A frequency diverse array (FDA) concept has drawn substantial attention in recent years
because of its particular range-angle-dependent beam pattern. This interesting feature …

Secure communication in the physical layer (PHY) using frequency diverse array (FDA)
antennas has become a prominent research topic in recent years due to the unique range …

This work presents a novel and detailed harmonic analysis of frequency-diverse arrays
(FDAs) when a pulsed regime is adopted to resolve the typical range–angle coupling of their …

In this work an effective and feasible solution at millimeter-wave for real-time focusing of
Frequency Diverse Arrays (FDAs) is proposed, to be exploited for intentional far-field …

This paper proposes the design of virtual antenna arrays with frequency diversity for radar
systems in fifth-generation flying ad hoc networks. These virtual arrays permit us to detect …

In this work the beam steering capability of pulsed frequency diverse arrays (pulsed FDAs) is
analyzed and experimentally validated for the wireless energization of battery-less sensors …

In this work a realistic analysis of the radiation pattern of frequency-diverse arrays is carried
out through the introduction of the path loss affecting the field propagation. An essential …

In this work an effective solution at millimeter-wave for real-time focusing via Frequency
Diverse Arrays (FDAs) is proposed, to be exploited for intentional far-field Wireless Power …

Channel error calibration for circular array radar can be found in many areas, such as target
detection and safety surveillance. Due to curved distribution of each array element …

Antenna arrays offer advantages in terms of spatial diversity, allowing for control over pattern
specifications in space. The incorporation of frequency diversity in arrays presents an …