This paper presents a conformal spiral antenna that is miniaturized and with dual-resonant
for the wireless implantable capsule system. The spiral antenna conforms to a swallowable …

We present a meandered triple‐band planar‐inverted‐F antenna (PIFA) for integration into
brain‐implantable biotelemetric systems. The target applications are wireless data …

Different implantable antenna designs exist to establish communication with implantable
devices depending on the domain of use and the implantation space. Owing to their nature …

In the growing efforts of promoting patients' life quality through health technology solutions,
implantable wireless biomedical telemetry systems have been identified as one of the …

This paper proposed a new design of fractal antenna with Substrate Integrated Waveguide
(SIW) and dual-resonant for wireless implantable capsule systems. The proposed antenna …

We present implantable meandered multi-band planar inverted-F antenna (PIFA) for
wireless brain care. The antenna operates on both, the medical implant communication …

We present the development and optimization of a quad-band meandered implantable
Planar Inverted-F Antenna (PIFA) for wireless brain health monitoring. The design of an …

In this paper, a miniature double-band structure derived from the first iteration of Hilbert's
fractal curve is designed to operate at a depth of 2 mm subcutaneously in the human skin. It …

Implantable devices bring promising prospects for monitoring physiological data in health
care services. To build up a proper wireless data link, designing a miniaturized antenna is …

Given the current state of affairs, the development of wireless communication has had to go
through numerous evolutionary stages. The concept of wireless communication, however …