Research & Publications
I measure how drivers actually behave using roadside LiDAR trajectories, and use that behavior to calibrate microsimulation and evaluate safety and capacity in mixed traffic.
My Ph.D. dissertation, Integrating Roadside LiDAR-Based Behavioral Analysis with Microsimulation for Capacity and Safety Evaluation of Mixed Traffic, was defended in October 2026. Field data came from roadside LiDAR at five signalized intersections and one urban arterial in Lubbock, Texas.
Across six publications, my work covers surrogate safety indicators, LiDAR-based calibration of PTV VISSIM models, and LiDAR data processing for vehicle tracking and lane-level mapping.
Publications
Journal articles
2026
2025
Journal of Transportation Safety & Security, 17(10), 1105–1137
2025
2025
Cross-Modal Lane-Level Map Construction for Roadside LiDAR Data
IEEE Sensors Journal, 25(23)
2024
Conference papers & presentations
2025
Development of a New Safety Indicator for Predictive Safety Analysis Based on Arbitrary Surrogate Safety Measures Using LiDAR Sensor Data
Transportation Research Board 104th Annual Meeting, Washington, DC
Dissertation & reports
2026
Integrating Roadside LiDAR-Based Behavioral Analysis with Microsimulation for Capacity and Safety Evaluation of Mixed Traffic
Ph.D. Dissertation, Texas Tech University · Defended October 2026