Radar signal design in a spectrally crowded environment is a very challenging and topical
problem due to the increasing demand for both military surveillance/remote-sensing …

Radar signal design in a spectrally crowded environment is currently a challenge due to the
increasing requests for spectrum from both military sensing applications and civilian …

The radio frequency (RF) electromagnetic spectrum is a limited natural resource necessary
for an ever-growing number of services and systems. It is used in several applications, such …

Assuming unknown target Doppler shift, we focus on robust joint design of the transmit radar
waveform and receive Doppler filter bank in the presence of signal-dependent interference …

The need for cognitive radar systems that automatically adapt their transmit waveform and
receive processing to the environment is growing along with the desire for integrating with …

Radar designers seek transmit waveforms that have an acceptable time envelope
(modulus), power spectral density, and ambiguity function. However, these three waveform …

This study presents new insights into sparse frequency waveform analysis and new
waveform design methods. For a general radar waveform, the total ambiguity in its auto …

Multiple-input multiple-output (MIMO) radar equipped with a frequency diverse array (FDA)
can produce a range-dependent beampattern and increase the degrees-of-freedom of the …

Spectrally-disjoint radar waveforms seek to minimize the amount of energy in a set of
frequency bands within the bandwidth of the waveform. Such a waveform will suffer higher …

New generation of radar systems will need to coexist with other radio frequency (RF)
systems, anticipating their behavior and reacting appropriately to avoid interference. In light …