This paper presents a novel design of a flexible and wearable E-shaped, multiband dipole
antenna. The antenna has a low profile and is printed on a common 2 mm thick denim fabric …

The development and integration of the Internet of Things (IoT) sensor technology across
various domains have significantly transformed our work and daily lives, enriching society …

Recently, there has been an abrupt increase in the integration of community antenna to
flexible, textile and wearable applications. The proposed work introduces the design of a …

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

Wearable textile antennas have obtained remarkable attention in various medical fields due
to their ease of integration and flexibility. This paper puts forward an Ultra Wide Band (UWB) …

This paper presents a systematic review of wearable antennas focusing on different textiles
used in the fabrication process. Textile fabrics used as substrate in antennas give a wearer a …

This paper demonstrates a compact flexible antenna for body-worn applications at the ISM
band. The antenna is designed on a non-conducting jeans textile substrate with permittivity …

In the present years, academic and scientific societies have given more attention to flexible
technology. When antenna performance is very poor due to its surrounding environment …

Over the past 30 years, the consumption of fresh fruits and vegetables in industrialized
countries has increased, along with the circulation of goods on a world-wide scale. This …

An arc-shaped flexible antenna with defected ground structure has been developed on a
jute substrate for human body communication at 3.17 GHz. The antenna was designed and …