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Evaluating Ethical Frameworks for Autonomous Vehicle Collisions
An autonomous vehicle company is programming its fleet to handle unavoidable collision scenarios. Below are three proposed core principles for the vehicle's decision-making system. Evaluate the strengths and weaknesses of each principle in the context of aligning the vehicle's behavior with the complex goal of prioritizing human safety and navigating ethical dilemmas. Conclude by arguing which principle you believe is the most defensible approach and why.
- Principle A (Utilitarian): The vehicle must always choose the action that is statistically likely to result in the minimum total number of injuries or fatalities.
- Principle B (Rule-Based): The vehicle must not violate any traffic laws or perform an illegal maneuver (e.g., crossing a solid line, driving on a sidewalk), regardless of the consequences.
- Principle C (Occupant-Priority): The vehicle must always prioritize the safety of its own occupant above all other external parties.
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Ch.5 Inference - Foundations of Large Language Models
Foundations of Large Language Models
Computing Sciences
Foundations of Large Language Models Course
Evaluation in Bloom's Taxonomy
Cognitive Psychology
Psychology
Social Science
Empirical Science
Science
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Ethical Decision-Making in an Autonomous Vehicle
An autonomous vehicle is following a truck on a two-lane road where a solid line prohibits passing. The truck suddenly swerves, revealing a large pothole directly ahead. The vehicle's system calculates a high probability of a severe, life-threatening accident for its occupant if it hits the pothole at its current speed. The oncoming lane is confirmed to be clear of traffic for a safe distance. Which of the following actions best demonstrates an AI system aligned with the complex goal of prioritizing human safety over strict rule adherence?
Evaluating Ethical Frameworks for Autonomous Vehicle Collisions