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

The ambiguity function (AF), which is used to evaluate the range and Doppler resolutions,
plays an important role in radar systems. In this article, we consider the problems of jointly …

The meteorological industry is currently exploring Solid State Weather Radar (SSWR)
systems, a new technology that emits minimal transmission power, to minimize harm to the …

Sequence set design with good correlation properties and Doppler tolerance has been a
classic and important problem in many multichannel systems, including but not limited to the …

Constant modulus (CM) waveform design with good auto-and cross correlation properties is
the key issue in the multiple-input multiple-output (MIMO) radar systems. The problem is …

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 …

This article deals with the joint design of inter-pulse amplitude, phase and frequency to
detect coexisting strong and weak targets in the presence of interference for cognitive radar …

Polarization adds an additional dimension to the radar signals, contributing to waveform
diversity. Codesign of unimodular waveforms and filters with polarimetric power allocation …

Design of discrete phase sequence waveform (DPSW) with desirable co-and cross-
ambiguity function (AF) properties has been a longstanding and critical challenge in the field …

One of the significant challenges in using polarimetric phased array radars (PPARs) for
weather observations is the implementation of dual polarization with an acceptable level of …