We present a fully inkjet-printed novel wideband planar monopole antenna on thin
packaging cardboard available in bulk for low-cost and environmentally-friendly mass …

Printed antennas on flexible substrate material are highly desirable for flexible circuits and
wearable applications. An ultra-wideband (UWB) printed planar monopole antenna …

A low-cost, inkjet-printed multiband monopole antenna for conformal wireless applications is
presented for the first time. The antenna is implemented on a low-cost resin-coated paper …

In this paper, a review of the authors' work on inkjet-printed flexible antennas, fabricated on
paper substrates, is given. This is presented as a system-level solution for ultra-low-cost …

A system design is presented for radio frequency (RF) energy harvesting on wireless sensor
network (WSN) nodes, where all electronics reside inside a 3D structure and the antennas …

A novel compact wearable antenna printed on paper is presented. The antenna comprises a
nonresonant coplanar monopole antenna placed on a miniaturized artificial magnetic …

In this letter, we present an innovative solution to achieve high efficiency printed antennas
made on paper substrate. A corrugated cardboard is introduced for the first time for RF …

In this paper, the first reported waterproof inkjet-printed dual-band monopole antenna on the
flexible organic paper substrate is presented. The antenna, which operates at 900 MHz and …

Energy harvesting from ambient RF signals is feasible, particularly from the GSM bands
such as 900MHz, 1800MHz and the 3G band at 2.1 GHz. This requires a wideband receive …

For the first time, we demonstrate the feasibility of realizing ultrawideband antennas through
ink-jetting of conductive inks on commercially available paper sheets. The characterization …