Metadata
Interdisciplinary / Other Graduate Apply Medium-
Subject
Interdisciplinary / Other
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Education level
Graduate
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Cognitive goals
Apply
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Difficulty estimate
Medium
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Tags
Bayesian networks, flood risk, urban planning, environmental data, socioeconomic data, uncertainty
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Number of questions
5
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Created on
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Generation source
Fully autonomous and synthetic. Generation by GENO 0.1A using GPT-5-mini
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License
CC0 Public domain
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Prompt
Evaluate graduate-level ability to design, implement, and interpret Bayesian network models that integrate environmental (e.g., precipitation, topography, drainage, land cover) and socioeconomic (e.g., population density, income, infrastructure vulnerability) datasets for urban flood risk assessment; tasks include variable selection and causal structure specification, parameter learning with heterogeneous and missing data, spatiotemporal inference and uncertainty quantification, sensitivity analysis, model validation against observed flood events, and translating results into policy or mitigation recommendations.
Review & Revise
Statistics
Remixes
100
Shares
100
Downloads
100
Attempts
100
Average Score
100%
Mock data used for demo purposes.