Detecting deception via eyeblink frequency modulation

To assess the efficacy of using eyeblink frequency modulation to detect deception about a third party, 32 participants were sent on a mission to deliver a package to an interviewer. 17 of the participants lied to the interviewer about the details of their mock mission and 15 responded truthfully. Du...

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Main Author: Brandon S. Perelman
Format: Article
Language:English
Published: PeerJ Inc. 2014-02-01
Series:PeerJ
Subjects:
Online Access:https://peerj.com/articles/260.pdf
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author Brandon S. Perelman
author_facet Brandon S. Perelman
author_sort Brandon S. Perelman
collection DOAJ
description To assess the efficacy of using eyeblink frequency modulation to detect deception about a third party, 32 participants were sent on a mission to deliver a package to an interviewer. 17 of the participants lied to the interviewer about the details of their mock mission and 15 responded truthfully. During the interview, eyeblink frequency data were collected via electromyography and recorded video. Liars displayed eyeblink frequency suppression while lying, while truth tellers exhibited an increase in eyeblink frequency during the mission relevant questioning period. The compensatory flurry of eyeblinks following deception observed in previous studies was absent in the present study. A discriminant function using eyeblink suppression to predict lying correctly classified 81.3% of cases, with a sensitivity of 88.2% and a specificity of 73.3%. This technique, yielding a reasonable sensitivity, shows promise for future testing as, unlike polygraph, it is compatible with distance technology.
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spelling doaj.art-460e89c2c46542bcae19525e9c16f8152023-12-03T10:27:53ZengPeerJ Inc.PeerJ2167-83592014-02-012e26010.7717/peerj.260260Detecting deception via eyeblink frequency modulationBrandon S. Perelman0Michigan Technological University, Department of Cognitive and Learning Sciences, Houghton, MI, USATo assess the efficacy of using eyeblink frequency modulation to detect deception about a third party, 32 participants were sent on a mission to deliver a package to an interviewer. 17 of the participants lied to the interviewer about the details of their mock mission and 15 responded truthfully. During the interview, eyeblink frequency data were collected via electromyography and recorded video. Liars displayed eyeblink frequency suppression while lying, while truth tellers exhibited an increase in eyeblink frequency during the mission relevant questioning period. The compensatory flurry of eyeblinks following deception observed in previous studies was absent in the present study. A discriminant function using eyeblink suppression to predict lying correctly classified 81.3% of cases, with a sensitivity of 88.2% and a specificity of 73.3%. This technique, yielding a reasonable sensitivity, shows promise for future testing as, unlike polygraph, it is compatible with distance technology.https://peerj.com/articles/260.pdfDeceptionEyeblinkElectromyographyDiscriminant analysisLie detectionCognitive demand
spellingShingle Brandon S. Perelman
Detecting deception via eyeblink frequency modulation
PeerJ
Deception
Eyeblink
Electromyography
Discriminant analysis
Lie detection
Cognitive demand
title Detecting deception via eyeblink frequency modulation
title_full Detecting deception via eyeblink frequency modulation
title_fullStr Detecting deception via eyeblink frequency modulation
title_full_unstemmed Detecting deception via eyeblink frequency modulation
title_short Detecting deception via eyeblink frequency modulation
title_sort detecting deception via eyeblink frequency modulation
topic Deception
Eyeblink
Electromyography
Discriminant analysis
Lie detection
Cognitive demand
url https://peerj.com/articles/260.pdf
work_keys_str_mv AT brandonsperelman detectingdeceptionviaeyeblinkfrequencymodulation