When disruptions occur, the airlines have to recover from the disrupted schedule. The recovery usually
consists of aircraft recovery, crew recovery and passengers’ recovery. This paper focuses on the integrated recovery,
which means above-mentioned two or more recoveries are considered as a whole. Taking the minimization of the
total cost of assignment, cancellation and delay as an objective, we present a more practical model, in which the
maintenance and the union regulations are considered. Then we present a so-called iterative tree growing with node
combination method. By aggregating nodes, the possibility of routings is greatly simplified, and the computation
time is greatly decreased. By adjusting the consolidating range, the computation time can be controlled in a
reasonable time. Finally, we use data from a main Chinese airline to test the algorithm. The experimental results
show that this method could be used in the integrated recovery problem.
LE Mei-long* (乐美龙), WU Cong-cong (吴聪聪)
. Solving Airlines Disruption by Considering Aircraft and Crew Recovery Simultaneously[J]. Journal of Shanghai Jiaotong University(Science), 2013
, 18(2)
: 243
-252
.
DOI: 10.1007/s12204-013-1389-y
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