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Smart Mobility, Transportation & Energy Systems

Project Title:

AI for Smart Mobility, Transportation Safety, and Energy-Efficient Systems

Overview:

This project focuses on applying AI to transportation safety, electric and new-energy vehicles, and intelligent mobility systems.

Key Research Focus Areas:

  • AI-driven fault detection in New Energy Vehicles (NEVs)

  • Transportation system safety and optimization

  • Predictive maintenance for smart mobility systems

  • Renewable energy integration and efficiency modeling

Current Outcomes:

  • NEV fault prediction models

  • Transportation safety analytics

  • Energy optimization frameworks

Funding & Collaboration Relevance:

Aligned with DOE, DOT, FAA, automotive industry, and smart transportation initiatives.

Published papers:

 Paper Name

 Keywords

 Explainable Machine Learning for Understanding Trip Mode Choice: Evidence from the 2022 U.S. National Household Travel Survey

 trip mode choice, XAI, SHAP, travel behavior, NHTS, transportation, machine learning

 Energy-Optimal Routing Optimization for Connected and Autonomous Vehicles in Urban Networks

 autonomous vehicles, energy optimization, routing, urban networks, CAV, numerical modeling

 Secure Energy Transactions Using Blockchain - Leveraging AI for Fraud Detection and Energy Market Stability

 blockchain, energy transactions, fraud detection, AI, smart grid, energy market, security

 Intelligent Streetlight Control System Using Machine Learning for Enhanced Energy Optimization in Smart Cities

 smart city, streetlight control, machine learning, energy optimization, IoT, LED, urban infrastructure

More papers