The phase-attached radar-communications (PARC) framework was recently proposed as a
means to realize both functions via an FM waveform structure that is amenable to high …

To reduce the consumption of spectrum and hardware resources, three methods are
proposed to design the integrated radar and communication waveforms transmitted by a …

Multi-function waveforms possessing simultaneous radar and communication capabilities
provide the means with which to efficiently combat congestion of the spectrum. Here a joint …

The element-level control afforded by a digital array provides the necessary flexibility to
realize spatially diverse transmissions that can perform multiple simultaneous functions in …

An element-digital array aperture is to be shared between a primary radar mission and
secondary communications mission, but the inputs to the amplifiers must be constant …

This paper considers two optimization problems for the conception of a co-located Multiple
Input Multiple Output Dual-Functional Radar-Communication system. The first one consists …

High peak-to-average power ratio (PAPR) wave-forms present a challenge to radar systems
in which high power amplifiers operate in saturation to increase power efficiency. In …

A methodology is presented to reduce the amount of coupled power for co-located multiple-
input-multiple-output (MIMO) radar waveforms via convex optimization. Specifically, a set of …

Radar receivers must be extremely sensitive to detect faint target signatures. To this end
pulse-Doppler processing of pulse compression waveforms integrates faint target echoes …

The phase-attached radar-communications (PARC) framework facilitates the co-design of
these different functions within a common frequency modulated (FM) waveform, thereby …