Abstract: The project introduces a real-time monitoring system for a patient who enters in an ambulance in an emergency condition and an intelligent traffic system for efficient transport of ambulance for saving the life. The system is made up of three sub-systems: patient physical states data acquisition through communication system based on Zig-bee technology, and hospital monitoring control centre and an RF based traffic control system. Since a patient or a person who injured in an accident enters inside an ambulance, the patient physical states data acquisition and communication system monitors the main physical parameters and movement status continuously. The information from data acquisition system is sent to hospital monitoring centre by wireless communication module (Zigbee is used in demo). The monitoring centre receives the information from each patient and the doctor can diagnose the patient according to the continuous data and take necessary actions before he come in to the hospital. The system also contains an intelligent traffic control which is more efficient than present system by providing maximum support for emergency vehicles like ambulance. The information about the arrival of ambulance is read by the RFID reader at the signal junction and the traffic system dynamically adapt for clearing the route for ambulance.
Keywords: PIC, RF module, Zigbee, RFID, CMOS.
Title: Intelligent Traffic Control and Patient Monitoring For Efficient Ambulance Service
Author: Suneesh S, Muhammed Mansoor P K, Bibin Varghees, Nong Taku
International Journal of Electrical and Electronics Research
ISSN 2348-6988 (online)
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