The display, whose diagonal dimension is 1.5 meters, can show all of the data and facts that are necessary for decision-making. At the heart of this solution is software from Siemens that uses mathematical optimization algorithms to network systems that were previously unconnected, such as maintenance and train disposition.
Until now, the individual departments of rail operators have mostly responded to disruptions independently from one another, because they didn't have any information about the situation outside of their own area of responsibility. With the new coordinated approach, trains could be rerouted and stretches of tracks closed in line with optimized criteria.This information could also be fed to a "Train delay app" that would provide rail travelers with current information, as was reported in the research magazine "Pictures of the Future".
Traffic controllers have to avoid costly delays and ensure that as many people as possible are transported. To this end, they have to know where and how many trains and passengers will be affected. In addition, they need information about which tracks can be used for rerouting. Maintenance personnel, on the other hand, need information about the nature of the disruption, whether a replacement train will be needed, and how quickly technicians equipped with the necessary parts will be able to get to the site.
The objective is the optimal use of all the equipment. Presently, because the systems aren't interconnected, those involved only see how their decisions affect their own area of responsibility.
The algorithm from Siemens can find the best scenario for rail operators. The program works out an optimal solution based on the data and also considers constraining factors such as contractual penalties for delays. The program is operated using a 60-inch multitouch table - in other words, it's a bit like a giant smartphone. The touch screen display can process up to 32 operations simultaneously. The responsible individuals can run through their ideas together in order to quickly find the best approach for everybody
Dr. Norbert Aschenbrenner | Siemens InnovationNews
21.08.2017 | Albert-Ludwigs-Universität Freiburg im Breisgau
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18.08.2017 | Washington University in St. Louis
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