The advent of the Internet of Things (IoT) era has propelled the development of wearable
technology. Wearable devices are widely used in medical, healthcare, sports, and safety …

Advancement in the Internet of Things created excitement in the market of wearable devices.
Wearable devices help humans to restructure the e-medical facility. The cost of monitoring …

In this article, a compact printed monopole dual-band antenna using artificial magnetic
conductor (AMC)-plane with improved gain and broader bandwidth, applicable for off-body …

A simple dual-band patch antenna with paired L-shap slots for on-and off-body
communications has been presented in this article. The proposed antenna resonates in the …

The research presents a new type of antenna that makes use of MIMO technology, which
employs multiple antennas for signal transmission and reception. This antenna also features …

A compact, dual‐port, triband MIMO antenna is designed and tested for three sub‐6 GHz
WLAN bands for IoT applications. The size and performance of the antenna make it versatile …

An artificial magnetic conductor (AMC)-based patch antenna with a low profile is developed
for wireless devices in IoT-based healthcare systems. The proposed antenna comprises two …

This paper designs, simulates and investigates a compact multiband bow-tie slot antenna
(BTSA) for an internet of things smart healthcare (IoT-SH) wireless communication …

A flexible probe feed multiband compact size of 43.5 x 32.5 mm 2 Minkowski island fractal
antenna has been proposed for wireless communication, especially for wearable devices …

For wearable applications, a highly flexible antenna with Artificial Magnetic Conductor
(AMC) is presented. The included design was created on a polydimethylsiloxane (PDMS) …