Cooperative Perception at the Port of Virginia

Cooperative Perception at the Port of Virginia

Road-user detection, tracking, trajectory prediction, and conflict estimation in a complex port traffic environment.

FHWA Cooperative Driving Automation Research · Research project

Project story

From question to working system.

This project applied cooperative perception methods in a real-world freight and port environment, where heavy trucks, forklifts, passenger vehicles, pedestrians, occlusion, and calibration create demanding conditions for reliable sensing.

A Mobile Unit for Sensing Traffic and NVIDIA edge-computing devices supported a modular, low-latency pipeline combining YOLOv8 detection, ByteTrack tracking, camera calibration, trajectory prediction, conflict estimation, and a live interface for safety managers.

Testing across right-turn, left-turn, and two straight-crossing scenarios produced average detection confidence scores of approximately 0.72 to 0.78. The evaluation also exposed an important limitation—ID switching during occlusion and complex turns—and documented geofencing and region-of-interest strategies to improve tracking continuity.

Edge AI

Real-time processing close to the sensing system

4 scenarios

Turning and crossing movements evaluated in the port

0.72–0.78

Average detection confidence across test scenarios

100 ms

Live interface refresh interval for tracked-object data

My contributions

Roles and technical work.

  • Detection-model development
  • Multi-object tracking
  • Camera calibration
  • Trajectory prediction
  • Conflict estimation

Project gallery

Systems, fieldwork, and results.

Resources

Presentations, publications, reports, and links.

Public materials for this project are being prepared. Request project materials ↗