This paper introduces a new tri-wideband fractal antenna for use in wireless communication
applications. The fractal manufactured antenna developed has a Sierpinski hexagonal …

The present study unveils a printed antenna design that achieves high gain and exhibits
right-handed circular polarization (RHCP). The antenna is intended for use in direct …

A Ku‐band satellite application‐based printed planar array is conferred in this article. The
proposed array's sole radiator design is inspired by the essence and based on a nature …

This article presents a 2× 2 printed planar array and its single element for weather‐
monitoring (8.175–8.125 GHz) related applications. The proposed array's single antenna …

This article presents a four‐elements linear array of highly directive radiators for Ku‐band
satellite applications. The antenna array's sole element is a newly introduced nature …

This article provides a 4-elements planar array of fractal patch antennas for X-band wireless
communication, especially amateur-radio (10.00–10.50 GHz) applications. The single …

In this article, a wide bandwidth along with compactness is achieved using a multi-objective
optimization technique in a simple X-band antenna structure. The grey relational analysis is …

This article presents a highly compact printed radiator for direct broadcast satellite (DBS)
systems that exhibits good gain and left‐handed circular polarization. The inferred pattern is …

A two-element array of miniaturized printed radiators for vehicular communication has been
presented in this article. The IEEE 802.11p standard specifies that the operational range is …

This article introduces a proposed methodology for using a printed array of radiators with
concentric circular shapes in the context of vehicle-to-vehicle applications. The frequency …