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

This letter describes a simple beam-tilting technique for an endfire antenna using only a
single-layer frequency selective surface (FSS). The proposed approach is based on placing …

A transformation-optics mapping that radially compresses a sphere into a cylindrical slab
with an arbitrary ratio of D/t is proposed to design a flat and thin dual-polarized Luneburg …

A pattern reconfigurable antenna based on switchable spoof surface plasmon polaritons
(SSPPs) transmission line is experimentally presented. There are two fundamental modes …

In this letter, a dual-polarized antenna with steerable beam is presented. The antenna
consists of an active reflection metasurface and a cross dipole antenna. The beam scanning …

A low sidelobe leaky wave antenna (LWA) based on Spoof Surface Plasmon Polariton
(SSPP) with switchable right/left-handed circular polarization (CP) and linear polarization …

In this paper the design and measurement verification of optimized planar sparse arrays for
use in wireless localization applications are presented. Existing literature on array …

The exponential increase in mobile data traffic, especially for cell-edge users, is one of the
biggest concerns facing the mobile broadband community. As a result, in a multitier network …

This paper presents the conception of a reconfigurable beam antenna with horizontal or
vertical polarization for millimeter-wave multi-beam small cells array purposes for 5G …

This paper presents an antenna that utilizes two beam steering techniques in concert in
order to improve the antenna gain and steering resolution. Phased array steering is …