In recent years, the science of fractal geometry has grown into a vast area of knowledge,
with almost all branches of science and engineering gaining from the new insights it has …

In the current communication system, fractal shapes are introduced in the antenna
technology to minimize the size considerably. Fractal denotes geometrical structures …

The Fractal geometries have unique properties such as space filling and self similarity. For
achieving the desired miniaturization, multi-band and wideband properties the fractal …

In this paper, a dual band antenna is designed using fractal geometry. The paper presents a
triangular sierpinski fractal antenna which gives higher bandwidth of 670MHz & 1070MHz at …

Fractal antennas have the potential to provide multi-band solution through the property of
self similarity that the fractal shape possess. This thesis deals with some modifications of the …

A planar Sierpinski fractal antenna for multiband applications is proposed, designed,
simulated and tested. The slotted ground plane and the perturbed Sierpinski fractal patch …

A modified Sierpinski fractal broadband antenna for multiband application is investigated,
simulated, and measured in this paper. The perturbed fractal patch and the modified …

This paper presents a design of Sierpinski Fractal Antenna (SFA). Sierpinski is known by
name of Sierpinski Triangle having triangular slots using mid-point geometry of triangle …

This paper presents the design and simulation of multiband Sierpinski fractal antenna with
different patch (rectangular, circular and triangular) geometries. To validate the effect of …

The construction of a wideband fractal antenna with a modified ground structure is
discussed in this paper. The basic patch antenna structure is derived from the available …