Microwave electronics have evolved from bulky waveguide and vacuum tube‐based format
to smaller and lighter board‐based electronics, and then to the highly miniaturized, chip …

Design of modern antennas relies-for reliability reasons-on full-wave electromagnetic
simulation tools. In addition, increasingly stringent specifications pertaining to electrical and …

Wearable antennas have grown in popularity in recent years as a result of their appealing
features and prospects to actualize lightweight, compact, low-cost and adaptable wireless …

In this modern world, the need for compact, lightweight, and flexible devices to modernize
and monitor the health in busy day-to-day life is increasing drastically. In connection to this …

This paper presents two compact textile‐based planar dipole and loop antennas for
wearable communication applications operating in the 2.4 GHz industrial, scientific, and …

Textile-based wearable electronics have drawn increasing attention in recent years, but
stable and durable conductive mechanism on textiles has been the challenge. In this study …

This paper is devoted to a compact and ultra-wideband (UWB) CPW (Co-Planar Waveguide)-
fed square slot Antenna for wearable applications. In our design, the antenna fabricated on …

Medical industries are continuously working towards the development of wearable
theragnostic devices which enable monitoring various ailments in the body and then …

The wearable textile antenna plays a decisive role in the currently increasingly wireless
communication network area. To realize the miniaturization and electromagnetic reliability, a …

The aim of this paper is to discuss about the textile materials those are used in human
medical treatments. The findings of this paper established that some textile materials are …