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Brain-computer interfacing / Medicine / Electrodiagnosis / Human–computer interaction / Neurotechnology / Brain–computer interface / Authentication / Usability / NeuroSky / Neuroscience / Electroencephalography / Biology


I Think, Therefore I Am: Usability and Security of Authentication Using Brainwaves ? John Chuang1 , Hamilton Nguyen2 , Charles Wang2 , and Benjamin Johnson3 1 School of Information, UC Berkeley
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Document Date: 2013-03-17 23:02:30


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File Size: 267,78 KB

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Brainwave / /

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IndustryTerm

bio-sensor technologies / consumer electronics / authentication protocol / threshold-based authentication protocols / authentication systems / clinical-grade devices / password-based systems / treatment of neurological diseases / ubiquitous computing applications / sensor technology / artificial neural network / wearable computing devices / signal processing / baseline protocol / computer-based applications / wireless headsets / security solutions / /

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Subjects / /

Organization

Simulated Finger Movement / Institutional Review Board / National Science Foundation / UC Berkeley / UC Berkeley Department of EECS / Department of Mathematics / School of Information / /

Person

Millan / Marcel / Johnson Fig / Johnson similarity / /

Position

gaussian mixture model and maximum a-posteriori model / /

Technology

bio-sensor technologies / alpha / neuroscience / Threshold protocol / authentication protocol / baseline protocol / EEG technologies / 5.3 Protocols / voice recognition / facial recognition / neural network / user authentication using consumer-grade EEG sensor technology / mobile phones / machine learning / threshold-based authentication protocols / Bluetooth / Results Baseline Protocol Our baseline protocol / relevant authentication protocol / /

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