Highway construction zones form critical bottlenecks that disrupt traffic flow and elevate safety risks. This study proposes a multi-agent simulation framework incorporating heterogeneous driver … [Read more...] about Computer-Aided Multiagent Simulation for Traffic Organization in Highway Construction Zones
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Simulation-Based Optimization of Dynamic Merging Strategies in Work Zones
The establishment of a robust transportation network has led to significant traffic safety challenges in highway maintenance zones characterized by lane compression and traffic flow interweaving. The … [Read more...] about Simulation-Based Optimization of Dynamic Merging Strategies in Work Zones
Evaluating LLMs for Roadway Design Compliance: An MUTCD-Based Evaluation of GPT-4 and Claude 3.5
Traffic design has long relied on rule-based frameworks, empirical data, and professional judgment to ensure safe and efficient roadway operations. Practitioners frequently consult design manuals such … [Read more...] about Evaluating LLMs for Roadway Design Compliance: An MUTCD-Based Evaluation of GPT-4 and Claude 3.5
Digital Twins for Detecting Worker Geofence Violations in Road Construction Work Zones
Work zone intrusions have been recognized as a safety-critical incident in road construction, often leading to injuries and fatalities. The causes of intrusions are twofold: (i) driver recklessness or … [Read more...] about Digital Twins for Detecting Worker Geofence Violations in Road Construction Work Zones
Merging Location in Work Zones: A Comparison of Slow and Fast Lane Closures
Lane closure operations in highway work zones use both slow lane closures (SLCs) and fast lane closures (FLC), requiring drivers to perform two different merging maneuvers. While the merging location … [Read more...] about Merging Location in Work Zones: A Comparison of Slow and Fast Lane Closures