This paper presents an innovative T/Y-maze-based wireless power transmission (WPT)
system designed to monitor spatial reference memory and learning behavior in freely …

This survey provides a comprehensive insight into the world of non-invasive brain
stimulation and focuses on the evolving landscape of deep brain stim-ulation through …

This paper presents a system for simultaneous wireless power and data transfer (SWPDT)
over a single inductive link. We design the frequency-splitting inductive link to address the …

Wireless power and data transmission (WPDT) solutions for medical implants are highly
desired. However, achieving a high-power transmission efficiency and data rate …

The wireless passive micro-magnetic stimulation (WP-μMS) is a novel implantable research
approach for neuro-magnetic modulation. Due to the small size of the WP-μMS micro-coil …

Wireless power transfer with inductively coupled coils is widely used for powering
implantable devices. For a continuously moving receiver coil (Rx), real-time detection of its …

Many studies are conducted to apply wireless power transfer (WPT) technology to ensure
non-invasiveness and minimize maintenance of implantable medical devices (IMDs) …

Magnetic field focusing in longitudinal direction has been a missing link for three-
dimensional synthesized magnetic focusing (3-D SMF). Deep magnetic focusing (DMF) by …

This study aims to systematically design and implement a voltage regulation control loop
(VRCL) for an unspecified power management unit (PMU) to maintain the desired load …

This study aims to meet the power demand of a near field implant in a fixed location for DBS
(Deep Brain Stimulation) devices. In this context, a WPT (Wireless Power Transfer) system …