Fractal geometries are attractive for antenna designers seeking antennas with compact size
and multiband resonant behavior. This paper presents the design of a new microstrip-fed …

Objectives: To design new multi-band antennas based on patch resonator with comparative
results to each other. Both antennas are compact in size and have high quality responses …

Different fractal based structures have been widely used in numerous antenna designs for
various applications. In this paper, a printed slot antenna has been introduced as a …

This paper presents the design of a new Co-Planar Waveguide (CPW) fed dual band printed
slot antenna with enhanced bandwidths for use in wireless applications. The fractal based …

Fractal geometries are widely used in antenna design because of their unique properties of
self-similarity and space-filling. In this thesis, the fractal geometry has been applied to …

Fractal slot structures are widely used to design compact size and multiband printed
antennas. In this paper, a printed antenna with fractal based slot structure is presented for …

Fractal based structures have been widely used in numerous antenna designs for several
applications. In this paper, a printed tree fractal based cross slot antenna operating at 2.45 …

In modern wireless systems, it is essential to incorporate numerous functions into a single
component to accomplish cost-effective, lossless, and miniaturized properties. To achieve …

New microstrip antenna initiated from the portions of 1 st order structures of Sierpinski
square geometry is modeled in this paper as quasi-fractal device using an FR4 substrate of …

A compressed small width circular in shape aerial with fractal characteristics that exhibits
minimal delay, cost and better speed with wide band characteristics is modeled. Simulation …