Kesimpulan DaftarPustaka Jurnal Matematika Vol 2 No 1 Januari 2013
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Jurnal Matematika 2013
89 89
PENYELESAIAN AIRLINE CREW SCHEDULING PROBLEM BIKRITERIA MENGGUNAKAN
FIREFLY ALGORITHM
Welly Agus Budiono, Herry Suprajitno, Miswanto
Departemen Matematika, Fakultas Sains dan Teknologi, Kampus C Universitas Airlangga, Jl. Mulyorejo, Surabaya
willy_aguzyahoo.co.id
Abstract. Aviation services company that serves the public has problems in the fleet
and crew scheduling. Crew scheduling consists of two processes, namely the pairing and rostering. Pairing is established flight activity and flight schedules are taken when
forming the ordersequence. While rostering is a pairing assignment that has been formed on a crew based on the type of activities and qualified crew. Because of the two
processes, which each of them must be done at the same time there are two objective functions to be optimized, the flight crew scheduling included bikriteria category. In
this undergraduate thesis, the authors use a metaheuristic method that inspired by the behavior of fireflies, the Firefly Algorithm. This algorithm was developed by Dr. Xin-
She Yang at Cambridge University in 2007. Process of the algorithm begins with the initialization parameters, generation of the initial population firefly, calculate the
objective function, calculate the light intensity, comparing the light intensity of each firefly, updates of new solutions, determining the G-best, and the process continues
until maximum iteration filled. The objective function in this undergraduate thesis is to minimize the sum of the total cost of the pairing z
1
with a total cost of rostering z
2
. The data used is a small data contains 22 flight numbers and large data contains 63
flight numbers and completed with the Java programming language using Netbeans IDE 7.2 software. Because the flight crew scheduling problems included in the category
bikriteria, it is possible that the resulting solution is non-dominated solutions which are visible between the solution can not be determined which one is better, so it would
appear several alternative solutions. The best objective function in millions based on the Firefly Algorithm are obtained for small data z
1
= 23.79 and z
2
= 40.4263, while for large data is z
1
= 141.59 and z
2
= 59.3487.
Keywords : Firefly Algorithm, Airline Crew Scheduling Problem, Bikriteria, Non-
Dominated Solution.