Intelligent Railway Platform Alignment System Using Sensors

Intelligent Railway Platform Alignment System Using Sensors

Ms. M.  JHANSI

Assistant professor, Dept. of ECE

Sri Venkateswara Institute of Technology

G. NAVEEN KUMAR1, M. PAVITHRA2, S. SRAVANI3, T. L. DINESH4, M. POORNIMA5 M. SAI PRANEETH6

1,2,3,4,5,6STUDENTS

Department of Electronics and Communication Engineering

Sri Venkateswara Institute of Technology, Anantapur-515722, Andhra Pradesh, India.

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Abstract -Indian Railways contributes a major share in our country’s economy. It helps to mobilize goods and passengers throughout the nation, contributing a remarkable part to India’s development. Public safety is of utmost importance in the transportation sector, particularly in stations. One of the main disadvantages of Indian railway stations during peak hours, it becomes more rushed and difficult for senior citizens and Persons with disabilities (PWD) to use the staircase and elevators. So, they are crossing the platforms through tracks and they walk much distance from one end to another end, and during the time of crossing, accidents may occur. After analyzing the problem statement, an Intelligent Railway Platform (SRP) is proposed in response to the difficulties faced by senior citizens and PWD. This creative design uses a microcontroller-driven retractable bridge connecting the two main platforms. The advanced sensors detect the approaching and departing trains, and it communicates through RF technology to Arduino and servo motors, resulting in the opening and closing of the mobile bridge. The SRP aims to improve the safety of passengers and also make them more comfortable, which is especially advantageous for persons with mobility issues.

Keywords- Railway Systems, H-Bridge, IR sensors, DC Motor, Crystal oscillator, LCD