Concurrent Train Simulation

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Abstract

This powerful windows JAVA application is mainly aimed to serve the looping railways by which we could able to demonstrate the moving simulation of trains, number of trains & speed control time gap are those adjustable functions and highlight to this application.

The application demonstrates a concurrent train simulation in a 2-way direction train movement on the same track. In this application Trains are added with a origin station at the beginning of the route cycle with a time lap of between 3 to 6 seconds. When the trains currently on map simulation (or) maximum number of trains what we specified is not available on map (or) no more trains are in movement then trains can move to both directions. When a train leaves from the origin station it is locking the both options like: Path and the platform at the next immediate station, the check goes like this firstly if the path found free , then if there is any free platform at the next station. If both platform are free then its choosing the one that have same direction trains on it. If no train is in both platform then platform 0 its chosen by default. If others trains coming, then the train waits until all others can pass by. If the trains is an express then the train is not stopping at the stations. When an express train exits a station is locking the next 2 stations so it can move faster than the other trains. This however will be done, after a time of 150 sec, so we ensure we will not have a colision between express and new trains on map.

The theme of this project is aimed to serve the looping railways by which we could able to demonstrate the moving simulation of trains, no. of trains & speed control time gap are those adjustable functions and highlight to this application.

The application demonstrates a concurrent train simulation in a 2-way direction train movement on the same track. In this application Trains are added with a origin station at the beginning of the route cycle with a time lap of between 3 to 6 seconds. When the trains currently on map simulation (or) maximum number of trains what we specified is not available on map (or) no more trains are in movement then trains can move to both directions.

About the Project

The theme of this project is aimed to serve the looping railways by which we could able to demonstrate the moving simulation of trains, no. of trains & speed control time gap are those adjustable functions and highlight to this application.

The application demonstrates a concurrent train simulation in a 2-way direction train movement on the same track. In this application Trains are added with a origin station at the beginning of the route cycle with a time lap of between 3 to 6 seconds. When the trains currently on map simulation (or) maximum number of trains what we specified is not available on map (or) no more trains are in movement then trains can move to both directions.

Existing System with Limitations

1) The Project Supports Single Track Line.

        2) When Train Departure From the station all the                

        Details are sending to the next station, by manually.

Proposed System with Features

The implementation of the proposed system is java application based system.

This automated system allows the users to access information from various devices.

    This control program for the trains that lets them travel between two stations safely.

    Advantages:

   1.We Can Avoid Collision between the two trains.

   2.Trains run in a synchronize manner.

   3.Trains must be “independent”. Each train is controlled by separate thread.

   Modules & Description:

Concurrent Train Simulation aimed to serve the looping railways by which we could able to demonstrate the moving simulations of train, the number of trains and speed control time gap are those adjustable functions .

Modules:

This system is aimed to give a better out look to the user interfaces and to implement concurrent train simulations like:

1)a)   Auxiliary Counter.

    b)   Track Circuit.

    c)   IB Section.

2)d)   Color Light Signaling Panel.

    e)   Panels.

    f)    24 Conductor slots.

    Hardware Requirements:

1. Pentium4 with 233MHz

2. 256MB RAM minimum  recommended

3. 800 * 600 resolution; 16 bit color (1024*768, 24 bit is recommended)

 

 

   

 

 

    Software Requirements:

 

Presentation             Layer

AWT and Swings

Network Layer

TCP/IP

Language Specification

J2EE 1.5 and J2ME

Operating Systems

Windows 2000 or Windows Xp

 

Click here to download Concurrent Train Simulation source code