We present a flexible, compact antenna system intended for telemedicine applications. The
design is based on an M-shaped printed monopole antenna operating in the Industrial …

Performance of a dual-band coplanar patch antenna integrated with an electromagnetic
band gap substrate is described. The antenna structure is made from common clothing …

A textile endfire antenna operating in the 60-GHz band is proposed for wireless body area
networks (BANs). The permittivity of the textile substrate has been accurately characterized …

To demonstrate that commercial textiles can be used as antenna substrates at millimeter
waves, a microstrip patch antenna array printed on textile is proposed for off-body …

In this chapter, a review has been presented on dual-band, multiband, and ultra-wideband
(UWB). This review has been classified according to antenna feeding and loading of …

New generations of printed flexible antennas are playing an important role in wireless
communication systems. The ultra wide band and wearable possibilities are critical aspects …

The performance of a PIFA textile antenna under different crumpling conditions is presented.
The PIFA was designed for integration into clothing and other textile applications and the …

In this communication, a fully organic dual-band antenna is presented. It consists of a
coplanar waveguide coupled to an elliptical monopole antenna designed on a kapton …

A polyimide (PI)-based flexible monopole antenna fed by coplanar waveguide (CPW) was
fabricated by self-assembly technology. The measured characteristics indicate that the …

This paper presents a button shaped antenna based on a microstrip Yagi array. The
proposed antenna is suitable for Wireless Body Area Network (WBAN) and telemedicine …