Direction‐of‐arrival (DoA) estimation of targets improves with the number of elements
employed by a phased array radar antenna. Since larger arrays have high associated cost …

The efficacy of sensor arrays improves with more elements, yet increased number of
elements leads to higher computational demands, cost and power consumption. Sparse …

In antenna array based radar applications, it is often desirable to choose an optimum
subarray from a full array to achieve a balance between hardware cost and resolution …

We consider the problem of far-field sensing by means of a sensor array. Traditional array
geometry design techniques are agnostic to prior information about the far-field scene …

A cognitive antenna selection strategy for multi-in multi-out (MIMO) imaging radar is
proposed in this article. The basic idea of our strategy relies on the dynamic selection of the …

This study addresses a radar architecture to design a waveform that dynamically fits into the
gaps in the radio‐frequency spectrum and that matches the target scattering properties. The …

This book presents machine learning (ML) concepts with a hands-on approach for
physicists. The goal is to both educate and enable a larger part of the community with these …

Multi-antenna radars exhibit positively correlated detection performance with the number of
elements utilized. The feasibility of refining antenna arrays to reduce cost of operation with …

Multi-antenna radars exhibit positively correlated detection performance with the number of
elements utilized. The feasibility of refining antenna arrays to reduce cost of operation with …

Spatial beamforming using distributed arrays of RF sensors is treated. Unlike the
observations from traditional RF antenna arrays, the distributed arrays data can be …