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In a simplified hypothetical risk model, how is expected loss for one exposure calculated?
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- In a simplified hypothetical risk model, how is expected loss for one exposure calculated?
- Claim probability multiplied by claim severity
- Claim probability plus the policyholder’s ZIP code
- Severity divided by the number of features
- Premium multiplied by the number of claims
- Why might a regulated insurer document model inputs and validation?
- To guarantee that a model never produces biased outcomes
- To support governance, accountability and review of AI systems
- To avoid retaining any information about the model
- To replace actuarial review in every jurisdiction
- Under the NAIC model bulletin, who remains responsible for AI-supported insurance decisions complying with applicable law?
- The software vendor alone
- The applicant whose data were analyzed
- The insurer using the AI system
- The model itself as an independent legal person
- What fairness risk should be tested when a model uses variables correlated with protected traits?
- The model becomes unable to estimate any claims
- Every applicant receives the same premium
- The model automatically removes all protected-class effects
- A proxy variable may contribute to disparate outcomes
- In an underwriting model, what is a feature?
- An input variable used by the model to estimate a risk-related outcome
- A legal approval for a premium
- A final insurance claim payment
- A guarantee that a prediction is fair
- What does SHAP provide for a model prediction?
- A legal approval for the resulting premium
- Feature-attribution values that explain contributions under the SHAP framework
- Proof that the model is unbiased
- A guarantee that a feature caused the outcome
- Which driving signals does Progressive say its Snapshot program may measure?
- Medical history, prescriptions, and blood pressure
- Social-media sentiment and shopping history
- Time of day, hard braking or acceleration, and amount driven
- Vehicle paint color, route scenery, and music choice
- How can aerial imagery support property underwriting in Zurich's Nearmap example?
- It directly measures a home's indoor air quality
- It replaces all policyholder disclosures and inspections
- It predicts the exact date a roof will fail
- It can provide imagery and roof-condition or maintenance indicators for risk assessment