Arising from a practical problem in German rail passenger transport, a prototype for a multi-period railway crew scheduling problem with attendance rates for conductors is developed and evaluated in this paper. The consideration of attendance rates is of increasing importance in regional transport networks and requires decision support. For this purpose business analytics is applied in order to offer an approach to transform real-world data to concrete operational decision support (action). The focus here is on the analysis step using a new set covering model with several essential restrictions integrated for the first time. A hybrid column generation approach is applied, which solves the pricing problem by means of a genetic algorithm. The artifact is evaluated with the help of a case study of three real-world transport networks. It is shown that the hybrid solution approach is able to solve the problem more effectively and efficiently compared to conventional approaches used in practice.
Hoffmann, Kirsten; Buscher, Udo; Neufeld, Janis Sebastian; and Tamke, Felix
"Solving Practical Railway Crew Scheduling Problems with Attendance Rates,"
Business & Information Systems Engineering:
Vol. 59: Iss. 3, 147-159.
Available at: https://aisel.aisnet.org/bise/vol59/iss3/3