In today’s world, the railway has emerged as a shining example of an environmentally friendly and well-linked mode of transportation, particularly in significant metropolises worldwide. Its popularity stems from its widespread use and its inherent comfort to commuters. A fundamental aspect that bolsters this appeal is the railway network’s well-earned reputation for being the safest and most efficient transportation system. However, railway crossings remain perilous, challenging traffic control and safety. To address this concern, we propose an innovative and automated railway crossing system that promises to revolutionize how we approach railway safety. Our automated railway crossing system encompasses multiple essential features to ensure unparalleled safety and efficiency. The system focuses on automatic control of railway crossing gates, reducing human errors and assuring commuters. It also features an advanced warning mechanism to alert approaching traffic well before gate closure, enhancing vehicular and pedestrian safety. The system is user-friendly and has a clear LCD display for easy access. A real-time counter tracks estimated waiting times, letting commuters know when gates will open again. This system minimizes inconvenience and optimizes railway crossing efficiency. Innovative anti-collision and line-breaking technology are also integrated to detect potential collisions and disruptions, acting as a vigilant guardian, thwarting accidents, and safeguarding lives.
Automated Railway Crossing System: A Secure and Resilient Approach
12.10.2023
1859387 byte
Aufsatz (Konferenz)
Elektronische Ressource
Englisch
A secure railway crossing system using IoT
IEEE | 2017
|Europäisches Patentamt | 2016
|Engineering Index Backfile | 1895