The wireless power transmission (WPT) is a systematic technology improve many
constraints affecting implantable devices. Many methods have been introduced over the …

One of the key challenges in the practical realization of industrial internet of things (IoT) is
overcoming Faraday shielding of free space electromagnetic waves emanating from the …

Wireless networks have gained significant attention and importance in healthcare as various
medical devices such as mobile devices, sensors, and remote monitoring equipment must …

Objectives Accurate visualization of dental root canals is vital for the correct diagnosis and
subsequent treatment. This work assesses the improvement of a dedicated new coil for …

This paper presents a new analytical design technique to implement a generic, highly
efficient, non-radiative inductive coupling (NRIC) system with maximum biomedical wireless …

Near-field interfaces with miniaturized coil systems and low output power levels, such as
applied in biomedical sensor systems, can suffer from severe efficiency degradation due to …

The evolution of microelectronics increased the information acquired by today's biomedical
sensor systems to an extent where the capacity of low-power communication interfaces …

Near-field communication is considered to have a high level of hardware security protection
owing to its natural short-range wireless operation, which makes a man-in-the-middle attack …

Accurately analyzing power losses in inductive wireless power transfer (WPT) including
lossy magnetic sheet is challenging, as coils have mutual influences on each other's power …

Wireless power coils have found important use in implantable medical devices for safe and
reliable wireless power transfer. Designing coils for each specific application is a complex …