The proliferation of wireless services is driving innovative phased array solutions that are
able to provide better cost/performance tradeoffs. In this context, the use of irregular array …

A review of the most recent advances in deep learning (DL) as applied to electromagnetics
(EM), antennas, and propagation is provided. It is aimed at giving the interested readers and …

Harmonic manipulations are important for applications such as wireless communications,
radar detection and biological monitoring. A general approach to tailor the harmonics …

A new in-phase/quadrature (I/Q) complex modulation technique to realize single-sideband
time-modulated phase only weighting on an array antenna is proposed. Based on …

A novel direction-finding method by the time-modulated array (TMA) is proposed through
analyzing the harmonic characteristic of received signal, which requires only two antenna …

This paper proposes a smart wireless power transmission method, based on a two-step
procedure, exploiting real-time beaming of time-modulated arrays. The sideband radiation …

The direction finding method by the time-modulated linear array (TMLA) is analyzed and
verified. The direction of arrival (DOA) can be calculated out by analyzing the spectrum …

The synthesis of frequency diverse arrays (FDAs) able to achieve time-invariant spatial
focusing performance in the short-range is addressed. Two time-modulated optimized …

This paper aims to present an up-to-date overview of the state-of-the-art about time-
modulated arrays (TMA s). Starting from a description of the TMA fundamentals and basic …

In this paper, a novel module named time-modulated amplitude-phase weighting with
multiple branches (TMAPW-MB) is proposed to realize harmonic beamforming. The …