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Hazard analysis for autonomous driving scenarios is performed by applying HARA, STPA, FMEA, and FTA methodologies to identify and mitigate system hazards. This process integrates scenario-based testing to ensure automated driving safety.

Defining Operational Design Domains (ODD) for automated driving systems involves specifying parameters based on road, environment, traffic, and connectivity factors. This establishes a comprehensive framework for safety research and scenario analysis.

Scenario criticality assessment works by analyzing driving scenarios to identify edge cases and evaluate their safety impact. It assesses the criticality of autonomous driving situations to ensure system robustness and mitigate potential hazards.

Yes, prior knowledge of safety assessment methodologies and scenario-based testing is required to perform autonomous driving hazard analysis. Understanding HARA, STPA, FMEA, and FTA is necessary to effectively assess scenario criticality and define ODDs.

Yes, you can analyze highway merging scenarios and define their ODD for automated driving safety. This involves evaluating the specific road and traffic factors of the merging scenario and applying hazard analysis to ensure system safety.