Usability of EEG Systems: User Experience Study

K. Izdebski, A. S. Oliveira, Bryan R. Schlink, Petr Legkov, Silke Kärcher, W. Hairston, Daniel P. Ferris, P. König
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引用次数: 8

Abstract

In recent years there was a change in EEG experimental designs - from simple behavior in the lab to complex behavior outside. That change required also an adjustment of EEG systems -- from being static and sensitive to mobile and noise-resistant. The rapid technological development has to balance performance (e.g. number of channels, low impedance contact) with usability (e.g. comfort for the participant, contact pressure, wet/dry electrodes) and mobility (e.g. wiring, weight). This has led to wide variety of designs which differ widely in properties. Here we compare 7 EEG systems with respect to the participant's user experience. Results demonstrate that from perspective of user experience of participants, mobile wet system (Cwet) had the highest score.
EEG系统的可用性:用户体验研究
近年来,脑电图实验设计发生了变化——从实验室中的简单行为到室外的复杂行为。这种变化还需要对脑电图系统进行调整——从静态和敏感到移动和抗噪声。快速的技术发展必须平衡性能(例如通道数量,低阻抗接触)与可用性(例如参与者的舒适性,接触压力,湿/干电极)和移动性(例如布线,重量)。这导致了各种各样的设计,这些设计在性质上差别很大。在这里,我们比较了7种脑电图系统与参与者的用户体验。结果表明,从参与者的用户体验来看,移动湿系统(Cwet)得分最高。
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