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Responsible AI for Sustainable Urban Mobility

AI recommender systems increasingly shape how urban residents choose to travel — but they are rarely designed with direct input from the communities they affect. This project uses a responsible-AI co-design methodology to develop a travel recommender that integrates multiple stakeholder perspectives: commuters, city authorities, transport operators, and environmental groups.

The work examines how algorithmic choices (objective function, fairness constraints, explainability) affect uptake and trust, and produces design blueprints transferable to other smart-city AI applications.

Presented at the 2025 International Conference on Information Technology for Social Good.

Related Publications

  1. Deep Reinforcement Learning Traffic Signal Controller for Large, Real-World Traffic Networks

    Yingyi Kuang, Maria Chli, George Vogiatzis · Women in engineering and science · 2025 · Book Chapter

  2. Sustainable Urban Mobility: Co-Designing a Responsible AI Recommender System

    Alina Patelli, Anikó Ekárt, Maria Chli, Lavinia-Eugenia Ferariu, John Hamilton, Mercy Kanyi, Richard Lee, Peter Lewis, Joanna Lumsden, Stephen Owen · 2025 · Journal Article

  3. Synthesizing Traffic Datasets Using Graph Neural Networks

    Daniel Rodriguez-Criado, Maria Chli, Luis J. Manso, George Vogiatzis · 2023 · Journal Article

  4. A Deep Reinforcement Learning Agent for Traffic Intersection Control Optimization

    Deepeka Garg, Maria Chli, George Vogiatzis · 2019 · Journal Article

  5. Traffic3D: A New Traffic Simulation Paradigm

    Deepeka Garg, Maria Chli, George Vogiatzis · 2019 · Journal Article

  6. Traffic3D: A Rich 3D-Traffic Environment to Train Intelligent Agents

    Deepeka Garg, Maria Chli, George Vogiatzis · Lecture notes in computer science · 2019 · Conference Paper

  7. Deep Reinforcement Learning for Autonomous Traffic Light Control

    Deepeka Garg, Maria Chli, George Vogiatzis · 2018 · Journal Article