A printed array of microstrip radiators for DBS applications has been reported in this paper.
The sole element is derived from a nature-inspired Tulip-flower-shaped geometry whose …

A two-element linear array of hybrid-fractal antennas has been reported in this paper. The
center frequency (fr) of the proposed element is 12.50 GHz, used for the direct broadcast …

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 …

This article presents a concept for using a printed array of hexagonal radiators in vehicle-to-
vehicle applications. The IEEE 802.11 p standard designates the frequency range of 5.85 to …

This chapter describes a compact array of printed fractal antennas for 'Internet of Things
(IoT)'–based applications and future 5G (3.3–3.8 GHz) communication. The intended array …

This article proposed an array consisting of a couple of slotted printed radiators for
Dedicated Short Range Communication (DSRC) operating within the frequency range of …

A two-element linear array for various wireless or satellite-related applications under the Ku-
band is reported in this article. Its dropper-shaped architecture gives rise to a single antenna …

This chapter proposes a printed monopole radiator-based two-element array for Internet of
Things (IoT)-based applications and commercial 5G (3.3–3.8 GHz) connectivity. The …