Automated Railway Crossing and Obstacle Detection

Shetty, Rahul; Patel, Priyanka; Sampat, Akansha; Shukla, Shubham; Singh, Akshay; Deshmukh, Pankaj

doi:10.2139/ssrn.3367991

Cited by 4 publications

(2 citation statements)

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“…Some work has discussed the integration of Artificial Intelligence- A.I with different sensing systems. For example, the work in literature 64 discussed the integration of Video Camera with the use of A.I and the work in literature 65 discussed the use of TensorFlow (an open-source library for Machine Learning) to detect objects. Another work discussing the integration of Vision system with A.I is mentioned in literature.…”

Section: Measurement Methodsmentioning

confidence: 99%

A review of the technological developments for interlocking at level crossing

Fayyaz

Alexoulis-Chrysovergis

Southgate

et al. 2020

Proceedings of the Institution of Mechanical Engineers, Part F:

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A Level Crossing remains as one of the highest risk assets within the railway system often depending on the unpredictable behaviour of road and footpath users. For this purpose, interlocking through automated safety systems remains a key area for investigation. Within Europe, 2015–2016, 469 accidents at crossings were recorded of which 288 lead to fatalities and 264 lead to injuries. The European Union’s Agency for Railways has reported that Level Crossing fatalities account for just under 28% of all railway fatalities. This paper identifies suitable obstacle detection technologies and their associated algorithms that can be used to support risk reduction and management of Level Crossings. Furthermore, assessment and decision methods are presented to support their application. Finally state of the art and synergistic opportunity of which a combination of obstacle detection sensors with intelligent decisions layers such as Deep Learning are discussed which can provide robust interlocking decisions for rail applications. The sensor fusion of video camera and RADAR is a promising solution for Level Crossings. By applying additional sensing techniques such as RADAR imaging, further capabilities are added to the system, which can lead to a more robust approach.

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Section: Measurement Methodsmentioning

confidence: 99%

A review of the technological developments for interlocking at level crossing

Fayyaz

Alexoulis-Chrysovergis

Southgate

et al. 2020

Proceedings of the Institution of Mechanical Engineers, Part F:

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“…Shetty et al [5] used a camera installed near the level crossing that detects any object between the tracks while the train is crossing. If the sensor detects any pedestrian or vehicle, their proposed algorithm automatically will open the gates to let the stuck object cross.…”

Section: Literature Reviewmentioning

confidence: 99%

Automated Railway Crossing System: A Secure and Resilient Approach

Golder,

Gupta,

Roy

et al. 2023

2023 IEEE 14th Annual Ubiquitous Computing, Electronics &Amp; Mobile Communication Conference (UEMCON)

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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 key 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. First and foremost, the heart of this system lies in its automatic control of the railway crossing gates. By removing the need for manual operation, the potential for human errors is significantly reduced, providing commuters with an added layer of assurance during their journeys. In addition, our system boasts an advanced warning mechanism designed to alert approaching traffic well before the gate closure. This crucial feature enhances the safety of vehicular traffic and pedestrians by giving them ample time to prepare for the crossing. A clear and user-friendly LCD display serves as the medium for this alert system, making it intuitive and visually accessible to all users. Understanding the value of commuters' time, we have also integrated a realtime counter into the system. This counter keeps track of the estimated waiting time, empowering commuters to know when they can expect the gates to open again. With this feature, we strive to minimize inconvenience and optimize the efficiency of railway crossings. In our relentless pursuit of safety, we have taken it further by incorporating innovative anti-collision and line-breaking technology. By actively detecting potential collisions and disruptions, our system acts as a vigilant guardian, thwarting accidents and safeguarding lives.

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