Increased traffic congestion and the associated pollution are forcing everyone in transportation to think about rapid changes in traffic processes and procedures . The project is aimed at solving the issues regarding the urban traffic faced by both the Citizens and Traffic police. Our project is designed in such a way that Intelligent transportation management system will provide services such as decision support and a standard development environment for traffic management strategies .It provides the user ,information about his proposed path for travelling ,suggests alternate path , sends alerts to the nearby hospitals in case of any mishap and enables traffic police to observe the real-time scenario for controlling and monitoring the situations. In this we are using A* algorithm for determining the shortest distance between source to destination. To deal with this problem, the proposed system also illustrates an urban-traffic management system using cloud IaaS.
Seema Arun Hadke : Bachelor of Engineering (Information Technology),
Master of Engineering (Information Technology),
Bharati Vidyapeeth College of Engineering for Women,Pune-46
Yogita Sopan Adak : Bachelor of Engineering (Information Technology),
Savitribai Phule university Pune,
Bharati Vidyapeeth College Of Engineering for women , Pune-46.
Sonam Dattatray Kale : Bachelor of Engineering (Information Technology),
Savitribai Phule university Pune,
Bharati Vidyapeeth College Of Engineering for women , Pune-46.
Sunayana Sunil Liman : Bachelor of Engineering (Information Technology),
Savitribai Phule university Pune,
Bharati Vidyapeeth College Of Engineering for women , Pune-46.
Pooja Navnath Sukre : Bachelor of Engineering (Information Technology),
Savitribai Phule university Pune,
Bharati Vidyapeeth College Of Engineering for women , Pune.
This paper has shown an analysis on the feasibility of deploying Smartphone-based UTMS. We have presented a model which gives correct information about the real-time traffic situations and further management for taking good care of it. We presented a comprehensive security and privacy-preserving architecture for Smartphone-based UTMS.
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