AnswerTruthDetector: a combined cognitive load approach for separating truthful from deceptive answers in computer-administered questionnaires

In human-computer interaction, much empirical research exists. Online questionnaires increasingly play an important role. Here the quality of the results depend strongly on the quality of the given answers, and it is essential to distinguish truthful from deceptive answers. There exist elegant singl...

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Main Authors: Maleck Moritz, Gross Tom
Format: Article
Language:English
Published: De Gruyter 2023-11-01
Series:i-com
Subjects:
Online Access:https://doi.org/10.1515/icom-2023-0023
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author Maleck Moritz
Gross Tom
author_facet Maleck Moritz
Gross Tom
author_sort Maleck Moritz
collection DOAJ
description In human-computer interaction, much empirical research exists. Online questionnaires increasingly play an important role. Here the quality of the results depend strongly on the quality of the given answers, and it is essential to distinguish truthful from deceptive answers. There exist elegant single modalities for deception detection in the literature, such as mouse tracking and eye tracking (in this paper, respectively, measuring the pupil diameter). Yet, no combination of these two modalities is available. This paper presents a combined approach of two cognitive-load-based lie detection approaches. We address study administrators who conduct questionnaires in the HCI, wanting to improve the validity of questionnaires.
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spelling doaj.art-7ba2b3e1803e4835ba09a10dcce007002023-12-18T12:43:22ZengDe Gruyteri-com2196-68262023-11-0122324125110.1515/icom-2023-0023AnswerTruthDetector: a combined cognitive load approach for separating truthful from deceptive answers in computer-administered questionnairesMaleck Moritz0Gross Tom1Human-Computer Interaction Group, University of Bamberg, Bamberg, GermanyHuman-Computer Interaction Group, University of Bamberg, Bamberg, GermanyIn human-computer interaction, much empirical research exists. Online questionnaires increasingly play an important role. Here the quality of the results depend strongly on the quality of the given answers, and it is essential to distinguish truthful from deceptive answers. There exist elegant single modalities for deception detection in the literature, such as mouse tracking and eye tracking (in this paper, respectively, measuring the pupil diameter). Yet, no combination of these two modalities is available. This paper presents a combined approach of two cognitive-load-based lie detection approaches. We address study administrators who conduct questionnaires in the HCI, wanting to improve the validity of questionnaires.https://doi.org/10.1515/icom-2023-0023truth detectionlie detectionquestionnaire validationeye trackingmouse movementscognitive-load-based deception detection
spellingShingle Maleck Moritz
Gross Tom
AnswerTruthDetector: a combined cognitive load approach for separating truthful from deceptive answers in computer-administered questionnaires
i-com
truth detection
lie detection
questionnaire validation
eye tracking
mouse movements
cognitive-load-based deception detection
title AnswerTruthDetector: a combined cognitive load approach for separating truthful from deceptive answers in computer-administered questionnaires
title_full AnswerTruthDetector: a combined cognitive load approach for separating truthful from deceptive answers in computer-administered questionnaires
title_fullStr AnswerTruthDetector: a combined cognitive load approach for separating truthful from deceptive answers in computer-administered questionnaires
title_full_unstemmed AnswerTruthDetector: a combined cognitive load approach for separating truthful from deceptive answers in computer-administered questionnaires
title_short AnswerTruthDetector: a combined cognitive load approach for separating truthful from deceptive answers in computer-administered questionnaires
title_sort answertruthdetector a combined cognitive load approach for separating truthful from deceptive answers in computer administered questionnaires
topic truth detection
lie detection
questionnaire validation
eye tracking
mouse movements
cognitive-load-based deception detection
url https://doi.org/10.1515/icom-2023-0023
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AT grosstom answertruthdetectoracombinedcognitiveloadapproachforseparatingtruthfulfromdeceptiveanswersincomputeradministeredquestionnaires