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Cognitive load measurement - A methodology to compare low cost commercial EEG devices

机译:认知负荷测量-比较低成本商用EEG设备的方法

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Use of EEG signals in measuring cognitive load is a widely practiced area and falls under Brain-Computer-Interfacing (BCI) technology. However this technology uses medical grade EEG devices that are expensive as well as not user-friendly for regular use. Recent launch of low cost wireless EEG headsets from different companies opens up the possibility for commercialization of BCI and thus drew attention of the research community all over the world. While there are numerous studies on BCI with the use of medical grade devices there are limited numbers of papers reported on those using low cost devices. Moreover, reports on evaluating relative performance of these commercially available EEG devices based on a specific BCI experiment are minuscule. This paper attempts to fill this gap and presents a methodology to compare with various aspects between two widely used low cost wireless EEG devices namely Emotiv and Neurosky for application in cognitive load detection.
机译:脑电信号在测量认知负荷中的应用是一个广泛实践的领域,属于脑计算机接口(BCI)技术的范畴。但是,该技术使用昂贵的医疗级EEG设备,并且对于常规使用而言不方便使用。来自不同公司的低成本无线EEG头戴式耳机的最新推出为BCI的商业化开辟了可能性,因此引起了全世界研究界的关注。尽管有许多关于使用医疗级设备进行BCI的研究,但有关使用低成本设备的论文的报道数量却很少。此外,基于特定的BCI实验评估这些市售EEG设备的相对性能的报告很少。本文试图填补这一空白,并提出了一种方法,用于比较两种广泛使用的低成本无线EEG设备(Emotiv和Neurosky)在认知负荷检测中的应用。

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