Rapid exigency response is pivotal in civic areas suffering from business traffic and unshaped transport systems. This paper presents a smart ambulance booking and dispatch platform erected using Firebase, Google Charts API, and Android, enabling real-time ambulance shadowing, sanitarium-motorist collaboration, and dynamic booking operation. The system includes separate interfaces for motorists and hospitals, live GPS integration, and case-side booking using geo-position. Testing the system on Google Charts with real-time equals over Bengaluru’s layout demonstrated functional booking, live ambulance shadowing, and smooth UI navigation—validating the system’s usability and eventuality for real-world deployment. The paper concludes by assessing deployment feasibility in Indian smart metropolises and the eventuality for integration with business signal prioritization and metro-corridor exigency lanes.

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Real-Time Ambulance Booking and Management System for Urban Emergency Response

  • Shreya Chakote,
  • Vanshika Khandelwal,
  • Anish Shaw,
  • S. Tanish,
  • S. B. Prapulla

摘要

Rapid exigency response is pivotal in civic areas suffering from business traffic and unshaped transport systems. This paper presents a smart ambulance booking and dispatch platform erected using Firebase, Google Charts API, and Android, enabling real-time ambulance shadowing, sanitarium-motorist collaboration, and dynamic booking operation. The system includes separate interfaces for motorists and hospitals, live GPS integration, and case-side booking using geo-position. Testing the system on Google Charts with real-time equals over Bengaluru’s layout demonstrated functional booking, live ambulance shadowing, and smooth UI navigation—validating the system’s usability and eventuality for real-world deployment. The paper concludes by assessing deployment feasibility in Indian smart metropolises and the eventuality for integration with business signal prioritization and metro-corridor exigency lanes.