ehret_2022_ai_governance

9,320 rated or chosen profiles from 932 respondents, in up to 5 tasks of 2 profiles varying on 7 attributes.

About this table

DescriptionRespondents in Germany, the UK, China, Chile and India (n=932) saw pairs of AI algorithms described by seven attributes (privacy, unemployment risk, job creation, discrimination, transparency, decision area, dilemma choices) and picked the one that should be prohibited; 5 tasks x 2 profiles.
ReferenceEhret, S. (2022). Public preferences for governing AI technology: Comparative evidence. Journal of European Public Policy, 29(11), 1779-1798.
DOI10.1080/13501763.2022.2094988
LicenceCC BY 4.0
Source datahttps://doi.org/10.6084/m9.figshare.20537781

Notes

These notes describe the source data, which the IRW reproduces as released. All notes are listed on the Data Notes page.

Size and shape

Respondents932
Rows (one per respondent, task and profile)9,320
Tasks per respondent (most)5
Profiles per task2
Attributes7
Tasks with no profile chosen0

Design

Topictechnology ai privacy
A profile representspolicy
CountryDE, GB, CN, CL, IN
Language shownunknown
Language of stored levelsen
Randomization restrictionsunknown
Task orderrecorded in the deposit
Profile positioninferred from row order

Task order or profile position was rebuilt from row order; analyses of position or task order should leave it out.

Outcomes:

choiceWhich of the algorithms should be prohibited? [choice, forced]

Columns

attr_choices_in_dilemmaattr_decision_areaattr_discriminationattr_job_creationattr_privacy_protectionattr_risk_of_unemploymentattr_transparencychoicecov_countrycov_living_standard_confidencecov_privacy_concerncov_unemployment_insurance_relianceidprofiletask

The layout (one row per respondent, task and profile; choice/rating outcomes; attr_ columns holding each attribute level as displayed) is defined in the IRW conjoint standard. What the outcomes asked is under Design above.

Get the data

Download CSVno account neededBrowse on Redivisexplore and queryCroissant metadataHugging Face, Kaggle, OpenML

Or load it directly in R or Python (both need a free Redivis account; the first call opens a browser to sign in):

# R
install.packages("remotes")
remotes::install_github("itemresponsewarehouse/Rpkg")
library(irw)
df <- irw_fetch("ehret_2022_ai_governance", source = "conj")
# Python
pip install irw

import irw
df = irw.fetch("ehret_2022_ai_governance", source="conj")

How to cite

@article{Ehret_2022, title={Public preferences for governing AI technology: Comparative evidence}, volume={29}, ISSN={1466-4429}, url={http://dx.doi.org/10.1080/13501763.2022.2094988}, DOI={10.1080/13501763.2022.2094988}, number={11}, journal={Journal of European Public Policy}, publisher={Informa UK Limited}, author={Ehret, Soenke}, year={2022}, month=Aug, pages={1779–1798} }

Version and provenance

IRW versionv584
Redivis datasetirw_conjoint_2 v1.4
Redivis dataset DOI10.57761/hk97-wv30
Manifest pin for this IRW versionv1.4
Metadata sourceirw_meta v44.0