This paper presents an in-depth review of the performance improvement of antennas using
metasurface. Metasurface is a periodic arrangement of perfect electric conductors (PECs) on …

A wearable textile antenna with dual-band and dual-sense characteristics is presented in
this work. It operates at the 2.45 GHz band for WBAN and WLAN applications, and at the …

A fractal square splits ring resonator (FSSRR) based metamaterial structure for multiband
absorber (MMA) and reflector application has been presented in this paper. The design …

Metamaterials are widely used as sensors in a large range of applications due to their
unusual properties not found in nature. This review's purpose is to focus on recent …

A compact and robust fabric antenna incorporated with metamaterials (MTM) at 2.4 GHz is
introduced for wearable devices application where the MTM behaves as EBG/AMC. The …

The superior performance of metamaterial-inspired sensors has enabled their application in
various material characterization tasks, such as dielectric constant measurement …

ABSTRACT UWB antennas are limited to poor gain at higher frequencies due to the
presence of higher modes, especially when fed with the probe. This paper demonstrates a …

The design of a high-gain and high-orientation rectangular patch microstrip antenna for 5G
communication, which works at 3.5 GHz with a relative bandwidth of 2.28% and a gain of …

In the fast-paced landscape of UHF RFID technology, achieving precise spatial-selective
identification is of critical importance in the logistics and retail domain. This work introduces …

In this work, a dielectric resonator antenna (DRA) is miniaturized by using Artificial Magnetic
conductor (AMC) surface without disturbing other important parameters. The design has …