We propose in this paper a reduction in the size of wearable antennas on silicon (Si) for
medicinal frameworks and Internet of things (IoT) in various nanoapplications. This research …

A symmetric multilayered embroidered textile antenna is proposed in this article. The
proposed antenna is designed at industrial, scientific, and medical band frequency of 2.45 …

Performance evaluation of transparent and non-transparent flexible wearable antennas
using different substrates is analysed and presented over here. Substrate in the form of PET …

A dual-band wearable antenna is designed on a textile material. The design operates at ISM
bands available for Wireless Body Area Network and Wireless Local Area Network with an …

Wireless communication is a revolutionary technology that the world is grappling with right
now. Because of the increased use of wireless networks and electrical apparatus, wireless …

In the past years, antennas have played crucial roles in the field of wireless devices for
wearable applications. For designing the antenna according to its wearable applications, it …

In this paper a Micro-Strip Fed Dielectric Resonator (MSFDR) Antenna is modified to be
implemented in the form of a textile wearable logo for wireless communications in smart …

In this paper, we present design and simulation of a compact grid array microstrip patch
antenna. In the design of antenna a RT/duroid 5880 substrate having relative permittivity …

This paper presents a study on the performance of self-manufactured electro-textile (SME-T)
antenna that was designed at 1.575 GHz based on the allocated spectrum for Global …

A particular region of interest in antennas is wearable, textile-based antennas for body
centric communication. Textile antennas are non-conventional antennas made partly or …