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 …

A compact triple‐band porous electromagnetic bandgap structure‐loaded coplanar‐
waveguide‐fed wearable antenna is introduced for applications of wireless body area …

This paper presents a low-profile, wearable textile antenna, designed for Wireless Body
Area Network (WBAN) applications operating in the 5.8 GHz band for Industrial, Scientific …

In this paper, the optimization of a perovskite-based multi-layer microwave absorber is
performed to find an optimized value of the impedance step gradient from the refractive …

This paper proposes a design of a compact jeans textile wearable antenna with miniaturized
structure. This textile antenna is designed for wireless broadband applications. This antenna …

A dual-band, dual-pattern antenna is presented for 1.437 GHz L-band and 2.45 GHz
Industrial Scientific and Medical (ISM) band applications. The antenna is based on …

Recent developments in textiles have led to the manufacturing of a variety of fabrics. These
developments include spacer fabrics, embroidered fabrics, embedded sensors in fabrics …

A wideband, flexible wearable antenna is introduced to operate at 6-8 GHz frequencies for
wearable applications. Casual jeans fabric is utilized to build the antenna, whose thickness …

Abstract Wearable Wireless Body Sensor Networks (W‐WBSNs) are the best substitute for
traditional healthcare systems by effectively monitoring patients within or remotely from the …

An improved ring resonator structure consisting of a capacitive coupling fixture is presented.
Dielectric characterization is carried out using a fitting method that allows for comparison …