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A Machine Learning Engineer uses Lakehouse Monitoring to track their credit scoring model's performance. The existing profile metrics table contains three aggregate metrics: - adefault_risk_score - payment_history_score - credit_utilization_score They need to: 1. Create a composite risk rating that combines these three scores using weights of 0.5, 0.3, and 0.2 respectively. 2. Monitor drift of this composite score against an established baseline. Which approach should be used to implement both requirements within Lakehouse Monitoring?
Correct Answer: C
Lakehouse Monitoring supports derived metrics that are computed from existing profile metrics using custom expressions. By defining a derived metric for the composite_risk_rating using the specified weights, the composite score becomes a first-class metric in the monitoring framework. A drift metric can then be directly configured on this derived metric to compare current values against the baseline, fulfilling both the composite calculation and drift monitoring requirements in a native, governed way.