An integration concept for multi-standard antennas is described. This technique is based on
utilizing a relatively large antenna that is printed on the top side of a substrate, acting as a …

In this letter, a dual-band fractal monopole antenna suitable for Long Term Evolution (LTE)
standard is proposed. The antenna geometry is based on a perturbed planar Sierpinski …

An H-fractal used for a multiband antenna is presented. The H-fractal planar antenna has
been fabricated on an FR4 substrate with a 1.6-mm thickness. The proposed antenna can …

This paper is aimed at proposing a multiband fractal antenna suitable for wireless
communication systems devoted to emergency management. The synthesis of the antenna …

In this paper, a planar multi-band antenna suitable for the integration in portable terminal
systems is described. The antenna operates at UHF RFID (915 MHz) and GPS-L1 (1715 …

In this paper, a multiband antenna based on a perturbed Sierpinski Gasket fractal for
distributed systems in ubiquitous wireless environments is presented. The antenna enables …

This paper presents a compact Multiband hybrid fractal antenna designed for mobile
wireless applications it has planar structure and suitable for mobile applications at low cost …

In this letter, a spline-shaped ultrawideband (UWB) antenna enabling simultaneous
operability over multiple mobile wireless standards-namely the DCS, PCS, UMTS, and ISM …

The traditional methods of designing antennas are not suitable in case of fractal antennas
due to non availability of accurate mathematical design expressions. Recently, ANN model …

This paper presents design of Compact Hybrid Multiband Antenna (CHMA) for various
wireless applications. The projected antenna geometry is designed by integrating moore …