By: Samar Naik, Sahil Abhay Pitale, Sahil Pawar, and S.H. Bharshikar
1-3. Student, E&TC, Sinhgad College of Engineering, Pune, Maharashtra, India
4. Professor, E&TC, Sinhgad College of Engineering, Pune, Maharashtra, India
This study describes the comprehensive planning and execution of a novel End of Train Telemetry (EOTT) system driven by Arduino. The system’s track-side component consists of an IR sensor module, an Arduino Nano, and carefully positioned LEDs. On the other hand, the train unit has a buzzer, an extra IR sensor, GPS, GSM communication, and Arduino Nano controllers. With the ultimate goal of enhancing operational efficiency and safety measures inside railway systems, the EOTT system leverages the capability of wireless connectivity, GSM communication protocols, and real-time GPS tracking mechanisms to enable seamless data interchange between the train and track units. The train’s position can be precisely detected thanks to the IR sensor, and location-specific actions can be activated by using LED. Moreover, the proposed system not only modernizes railway safety practices but also provides visual and audio alerts, enhancing communication and responsiveness with trackside personnel. By integrating cutting-edge technologies, this research significantly advances operational efficiency and overall safety standards in railway operations.
Keywords: Arduino-powered EOTT system, Buzzer, IR sensor, LED, GPS module, GSM
Citation:
Refrences:
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