Time and frequency modulated arrays have numerous application areas including radar,
navigation, and communications. Specifically, a time modulated array can create a …

In the modern communication era, antenna arrays play a vital role, demanding more
constrained antenna arrays with high gain, ultra-low sidelobes, and other characteristics …

Array elements failure detection and pattern correction for time-modulated linear array
antennas (TMLAA) are investigated in this paper. The particle swarm optimization (PSO) is …

In this study, the authors propose a time‐modulated frequency diverse array (FDA) by
combining time‐modulated array (TMA) and FDA for physical‐layer security. The proposed …

This paper introduces a plasma based circularly polarized (CP) magneto-electric (ME)
dipole antenna as a building element of time-modulated array (TMA). The single plasma ME …

Digital beamforming (DBF) with full Radio-Frequency (RF) complexity requires a separate
RF chain per transmit antenna, which is not only difficult to realize for large-scale MIMO …

With the rapid development of modern electronic technologies, antenna arrays typically
operate in very complex electromagnetic environments. However, owing to the various …

This paper applies time modulation to deal with the design of antenna arrays for UAVs
formation flight using a rectangular micro-strip as antenna element in the frequency of 2.4 …

Time-Modulated Linear Arrays (TMLAs) offer useful efficiency savings over conventional
phased arrays when applied in parameter estimation applications. The present paper …

The demand for high data rate is increasing day by day due to dramatic growth in wireless-
connected devices. The shortage of bandwidth at sub-6GHz frequency bands cannot fulfil …