Eytan A Klausner, Matthew J Holt
The use of ratio and proportion, dimensional analysis, and equations to solve pharmacy calculations problems
Currents in pharmacy teaching & learning
recent years brainprint recognition emerged novel method personal identity verification although studies demonstrated feasibility technology limitations hinder development society insufficient efficiency extended wear time multichannel eeg cap complex experimental paradigms time learning completing experiments unclear neurobiological characteristics lack intuitive biomarkers inability eliminate impact noise individual differences overall limitations due incomplete understanding underlying neural mechanisms therefore study aims investigate neural mechanisms behind brainwave recognition simplify operation process recorded prefrontal restingstate eeg data 40 participants followed nine months using singlechannel portable brainwave device found portable devices effectively stably capture characteristics different subjects alpha band 813hz long periods well capturing individual differences alpha peak 1 alpha peak 2 alpha peaks correlation analysis alphaband activity reveal uniqueness subjects compared others within one minute used descriptive model dissect oscillatory nonoscillatory components alpha band demonstrating different contributions fine oscillatory features individual differences especially amplitude bandwidth study validated feasibility portable brainwave devices brainwave recognition underlying neural oscillation mechanisms fine characteristics various alpha oscillations contribute accuracy brainwave recognition providing new insights development future brainwave recognition technology