Radar waveform diversity has received considerable attention in recent years due to
increasing spectral congestion and the burgeoning capabilities of digital waveform …

In polarimetric radars, corresponding to the polarized antennas, exploiting waveform
diversity along the polarization dimension becomes accessible. In this article, we aim to …

For an extended target with different polarimetric responses, one way of improving the
detection performance is to exploit waveform diversity on the dimension of polarization. In …

Simultaneous polarimetric radars (SPRs) are powerful tools for measuring the polarization
scattering matrix of targets in a single pulse. However, a major challenge associated with …

In the presence of the interference from a main-lobe direction, the monopulse
measurements always get erroneous angle estimates. By polarization filtering, the …

A new spectral-shaping approach is used to design jointly the amplitude window and phase
of a tapered NLFM waveform. This approach can produce physical radar emissions with …

The recently developed polyphase-coded FM implementation for physical radar waveforms
is generalized to higher-order representations to facilitate greater design freedom (with …

In this letter, the regular amplitude angle monopulse estimation method is proven not
suitable for polarimetric radars because it sets up correlation between azimuth angle and …

Gradient descent is an iterative method of determining the minima or maxima of a function.
The algorithm can be used to solve a linear system of equations when the computational …

A technique denoted as pseudo-random optimized (PRO) FM has recently been
experimentally demonstrated to facilitate a form of FM noise radar emission involving a …