It has been found that designing an antenna using the properties of fractal geometry results
in an antenna that resonates at multiple frequencies. In this work two designs of fractal …

Fractal antennas are found to be advantageous because of their small size and multiband
functionality. This paper proposes a composite miniaturized fractal antenna as a …

ABSTRACT A novel design of fractal using Giuseppe Peano geometry for wireless
applications has been presented in this paper. Low cost FR4 glass epoxy substrate with 1.6 …

Wider bandwidth is required in modern wireless communication. Traditionally each antenna
operates at a single frequency band, where a different antenna is needed for different …

Nowadays wireless communications systems (GSM/UMTS/WIFI) require compact antennas
which are capable of operating at different bands. Fractal geometry antennas are being …

This paper presents a design of star shaped fractal antenna for wireless applications. The
FR4 glass epoxy substrate is used to design the antenna with relative permittivity 4.4 and …

Fractal antennas are characterized by space filling and self-similarity properties which
results in considerable size reduction and multiband operation as compared to conventional …

A wideband published slot antenna appropriate for wireless code division multiple access
(WCDMA) and sustaining the international interoperability for microwave access (WiMAX) …

The proposed microstrip antenna is based on fractal techniques and designed for wireless
applications. The radiating element is an A-shaped triangle on which fractal concept is …

Wireless applications, particularly with multiple resonances, put new demands on antennas
pertaining to size, gain, efficiency, bandwidth, and more. One promising approach in this …