circuit diagram for involuntary train collision prevention system

[binoj]

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Abstract

Now a day we know that train collision may occur due to many reasons. This project is aimed to avoid
the train collision by giving an alert system to the driver.. In this project we are going to prevent the train
collision using MIWI communication. The embedded technology is used in this project.

INTRODUCTION

In this project we are going to prevent the train
collision using MIWI communication. MIWI is a
specification for a suite of high level communication
protocols using small, low-power digital radios
based on the IEE 802.15.4-2003 standard for wireless
personal area networks such as wireless
headphones connecting with cell phones via
short-range radio. [1] MIWI is targeted at radiofrequency
(RF) applications networking. Transmitter
will send a data (track1) from transmitter side and
receiver receives the same data at receiver side.
If the receiver is in another track the engine driver
will send a data (track2) through transmitter and received
by the receiver.

Objectives:

This project has 2 modules. One is RF and Control Unit by both Main and sub main Unit. The second module Auto tracking by display and Control Unit.

1) When we start the train which is from current Station that is called Main Train.
2) Which is coming from station i.e. Sub main Train.
3) When we start the train from station automatically will identify the submain1 or 2 or etc.
4) This auto identify is to give a buzzer alarm. By that time you have to reply to opposite train.
5) If the both train is not identify the train automatically will stop without driver.
6) When the train is coming in which track and the train name also will detect automatically
7) If we didn t get any response from any train will automatically will stop the both train.
8) Here for anti collision tracking proximity sensor is utilized
9) Whenever the collision is monitored the train signal will alert in RED for both trains

[ahmar0206]

Abstract

In this Prevention system is to avoid the accident automatically RF Communication is used for Main and Sub Transmission data transmission.

Objectives:

This project has 2 modules. One is RF and Control Unit by both Main and sub main Unit. The second module Auto tracking by display and Control Unit.

1) When we start the train which is from current Station that is called Main Train.
2) Which is coming from station i.e. Sub main Train.
3) When we start the train from station automatically will identify the submain1 or 2 or etc.
4) This auto identify is to give a buzzer alarm. By that time you have to reply to opposite train.
5) If the both train is not identify the train automatically will stop without driver.
6) When the train is coming in which track and the train name also will detect automatically
7) If we didn t get any response from any train will automatically will stop the both train.
8) Here for anti collision tracking proximity sensor is utilized
9) Whenever the collision is monitored the train signal will alert in RED for both trains

[himanshu sonawane]

HI! am satheesh I have interested to do railway station anticollision auto track changes so pls give some idea about this project