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Responsible_Automation_Data.xlsx

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Readme_ResponsibleAutomation.txt

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indexcodes.txt

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Responsible_Automation_Study2_CarParking.csv

submitted 4543 2 18413 document 4543 Responsible_Automation_Study1_VacuumCleaning.csv text/plain b69674785f20a6fad7fe1483e2ae1e39 MD5 16366 2026-03-17 12:40:54 https://data.ub.uni-muenchen.de/794/8/Responsible_Automation_Study1_VacuumCleaning.csv 794 8 8 text/plain other Data Field Studies Responsible Automation de public

Responsible_Automation_Study1_VacuumCleaning.csv

submitted archive 286 disk0/00/00/07/94 2026-03-17 12:44:47 2026-03-17 12:44:59 2026-03-17 12:44:47 data show Automated technology is increasingly taking over tasks in our everyday lives and households. Therefore, this research aims to understand the effects and potential losses of using a robotic aid compared to a non-robotic aid in daily life activities on user experience and responsibility judgments. We hypothesized that a high degree of device automation (i.e., robot) is negatively associated with user competence and perceived responsibility for the task result and but positively associated with device agency. Further, we expected device agency and user competence to mediate the effects of the degree of device automation on responsibility for the task result. For the field study, we conducted an online survey in the application context of vacuum cleaning (n = 142) and car parking (n = 127). The findings supported our hypotheses except for the proposed mediation effects in the application context of vacuum cleaning. Our studies extend empirical evidence of prior findings by supporting their validity across naturalistic settings and diverse application contexts. Practical implications for designing highly automated technology, balancing psychological benefits for humans without compromising perceived responsibility, are discussed. Data to: Moosheimer, E., Diefenbach, S. (2026). Responsible Automation. Exploring the impact of device automation on responsibility for the task result in a field study. Interacting with Computers. eng Moosheimer Elisabeth Diefenbach Sarah 2026-03-13 100 150 10.5282/ubm/data.794 https://doi.org/10.5282/ubm/data.794 public automation human-robot interaction responsible design psychological losses user-centered design en cc-by Diefenbach Sarah fak11