Wearable devices present an increasingly attractive solution for numerous applications in
sectors ranging from the military to medicine to consumer electronics. They will also play an …

Shorting vias are standard components in planar technologies, but their implementation is
not straightforward in wearable textile electronics technologies. In this article, four different …

Lightweight, low‐cost metasurfaces and reflectarrays that are easy to stow and deploy are
desirable for many terrestrial and space‐based communications and sensing applications …

This study presents a wearable textile higher‐mode microstrip patch antenna (HMMPA) that
has been designed to radiate omni‐directionally at 2.4 GHz Industrial Scientific and Medical …

In this paper, we analyze the effects of textile weaving and finishing processes on the
performance of textile-based wearable antennas. Several textile-based patch antennas …

Textile structural antenna is one of the most important components for wearable electronics.
To obtain structural integrity and stability, three-dimensional orthogonal weaving technology …

Meshed conductors have been used to realize antenna systems. Previous studies have
concentrated on single layer patch designs. In this paper, different mesh configurations of …

This paper presents a systematic review of wearable antennas focusing on different textiles
used in the fabrication process. Textile fabrics used as substrate in antennas give a wearer a …

A wearable textile antenna is proposed using felt as substrate and copper tape as conductor
material at 2.4 GHz for military application. The overall dimension of the antenna is 102.5 x …

We present a wearable RFID tag implemented on a fabric, comprising four alphabet texts
embroidered by conductive threads. The tag is optimized to provide a conjugate match to the …