In this review, the particular importance and associated opportunities of additively
manufactured radiofrequency (RF) components and modules for Internet of Things (IoT) and …

The tremendous increase in the number of components in typical electrical and
communication modules requires low-cost, flexible and multifunctional sensing, energy …

Although wireless sensor networks (WSNs) have been an active field of research for many
years, the modules incorporated by WSN nodes have been mainly manufactured utilizing …

A first-of-its-kind design methodology to realize thermally actuated origami-inspired
multilayer Miura frequency selective surfaces (MLM-FSSs) using a polyester-based …

In this article, the particular importance of nanotechnology-enabled materials associated
with additive manufacturing techniques for the realization of radio-frequency (RF) …

A state-of-the-art fully Inkjet-printed tunable frequency selective surface on cellulose paper is
presented, which uses a Miura origami structure for an on-demand linear variation in inter …

In this paper, numerous inkjet-/3D-/4D-printed wearable flexible antennas, RF electronics,
modules and sensors fabricated on paper and other polymer (eg LCP) substrates are …

By combining radio-frequency identification (RFID) and paper-microfluidics technologies, a
low-cost first-of-its-kind platform for comprehensive liquid sensing, ie, the “smart test strip,” is …

A first-of-its-kind design methodology to realize origami-inspired multi-layer frequency
selective surfaces (FSS) with a thermally actuated smart shape-shifting spacer layer is …

A state-of-the-art methodology for the realization of fully inkjet-printed tunable frequency
selective surfaces using ripple-Miura (an origami) structure is presented. The dipoles are …