More publications of this project
2023
Predicting question difficulty in web surveys: A machine learning approach based on mouse movement features
S. 141-162
2020
An ensemble method for multivariate functional data classification, with application to mouse movement trajectories
(virtual conference)
2020
Learning from Mouse Movements: Improving Questionnaire and Respondents’ User Experience through Passive Data Collection
S. 403-425
Hoboken, NJ
Wiley
2020
The Salience of Survey Burden and Its Effect on Response Behavior to Skip Questions: Experimental Results from Telephone and Web Surveys
S. 213-227
Hoboken, NJ
Wiley
2019
The effect of survey mode on data quality: Disentangling nonresponse and measurement error bias
S. 93-115
2019
Uncovering judgement and decision‐making processes using mouse‐tracking: Software, analysis, and application
Amsterdam
2019
Mouse-tracking: A practical guide to implementation and analysis
S. 111-130
New York, NY
Routledge
2019
Lost to translation: How design factors of the mouse-tracking procedure impact the inference from action to cognition
S. 2538–2557
2019
Validating mouse-tracking: How design factors influence action dynamics in intertemporal decision making
S. 2356-2377
2019
Mouse-tracking: Detecting types in movement trajectories
S. 131-145
New York, NY
Routledge
2018
Thinking dynamics and individual differences: Mouse-tracking analysis of the denominator neglect task
S. 23–32
2018
Mousetrap: Open-source tools for advanced analyses of hand- and mouse-tracking data
New Orleans, LA
2018
Stuck at the starting line: How the starting procedure influences mouse-tracking data
S. 2097–2110
2018
Design factors: What influences trajectory curvature in mouse-tracking experiments?
Marburg
2018
Mousetrap: Open-source and cross-platform software for mouse-tracking data collection and analysis
Frankfurt am Main
2017
Learning from mouse movements: Improving questionnaire and respondents' user experience through passive data collection
S. 26
Nürnberg
Institut for Employment Research
2017
Learning from Mouse Movements: Improving Questionnaire and Respondents' User Experience through Passive Data Collection
Berlin
2016
Learning from Mouse Movements: Improving Questionnaires and Respondents’ User Experience Through Passive Data Collection
Miami