Binary linear programming model in solving bus crew problem as tactical fixed task scheduling

In this paper, we consider a crew scheduling problem (CSP) of bus transportation with the objective of minimizing the cost of crew members. We address a different time frame and different type of crew members. The maximum total working limit for each type of crew member has been set. The problem can...

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Main Authors: Masbah, N. A., Nordin, S. Z., Ahmad, R.
Format: Conference or Workshop Item
Language:English
Published: 2019
Subjects:
Online Access:http://eprints.utm.my/89106/1/NurAtikaMasbah2019_BinaryLinearProgrammingModel.pdf
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author Masbah, N. A.
Nordin, S. Z.
Ahmad, R.
author_facet Masbah, N. A.
Nordin, S. Z.
Ahmad, R.
author_sort Masbah, N. A.
collection ePrints
description In this paper, we consider a crew scheduling problem (CSP) of bus transportation with the objective of minimizing the cost of crew members. We address a different time frame and different type of crew members. The maximum total working limit for each type of crew member has been set. The problem can be formulated as a Tactical Fixed Task Scheduling Problem (TFTSP) where the ready time and due date of the tasks are fixed in advance. A Binary Linear Programming (BLP) model is used to obtain an optimal solution for the problem. We conduct a testing and implement the model using LINGO 17.0 software. Results of the computational testing give optimum values for the problem. Hence, a feasible crew scheduling is obtained.
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spelling utm.eprints-891062021-01-26T08:44:39Z http://eprints.utm.my/89106/ Binary linear programming model in solving bus crew problem as tactical fixed task scheduling Masbah, N. A. Nordin, S. Z. Ahmad, R. QA Mathematics In this paper, we consider a crew scheduling problem (CSP) of bus transportation with the objective of minimizing the cost of crew members. We address a different time frame and different type of crew members. The maximum total working limit for each type of crew member has been set. The problem can be formulated as a Tactical Fixed Task Scheduling Problem (TFTSP) where the ready time and due date of the tasks are fixed in advance. A Binary Linear Programming (BLP) model is used to obtain an optimal solution for the problem. We conduct a testing and implement the model using LINGO 17.0 software. Results of the computational testing give optimum values for the problem. Hence, a feasible crew scheduling is obtained. 2019 Conference or Workshop Item PeerReviewed application/pdf en http://eprints.utm.my/89106/1/NurAtikaMasbah2019_BinaryLinearProgrammingModel.pdf Masbah, N. A. and Nordin, S. Z. and Ahmad, R. (2019) Binary linear programming model in solving bus crew problem as tactical fixed task scheduling. In: 14th International Symposium on Geometric Function Theory and Applications, GFTA 2018, 3-5 Dec 2018, Puri Pujangga Hotel, Universiti Kebangsaan Malaysia Selangor, Malaysia. https://dx.doi.org/10.1088/1742-6596/1212/1/012030
spellingShingle QA Mathematics
Masbah, N. A.
Nordin, S. Z.
Ahmad, R.
Binary linear programming model in solving bus crew problem as tactical fixed task scheduling
title Binary linear programming model in solving bus crew problem as tactical fixed task scheduling
title_full Binary linear programming model in solving bus crew problem as tactical fixed task scheduling
title_fullStr Binary linear programming model in solving bus crew problem as tactical fixed task scheduling
title_full_unstemmed Binary linear programming model in solving bus crew problem as tactical fixed task scheduling
title_short Binary linear programming model in solving bus crew problem as tactical fixed task scheduling
title_sort binary linear programming model in solving bus crew problem as tactical fixed task scheduling
topic QA Mathematics
url http://eprints.utm.my/89106/1/NurAtikaMasbah2019_BinaryLinearProgrammingModel.pdf
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