1. Coverage vs Volume in Physical AI Systems
4 lessonsUnderstand why data diversity drives generalization in embodied systems more than raw data volume.
2. Defining and Measuring Distribution Coverage
5 lessonsLearn frameworks and metrics to quantify how well training data covers deployment conditions.
3. Designing Test Sets for Zero-Shot Evaluation
5 lessonsBuild test distributions that predict performance on unseen environments, objects, and conditions.
4. Evaluating Representations and Policies Separately
4 lessonsIsolate whether generalization failures stem from perception, planning, or control components.
5. Systematic Data Collection for Coverage
5 lessonsApply structured methods to expand training diversity without exponential cost.
6. Communicating Distribution Risk to Stakeholders
4 lessonsTranslate coverage analysis into actionable insights for product, business, and safety teams.
7. Continuous Evaluation and Distribution Monitoring
4 lessonsBuild systems to track distribution shift and coverage degradation in production.
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