The theory, computer simulations, and experimental measurements are presented for
electrically small, two-element supergain arrays with near-optimal end-fire gains of 7 dB. We …

A closely spaced, folded Yagi antenna design is proposed for achieving high gain in a
physically compact size. It is shown that a three-element Yagi can achieve a realized gain of …

Electrically small superdirective arrays that are theoretically possible have been shown
feasible for two and three element arrays. However the individual elements must be fed …

With proper adjustment of the amplitude and phase of the element excitations, the directivity
of an N-element end-fire array of isotropic radiators can approach N 2 as the spacing …

Results with driven and superdirective two element copper arrays which demonstrate how
frequency optimization affects the phase difference between the elements' currents are …

This paper is a model of a reconfigurable superdirective antennas. The array antennas is
made for Wi-Fi module in 2.45 GHz ISM band. Monopoles, two-by-two linear and 0.1 λ …

The theory, computer simulations, and experimental measurements are presented for
electrically small two-element supergain arrays with near optimal endfire gains of 7 dB. We …

As the demand for compact, portable communication electronics increases, the technology
of miniaturization has made great progress. A beneficiary of that progress has been …

In this paper, the authors combine these techniques and show how dielectric immersion
affects the electrical size and supergain of two-element parasitic supergain arrays. The …

This paper presents a prototype design of antenna for Internet of Vehicle (IoV). Presented
antennas is an array of 4 quarter-wavelength monopoles set in form of lozenge and on an …