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CRESTA:  Consortium on Remote Sensing of Freight Flows in Congested Border Crossings and Work Zones

The objective of this project is to conduct empirical, site-specific studies that will assist in developing and validating general methods that exploit remote sensing, geospatial information, and other advanced technologies for estimating and improving truck crossing times at international borders and in understanding and improving truck movements at and around work zones.  Study locations include Blue Water & Ambassador Bridges (MI) and Nogales (AZ) border crossing.  This is a joint project led by Dr. Mark McCord at Ohio State University, and includes MTRI, the Center for Automotive Research, the University of Arizona, and Skycomp Incorporated.

For Additional Information

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Colin Brooks
Research Scientist
734.913.6858
colin.brooks@mtu.edu

Robert Shuchman, Ph.D.
Co-Director
734.913.6860
shuchman@mtu.edu

Geofences implemented at the Ambassador Bridge traffic plazas
Example Geofences implemented at the Ambassador Bridge traffic plazas to track crossing times within them using GPS
U.S. side (left, Detroit, MI) and Canadian side (right, Windsor, ON)

GPS-based truck traffic data at the Ambassador Bridge
Example GPS-based truck traffic data at the Ambassador Bridge

Example crossing times for the Canadian Plaza Geofence at the Ambassador Bridge

Example crossing times for the Canadian Plaza Geofence at the Ambassador Bridge

View of US bound traffic at the Blue Water Bridge, Port Huron, MI
View of US bound traffic at the Blue Water Bridge, Port Huron, MI