A compact low-profile all-textile multiband antenna operating in the 2.45/5.8 GHz ISM bands,
mobile WiMAX IEEE 802.16 2005 (3.3–3.4 GHz), and 5G sub-6 NR frequency band n77 …

In the past two decades number of studies have been reported on the use of thermoplastics
as a substrate for 3D printed patch antennas. However, no work has been reported on the …

5G is emerging as a next-generation technology that enhances capacity, provides very low
latency, very high data rates, and good quality of service. For any 5G device to operate …

A compact circular patch antenna operating at terahertz frequency is presented. Designed
antenna has a substrateof length 100 μm, width of 100 μm and thickness of 10μm. Radius of …

This paper aimed to take closer steps towards real wearability by investigating the
possibilities of designing and fabricating highly efficient and fully flexible wearable microstrip …

This paper presents a design and analysis of microstrip antenna operating in Terahertz
frequency band with dumbbell slots cut on the ground. Compactness and gain of the micro …

The promising utilization of wearable antennas has experienced gigantic growth during the
last decade. An antenna is one of the most significant and crucial components of wireless …

This project proposes the design of a wireless body area network (WBAN) microstrip patch
antenna covered by the jeans fabric as the outer layer operating at the center frequency, fc …

A comparative study of Quarter-wavelength λ4 stub and ring resonator techniques for the
characterization of four (4) different textile materials (Kente-Oke (M1), Sanya (M2), Alaari …

The simultaneous influences of the substrate anisotropy and substrate bending are
numerically and experimentally investigated in this paper for planar resonators on flexible …