Fractal antenna arrays are one of the feasible antenna technologies for the future wireless
communications such as 5G technology and advanced ad-hoc networks. Owing to the …

This paper proposes, for the first time, a new radiation pattern synthesis for fractal antenna
array that combines the unique multi-band characteristics of fractal arrays with the adaptive …

Fractals are self-similar geometric structures whose fractal dimensions are strictly exceeding
its topological dimensions. It involves an iterative generating process that results in borders …

A modern design of fractal antenna arrays, called fractile array, which exhibits a fractal
boundary contour within a tiled plane, is explored for enhanced array performance. In this …

This study introduces, for the first time, a new design methodology that combines the unique
multi‐band features of thinned fractal antenna arrays with the adaptive beamforming …

Fractal antenna array is a compact and multi-band antenna-element design technique. One
of the major challenges of this array design is the possibility of radiation pattern synthesis. In …

The rapid development of various advanced wireless applications in diversified fields makes
the microwave spectrum congested, thereby demanding higher frequency bands (terahertz) …

Fractal arrays are repetitive-geometry-based smart arrays having impressive array factor
properties. However, the performance of these arrays degrades owing to their large number …

Unique properties of fractals are utilized in a new class of antenna-element designs, called
fractal antenna arrays that are multi-band and compact in size. This paper investigates the …

This article proposes a new geometric design methodology for the systematic expansion of
fractal linear and planar array antennas. Using this proposed geometric design methodology …