Seyed Reza Samaei - Post-doctoral, Lecturer of Technical and Engineering Faculty, Science and Research Branch, Islamic Azad University, Tehran, Iran

The growing challenges of urban transportation demand innovative solutions that harness the power of artificial intelligence (AI) to optimize systems, enhance efficiency, and improve overall mobility. This abstract presents a comprehensive algorithm designed to address key transportation issues in major cities through the integration of AI technologies. The proposed algorithm covers various facets of urban transportation, including traffic management, public transportation optimization, autonomous vehicles integration, smart parking solutions, sustainable transportation, safety enhancements, community involvement, monitoring, evaluation, and regulatory frameworks. Key Components of the Algorithm, Data-Driven Decision-Making: The algorithm emphasizes the critical role of data collection, encompassing real-time and historical datasets. It ensures the reliability and quality of information for making informed decisions. AI Technologies Integration: Leveraging a suite of AI technologies, including machine learning for traffic prediction, optimization algorithms for route planning, and predictive maintenance using AI. This integration aims to provide efficient, adaptable, and dynamic transportation solutions. Holistic Transportation Optimization: The algorithm takes a holistic approach by addressing multiple dimensions of transportation, such as traffic congestion, public transit optimization, autonomous vehicles, parking solutions, and sustainable mobility. This comprehensive strategy aims to improve the overall urban transportation ecosystem. User-Centric Design: Recognizing the importance of user satisfaction, the algorithm incorporates community feedback, surveys, and social media sentiment analysis. This user-centric approach ensures that transportation solutions align with the preferences and needs of the community. Continuous Monitoring and Improvement: The algorithm includes a dedicated phase for continuous monitoring and evaluation, emphasizing the need for ongoing improvements based on performance metrics and user feedback. This iterative process ensures adaptability to evolving urban dynamics. Regulatory and Ethical Considerations: Acknowledging the ethical dimensions of AI in transportation, the algorithm incorporates the establishment of a regulatory framework and ethical guidelines. This approach ensures responsible and transparent AI deployment, addressing potential concerns related to privacy and fairness.

Artificial Intelligence, Traffic Management, Public Transportation Optimization, Urban Transportation, Key Components of the Algorithm