Tongue-drive system (TDS) is an advanced assistive technology (AT) that enables people
with severe disabilities to independently control the electronic devices and machines using …

The mouth offers valuable insights into the condition of the human body. Yet, deploying
intraoral sensors to measure oral temperature or jaw movements poses challenges in safety …

In this article, a dual-frequency control method for regulating the output power in class-E
resonant dc–dc converters has been introduced. As in the standard on–off control or other …

This paper presents an innovative approach that dynamically adapts the intermediate
resonator to enable efficient transmission of power and data over the same inductive link …

Matching the antenna's impedance to the RF-front-end of a wireless communications system
is challenging as the impedance varies with its surround environment. Autonomously …

Frequent fluctuations of antenna impedance within the time-frequency domain of mobile
devices require efficient and accurate impedance matching. In this work, we propose an …

Broad RF impedance matching is challenging; however, the need for broadband matching is
found frequently in modern RF and wireless systems with multiple wireless standards …

Wake-up radio is a promising solution to reduce the energy wasted by mobile devices
during an idle state. In this paper, we propose a new wake-up radio solution for 5G mobile …

In this paper, we investigate the primary-side control of a Wireless Power Transfer (WPT)
link, ie, the capability of delivering the optimal power level to the load without compromising …

This paper presents a cost-effective design of a wearable wireless tongue drive system
(TDS) for disabled individuals, particularly with spinal cord injuries. We propose a basic TDS …