This paper presents a detailed review of the latest developments in the design of quasi Yagi
antennas, which are suitable for a wide range of wireless applications, including wireless …

A planar suspended multiband Yagi antenna suitable for WLAN, LTE, and 5G wireless
applications has been presented. The antenna presented here has been optimized to offer …

Rectangular grid antennas are widely used in practice due to their advantages and
versatility. This paper simplifies the design procedures of such antennas by optimizing their …

A compact wideband planar microstrip-fed quasi-Yagi antenna is presented. In order to
achieve a high gain, the traditional rectangular director in one row is replaced by two rows of …

Adaptive antenna arrays have shown their effectiveness and powerful capabilities in modern
communication and radar systems. However, maintaining this effectiveness under …

The paper presents a compact planar UWB antenna for multiband wireless applications. The
antenna is made by cutting beveling slots at the edges of a patch and then inserting a …

The thinning methods were usually used to simplify the array complexity by turning off some
of the radiating elements in large planar arrays which lead to unavoidable reduction in the …

The present work demonstrates the design of a wideband 2× 1 reconfigurable beam
steering array for wireless communication systems. The designed antenna is powered by a …

This paper introduces log periodic dipole antenna based quasi-Yagi antennas that are well-
suited for advanced multi-band wireless applications. The examined antennas in this study …

Regular fully filled antenna arrays have been widely used in direction of arrival (DOA)
estimation. However, practical implementation of these arrays is rather complex and their …