideal autocorr...
Abstract—We present a general method for constructing radar transmit pulse trains and receive filter...
International audienceIn this paper, a gradient descent method is used to build radar waveform seque...
This chapter presents a new class of signals based on frequency coding sequences that may be constru...
Pulse compression techniques are used in radar systems to avail the benefits of large range detectio...
This paper deals with the design of coded waveforms which optimize radar performances in the presenc...
This paper deals with the design of coded waveforms which optimize radar performances in the presenc...
This paper describes and analyzes a various generation methods of the mutually orthogonal polyphase ...
Pulse Doppler (PD) systems are widely used for moving target detection, especially in scenarios with...
Development of technique for synthesizing multilevel sequences with good correlation properties is v...
Returns from radar transmitters are filtered to concentrate target power and improve SNR prior to de...
Sidelobes can be completely removed if the returns from two pulses based on Golay complementary sequ...
Modern radar include more and more multiple functions and multiple channels; in this context sophist...
Abstract—It is well known that in the pulse compression radar theory, the sidelobe reduction using n...