Probe vehicle data for characterizing road conditions associated with inclement weather to improve road maintenance decisions. - Alexander M. Hainen; Stephen M. Remias; Thomas M. Brennan; Christopher M. Day; Darcy M. Bullock (Intelligent Vehicles Symposium, 2012)

Integrating Outcome Oriented Performance Measures into Traffic Signal Operations Business Processes. - Christopher M. Day; Darcy M. Bullock (ITSC, 2015)

Virtual Detection at Intersections using Connected Vehicle Trajectory Data. - Howell Li; Christopher M. Day; Darcy M. Bullock (ITSC, 2016)

Platoon Dispersion and Saturation Flow Rates in Cellular Automata Models of Signal-Controlled Roadway Traffic. - Christopher M. Day (ITSC, 2018)

Leveraging Sensor-Based Vehicle Position and Speed Information in Traffic Signal Control with Existing Infrastructure. - Christopher M. Day; Rob Helt; Daniel Sines; A. M. Tahsin Emtenan (ITSC, 2019)

Evaluation of Arterial Signal Coordination with Commercial Connected Vehicle Data: Empirical Traffic Flow Visualizations and Performance Measures Considering Multiple Origin-Destination Paths. - Shoaib Mahmud; Christopher M. Day (CoRR, 2022)

Calibration of Robertson's Platoon Dispersion Model with Connected Vehicle Data. - Shoaib Mahmud; Madeleine Carydis; Andalib Shams; Christopher M. Day (ITSC, 2023)

Use of Connected Vehicle Data to Explore the Influence of Dynamic Message Sign Displays of the Number of Road Fatalities on Adjacent Freeway Segment Vehicle Speeds. - Dorcas Okaidjah; Christopher M. Day (ITSC, 2023)

Impact of Sensing Range on Real-Time Adaptive Control of Signalized Intersections Using Vehicle Trajectory Information. - Andalib Shams; Christopher M. Day (CoRR, 2023)

A Taxonomy of Adaptive Traffic Signal Control. - Andalib Shams; A. M. Tahsin Emtenan; Christopher M. Day (CoRR, 2023)

Application of Commercial Connected Vehicle Telematics Data to Evaluate Drivers' Behavior at the Onset of Yellow in a Signalized Corridor. - Shoaib Mahmud; Yuhan Zhang; Christopher M. Day (VTC Fall, 2024)