arXiv:2507.23324cs.RO2025-07中稿 · and is being prepa…被引 1

让自动驾驶更懂人类日常驾驶中的伦理权衡。

A Framework for Human-Reason-Aligned Trajectory Evaluation in Automated Vehicles

  • 基于人类理由构建可量化的轨迹评估框架,量化合规、效率、舒适等考量
  • 不同权重下生成不同优选轨迹,微小优先级变化导致行为突变
  • 适合关注自动驾驶决策可解释性与人机对齐的研究者

自动驾驶汽车的普及面临挑战:如何在日常驾驶中做出符合人类伦理判断的决策。现有系统依赖僵化规则,难以平衡合法性、效率与舒适性等多重诉求,导致行为偏离人类预期。本文提出一种基于理由的轨迹评估框架,实现‘有意义的人类控制’(MHC)的可追踪条件。将人类动机(如法规遵守)表示为可量化的函数,通过可调权重反映不同主体的优先级,并引入平衡函数避免忽略任何一方。在模拟超车场景中验证,不同权重配置产生显著不同的优选轨迹,微小优先级调整即可引发行为切换。结果表明,日常驾驶中的伦理决策高度敏感于各主体理由的权重分配。

原文摘要 · Abstract (English)

One major challenge for the adoption and acceptance of automated vehicles (AVs) is ensuring that they can make sound decisions in everyday situations that involve ethical tension. Much attention has focused on rare, high-stakes dilemmas such as trolley problems. Yet similar conflicts arise in routine driving when human considerations, such as legality, efficiency, and comfort, come into conflict. Current AV planning systems typically rely on rigid rules, which struggle to balance these competing considerations and often lead to behaviour that misaligns with human expectations. This paper introduces a reasons-based trajectory evaluation framework that operationalises the tracking condition of Meaningful Human Control (MHC). The framework represents human agents reasons (e.g., regulatory compliance) as quantifiable functions and evaluates how well candidate trajectories align with them. It assigns adjustable weights to agent priorities and includes a balance function to discourage excluding any agent. To demonstrate the approach, we use a real-world-inspired overtaking scenario, which highlights tensions between compliance, efficiency, and comfort. Our results show that different trajectories emerge as preferable depending on how agents reasons are weighted, and small shifts in priorities can lead to discrete changes in the selected action. This demonstrates that everyday ethical decisions in AV driving are highly sensitive to the weights assigned to the reasons of different human agents.

自动驾驶伦理对齐轨迹评估

Thank you to arXiv for use of its open access interoperability. PaperDance 不是 arXiv 官方产品;中文卡片由大模型生成,请以原文为准。