The wide deployment of multi-modal sensors in various areas generates vast amounts of
data with characteristics of high volume, wide variety, and high integrity. However, traditional …

Modern radar systems face numerous challenges due to requirements of robust, high
performance across multiple missions and multiple functions in the face of dynamically …

Most radar systems employ a feed-forward processing chain in which they first perform some
low-level processing of received sensor data to obtain target detections and then pass the …

Congestion in the RF spectrum is rapidly increasing, which has motivated the need for
efficient spectrum sharing techniques. A cognitive radar system has been developed to …

The application of cognitive inspired processing to radar is a fast emerging area of research
that affects almost all types of radar systems. Cognition means" knowing" and is the process …

In this paper we examine the radar-communications coexistence problem by modeling the
radar environment as a Markov Decision Process (MDP), and then applying reinforcement …

By emulating the neuropsychological processes underpinning animal cognition, the field of
cognitive radar seeks to improve performance compared to non‐adaptive systems. The fully …

Due to increasing demands for spectral resources in both communication and radar
systems, the radio frequency electromagnetic spectrum is becoming more and more …

The recent developed cognitive radars can implement flexible work modes with
programmable modulation types and optimized modulating values for each mode definition …

The definitions of cognitive control that have been stated here are drawn from psychology
and neuroscience. The way of implementing perception and acting on what has been …