25-08-2017, 09:32 PM
Abstracts: This is the full overview of our project “Indian Railway Traffic control system using LabView”. Nowadays, train dispatching is still mostly done by human operators that use elementary tools and thereby solving conflicts sub-optimally. With the growing interest in the railway sector, mainly because of energetic reasons, there is also a need to increase the efficiency of the railway lines. One way to optimize this sector is to improve quality in the train control process itself. The new high speed railways are typically operated in different speed modes, in these cases the traffic operators are mainly concerned with managing the traffic flows more than in the details of commanding the underlying signaling systems. Due to all of these issues, the traffic management systems must be re-designed from systems that are oriented to the control through exceptions to systems that allows control through re-planning, building up integrated systems for strategically and tactical planning and real time re-planning. In this project we develop a new system for Indian Railway lines with graphic interface so that the interaction with the dispatcher can be more users friendly. GUI based on Labview software. Real time scenario display on screen in which data fade through sensor technology. For preparing novel system we take 4 lane station. As per command received from system train automatically take the position, it also perform stop and go forward operation. As per identification by the software coach number and train number is display on LCD. It is very intelligent system i.e in emergency condition like all lane are busy and new train is coming from any side that time emergency task is perform automatically by GUI like emergency power cut-off with emergency siren. Keywords: Re-scheduling, Meet and Pass, Train model, Station model, Conflict, Decision Support System, and Commanding Signaling Systems.