This paper deals with the joint design of intra-inter agile pulses and Doppler filter banks to
improve Doppler ambiguous target detectability in signal-dependent mainlobe clutter …

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

Integrated sensing and communication (ISAC) is a key enabling technique for future
wireless networks owing to its efficient hardware and spectrum utilization. In this paper, we …

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 …

To detect high-speed moving targets using multiple-transmitter systems, the transmit
sequence set should possess Doppler tolerance performance similar to that of linear …

This paper tackles the challenge of designing nonconvex unimodular waveforms under
spectral constraints to minimize the spatial Integrated Sidelobe Level Ratio (ISLR) in …

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 …

Under rainy conditions, atmospheric settling particles have significant depolarization effects
on radar waves and thus affect the target detection performance. This paper establishes an …

Simultaneously polarimetric radar (SPR) realizes the rapid measurement of a target's
polarimetric scattering matrix by transmitting orthogonal radar waveforms of good ambiguity …

This paper proposes a probabilistically robust joint transmit code and receive filter design
approach for extended targets detection. The goal is to maximize the probability that the …