robotics
Driving Interactions Refused One Universal Game
Trajectory analysis found substantial concurrent and sequential behavior, with persistent asymmetric roles common among ordered cases.
Summary
Trajectory analysis found substantial concurrent and sequential behavior, with persistent asymmetric roles common among ordered cases.
Across six real-world driving datasets, temporal precedence did not always coincide with measurable response. The authors argue that simultaneous, sequential and asymmetric game formulations are complementary abstractions for different interaction regimes.
Why it matters
Trajectory analysis found substantial concurrent and sequential behavior, with persistent asymmetric roles common among ordered cases.
Limits and context
- Across six real-world driving datasets, temporal precedence did not always coincide with measurable response.
Key claims
Trajectory analysis found substantial concurrent and sequential behavior, with persistent asymmetric roles common among ordered cases.
Qualification: Across six real-world driving datasets, temporal precedence did not always coincide with measurable response.
Evidence: source-2026-08-27-019
Sources
- arXiv preprint 2608.25917arXiv · primary research
Corrections
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