The TKL train control system works perfectly. It identifies the trains that have a fault and remove them from the track, so that the other trains can pass by and run on schedule.
How does it identify the faulty train?
The control system checks the punctuality of the train at every km of the track. If the train is behind schedule, it sends a signal to increase the speed. If it is ahead of schedule, it reduces the speed.
If the train continues to be behind schedule for 2 minutes, it is likely to be a faulty train. The passengers are discharged at the next station and the train is moved off to a side rail. This allows the other trains to pass by.
This situation can be seen clearly in the monitor screen here:
tklcloud.com/mrt/monitor.aspx
A train that is behind schedule for 0.5 minute appears in the screen. If this is a temporary situation, the train can catch up on the schedule and will disappear from the screen.
If the train is faulty, the delay will get worse, it will start to hold up the other trains. You can see up to 4 trains behind at 0.5 km interval.
When the faulty train is moved off the track, the other trains can move ahead and be on schedule.
The simulation despatches a train every 1 minute during peak hours. The control system works perfectly.
tklcloud.com/mrt/monitor.aspx
How does it identify the faulty train?
The control system checks the punctuality of the train at every km of the track. If the train is behind schedule, it sends a signal to increase the speed. If it is ahead of schedule, it reduces the speed.
If the train continues to be behind schedule for 2 minutes, it is likely to be a faulty train. The passengers are discharged at the next station and the train is moved off to a side rail. This allows the other trains to pass by.
This situation can be seen clearly in the monitor screen here:
tklcloud.com/mrt/monitor.aspx
A train that is behind schedule for 0.5 minute appears in the screen. If this is a temporary situation, the train can catch up on the schedule and will disappear from the screen.
If the train is faulty, the delay will get worse, it will start to hold up the other trains. You can see up to 4 trains behind at 0.5 km interval.
When the faulty train is moved off the track, the other trains can move ahead and be on schedule.
The simulation despatches a train every 1 minute during peak hours. The control system works perfectly.
tklcloud.com/mrt/monitor.aspx
Tan Kin Lian
kinlian@gmail.com
kinlian@gmail.com
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