This manuscript presents a survey of the existing literature on on-body antenna arrays. They
can be used to enable wireless communication to and from different on-body nodes in a …

A compact size of 25.83× 21.7 mm 2 L-slot-based compact microstrip patch antenna has
been proposed for a wearable device, medical and Internet of Things (IoT) applications. A …

In this paper, a wearable antenna array based on a 9× 3 artificial magnetic conductor (AMC)
array is proposed with the characteristics of compact, low profile, low specific absorption rate …

In this work, a novel flexible slotted radio frequency identification antenna with frequency
selective surface sheet as a superstrate is designed at Ultra High-Frequency global band …

In this paper, an efficient beamforming technique at the aggregator node in the patient
wireless body area network (WBAN) is proposed to improve the communication …

This paper is based on the wearable microstrip patch antennas for wearable devices in
wireless body area networks for a resonant frequency of 5.4 GHz band. The proposed …

With the rapid popularization of 5th generation mobile networks (5G), wearable devices
have also been widely applied in military communications, medical care and entertainment …

The reflector has a role in enhancing the return loss of antenna becoming a selective
frequency. In this paper, an artificial magnetic conductor (AMC) based reflector composed of …

This article proposes a dual-band (2.4/5.8 GHz) wearable MIMO antenna system that can be
applied to the ISM band. The antenna element uses an improved coplanar waveguide …

The suggested system utilizes an inverted F metal zipper to act as an antenna. Here we
have proposed an antenna which is designed using HFSS software in order to assure safety …