Shrinivas Shirnewar - Academia.edu (original) (raw)
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Papers by Shrinivas Shirnewar
Since human error is inevitable in any sector of life, railways are one of the public transportat... more Since human error is inevitable in any sector of life, railways are one of the public transportation used mostly. And where human error or negligence can cause great casualties of human life. The machines or rather autonomous system has been introduced long ago in many aspect of life to mitigate the errors generated in humannegligence. To solve this problem we built a prototype for a project that can takes decision depending on the situation or peripheral conditions to diminish the accidents that occur in railways. Our project called as automatic control system (ACS) for railways, uses a RF receiver, microcontroller, and driving mechanism to control the motion of railway depending the traffic signal generated in the surroundings. We programmed the system such that, it will generate PWM signal of different width to drive the train at different speed for different signals. While switching from on signal state (RED, GREEN, YELLOW) to other signal state, (YELLOW, GREEN, RED) the change ...
Since human error is inevitable in any sector of life, railways are one of the public transportat... more Since human error is inevitable in any sector of life, railways are one of the public transportation used mostly. And where human error or negligence can cause great casualties of human life. The machines or rather autonomous system has been introduced long ago in many aspect of life to mitigate the errors generated in humannegligence. To solve this problem we built a prototype for a project that can takes decision depending on the situation or peripheral conditions to diminish the accidents that occur in railways. Our project called as automatic control system (ACS) for railways, uses a RF receiver, microcontroller, and driving mechanism to control the motion of railway depending the traffic signal generated in the surroundings. We programmed the system such that, it will generate PWM signal of different width to drive the train at different speed for different signals. While switching from on signal state (RED, GREEN, YELLOW) to other signal state, (YELLOW, GREEN, RED) the change ...