The recent advancement in the wireless technology has led to the advent of wearable
antennas. These antennas are utilized for Wireless Body Area Networks (WBANs) purposes …

Wearable electronics sector is a fast-growing industry due to the rapid progress gained by
developing textile-based conductive materials and conductive yarns. The demand for …

Flexible antennas offer many advantages for communication, radar, RF identification, and
energy harvesting applications. A review on the material selection and fabrication process of …

This paper proposes a multi-band composite wearable antenna for wireless communication,
which uses a monopole structure as the radiating body and achieves multi-band …

The research was conducted to apply the embroidering technique of fabricating e-textiles.
Two types of conductive threads (A1& A2) were used. Microstructure properties of …

In this study, a 3-step methodology for efficiently designing embroidered textile patch
antennas in the 2.4 GHz ISM frequency band is presented. A conventional patch antenna …

Presently, it is difficult to measure the characteristic impedance of embroidered microstrip
line for its conductive anisotropy directly. The published work had proposed to use S …

To reveal the engineering relationship among the electrical properties of embroidered
conductive lines, the electrical properties and arrangements of conductive yarns, it is …

The research was conducted to evaluate the impact of the fabrication parameters such as
using different types and length stitches of conductive yarns on the performance of …

Although embroidering technology is generally used to manufacture electronic components,
previous works only give the fitting relationship between embroidery parameters and their …