University of Houston (7 lead projects)

• Develop a Cybersecurity Training Program for Traffic Authority Personnel and K-12 Students Focused on Data-Centric Advanced Traffic Management Systems (ATMS) (Two Years)
• Assessing Cascading Failures Caused by Cyber-attack in Future Traffic Systems (Two Years)
• Federated and Robust Online Matching for Enhancing Cybersecurity in Shared Autonomous Vehicle Ridesharing (Two Years)
• Light-weight Sensor-based Authentication Scheme for VANET (Two Years)
• Applying Spatiotemporal Models to Explore the Nexus of Automotive, Cybersecurity, and Transportation and Logistics Industries in the US: Implications for Transportation Cybersecurity and Resiliency
• Nationwide Study on Cybersecurity Risk Responses Among Public Transit Agencies (Two Years)
• Transportation Cyber Resilience Competition (Two Years)

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Embry-Riddle Aeronautical University (5 lead projects)

• Explainable Machine Learning for Data Efficient Attack Detection in Intelligent Transportation Systems
• CyberTrans-AI Development of Transportation Cybersecurity Certificate Program for Transportation Practitioners in the Era of AI
• GraphSecure: Security Enhancement for Autonomous Vehicle Networks with Knowledge Graph
• First Year Program to Promote Students in Transportation Cybersecurity Education and Careers
• Domain Invariant Semantic-Segmentation for Robustness Against Adversarial Attacks on Autonomous Vehicles
  
  

Rice University (4 lead projects)

• A Machine Learning based Traffic Simulator for Cybersecurity Evaluation (Two Years)
• Education and Workforce Development on Data science for Transportation and Cybersecurity (Two Years)
• Cost-effective detection of cyber attacks on transportation infrastructure using Large Language Models
• Unsupervised Intrusion Detection for Cybersecurity in Transportation
  
  

Texas A&M University-Corpus Christi (1 lead project)

• Real-time Policy Enforcement Management for Cooperative Adaptive Cruise Control Through Blockchain Technology-enabled AI (Pending)

 University of Cincinnati (3 lead projects)

• CYBER-Physical Security Prototype for Enhancing Connected Commercial Vehicle Safety at Critical Work Zones (Two Years)
• Securing Pedestrian Safety in the Connected and Autonomous Vehicles Scenes: Addressing Cybersecurity Challenges at Connected Intersections (Two Years)
• Enhancing Transportation Network Cybersecurity Resilience: A Deep Reinforcement Learning-based Approach to Achieve Fast Cyberattack Detection and Mitigation in CAV-Enabled Urban Transportation System (Two Years)

University of Hawaii at Manoa (2 lead projects, one project is pending)

• Enhancing Cybersecurity in Transportation Systems: Software Considerations and Public Perceptions of Risk and Security (Two Years)
• CYBER-CARE Symposium: Sharing Cybersecurity Knowledge for Safe, Electrified, and Energy-efficient Next-Generation Transportation System Crossing Multiple Domains (Two Years)