Aidin Delnavaz

TL;DR: In this paper, a proof-of-concept for a head-mounted device with a PFC chin strap capable of harvesting energy from jaw movements is presented. But despite their excellent potential for energy harvesting, very few PFC mechanisms have been developed to capture the human body power and convert it into an electric current to power wearable electronic devices.

TL;DR: An electromagnetic energy harvesting mechanism is presented to convert the breath pressure into electrical voltage that has a general application in providing energy for portable or wearable electronic devices and a particular application in chemical respirators to power the cartridge end of service life indicator systems.

TL;DR: In this article, a nonlinear integropartial equation of microcantilever vibration subject to the tip-sample interaction is derived and multiple time scales method is utilized to estimate the tip amplitude while it is vibrating near the sample.

TL;DR: In this article, a non-linear distributed-parameters modeling of a microcantilever beam under the influence of a nanoparticle sample is studied in order to provide an understanding of nonlinear characteristics of combined MC-particle system, a geometrical function is wisely chosen in such a way that natural frequency of the linear model exactly equates with that of a nonlinear model.

TL;DR: Auditory steady-state responses acquisition results validate CochlEEG's capability in recording EEG with a signal quality comparable to commercial mobile or research EEG acquisition devices and demonstrate its potential for brain–computer interface applications and electrophysiological research applications requiring higher temporal resolution.