This article seeks to expand the fundamental understanding of random pulse repetition
interval staggering radar by formulating a physically meaningful “Doppler manifold” signal …

Doppler processing enables pulse-Doppler radar to cancel clutter and discriminate movers
based on their relative radial motion by exploiting slow-time signal coherence across the …

The reiterative super-resolution (RISR) algorithm was developed to perform adaptive
direction finding while accounting for model errors from imperfect calibration. Here this …

Time-frequency (TF) analysis is employed in numerous applications to characterize the
attributes of signals. For cognitive radar it can provide valuable information regarding the …

The single pulse imaging (SPI) algorithm was developed as a means to generalize adaptive
pulse compression (APC) by incorporating fast-time Doppler, thereby enhancing separability …

A dual-DDS-based, mm-wave, heterodyne, FMCW radar with a 108-GHz center frequency, a
600-MHz bandwidth, and a 3-MHz IF was used to characterize backscatter from static clutter …

Matched processing is a fundamental filtering operation within radar signal processing to
estimate scattering in the radar scene based on the transmit signal. Although matched …

Slow-time coding (STC) has previously been examined for multiple-input multiple-output
(MIMO) radar and disambiguation of multiple range ambiguities. However, using STC with …