The concept of wearable products such as textile antenna are being developed which are
capable of monitoring, alerting and demanding attention whenever hospital emergency is …

Telecommunication systems integrated within garments and wearable products are such
methods by which medical devices are making an impact on enhancing healthcare …

This paper presents a narrow notch band, flexible, wearable ultra-wideband antenna built
on a jeans substrate. Prior to designing the antenna, the dielectric properties of the jeans …

This paper presents the design, fabrication and testing of two embroidered chipless
octagonal-shaped RFID tags on cotton fabric for wearable applications. The first tag is …

A conformal body-worn antenna is presented for communications at 300 MHz. The antenna
consists of a thin broadband flared-dipole element printed on a thin (0.1 mm) FR4 substrate …

The curve of a planar antenna edge is an important parameter which affects the antenna
performances. In this study, we propose a new edge curve, characterized by the binomial …

The flexible electro-thread UHF RFID tag antenna has been designed using T-matching
method. The antenna size is compact than conventional dipole antenna and reading range …

In this paper, a CPW-fed UWB slot antenna using extremely thin substrate has been
presented. Good bandwidth characteristics have been achieved and the radiation patterns …

A flexible transparent modify dipole antenna printed on PET film is presented in this paper.
The proposed antenna was designed to operate at 2.4 GHz for ISM applications. The …

Antennas on a flexible substrate were designed and fabricated in order to study their
feasibility for GPS reception. The focus of the experiments was on the design of fabric-base …