A compact low-profile reconfigurable metasurface (MTS) antenna is presented in this letter,
occupying an overall size of 0.65 λ 0× 0.65 λ 0× 0.067 λ 0. The proposed antenna is mainly …

Pattern reconfigurable antennas (beam steerable antennas) are essential for various
applications in electronic engineering such as telecommunication and radar. They mitigate …

A reconfigurable antenna (RA) capable of steering its beam into the hemisphere
corresponding to θ∈{-40°, 0°, 40°}, φ∈{0°, 45°, 90°,-45°}, and of changing 3 dB beamwidth …

The design, prototy**, and characterization of a radiation pattern reconfigurable antenna
(RA) targeting 5G communications are presented. The RA is based on a reconfigurable …

A multifunctional reconfigurable antenna (MRA) capable of operating in nine modes
corresponding to nine steerable beam directions in the semisphere space …

Pixel antennas provide a straightforward method for antenna design that can meet a given
set of specifications. A key step in the design of pixel antennas is the optimization of the …

A novel design for an endfire beam-steerable planar printed pixel antenna is described. A
key performance highlight of the antenna is its ability to beam steer through 300° in the …

In this article, a systematic method for designing antennas with quasi-isotropic patterns is
proposed based on pixel structures and-port networks. Multilayered pixel structures are …

An improved method to design compact pattern reconfigurable pixel antennas is described.
The method introduces a new structure consisting of diagonal connections between pixels to …

A method for using N-port characteristic mode analysis (N-port CMA) for the design and
optimization of pixel antennas is described. The motivation for using N-port CMA is to …