This book discusses antenna designs for handheld devices as well as base stations. The
book serves as a reference and a handy guide for graduate students and PhD students …

In this paper, a co-planar waveguide fed circular slot antenna with an operational
impedance bandwidth of 20-28 GHz is proposed. In order to reduce the effective occupied …

Future wireless communication systems need to be redesigned for millimeter wave carrier
frequencies to accommodate higher bandwidth applications. The free space power loss for …

In this paper, low-cost polycarbonate substrate is used for design of antennas operating in
the 28 GHz band. First, a corner bent inset fed patch antenna is proposed with a forward …

In this paper, a low-cost polycarbonate substrate is used for the design of antennas
operating in the 28 GHz band. First, a corner bent inset fed patch antenna is proposed with a …

Feeding techniques of antennas is an important topic, especially when designing antennas
in the mmWave spectrum. In the conventional microwave domain, the choice of feeding …

Three essential data modes are observed for mobile terminal data usage and hence three
conformal elements are presented with shared ground for least physical footprint with …

A Triple band triple sensed CPW-Fed Circularly polarized Antenna is presented in this
article. The rectangular parasitic elements mainly responsible for the generation of circular …

A compact Vivaldi antenna for wireless mobile terminals is proposed. Proposed antenna is
wide-band operating from 25-40 GHz with fractional bandwidth of 46%. Proposed antenna …

A tapered slot antenna integrated with metamaterial unit cells and dielectric loading is
proposed in this paper. The impedance bandwidth is 27-29 GHz (7.2%) with a forward gain …