This paper presents a novel approach to design compact wearable antennas based on
metasurfaces. The behavior of compact metasurfaces is modeled with a composite right-left …

Planar antennas have become an integral component in modern biomedical instruments
owing to their compact structure, cost effectiveness, and light weight. These antennas are …

Gesture is a new communication form of human–computer interaction access because of its
abundance and diversity. Continuous gesture recognition based on biosignals has gained …

A neoteric, compact, low-profile, wide-band elastomeric textile antenna for medical and IoT
applications is presented. The design synthesis of flexible artificial magnetic conductor …

An integration and modularization solution for a passive computational radio frequency
identification (RFID) module is proposed for wireless patient monitoring. In the proposed …

Understanding sign gestures is an essential step to helping individuals with hearing
impaired. The existing works can only identify a small set of gestures accurately and the …

We present a wearable passive UHF RFID tag based on a slotted patch antenna comprising
only textile materials (e‐textile, textile substrate, and conductive yearn). As a novel …

A compact wearable dual-band quasi-Yagi RFID-reader antenna is designed for being
incorporated into a smart glove. The antenna dual-band capability allows the integration of …

The combination of radiofrequency identification (RFID) technology with 3D-printed
structures is very appealing to design new RFID-based smart but cost-effective devices. In …

The robustness of wearable antennas to the human body proximity can be improved by
properly placing the radiating element over a ground plane, or by shaping the ground plane …