Solution approach for a large scale personnel transport system for a large company in Latin America
Purpose: The present paper focuses on the modelling and solution of a large-scale personnel transportation system in Mexico where many routes and vehicles are currently used to service 525 points. The routing system proposed can be applied to many cities in the Latin-American region. Design/methodo...
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doaj-2c53eb87e3be4147bf251c9d5dcdce6f2020-11-24T21:46:44ZengOmniaScienceJournal of Industrial Engineering and Management2013-84232013-09532017-10-0110462364510.3926/jiem.2116495Solution approach for a large scale personnel transport system for a large company in Latin AmericaEduardo-Arturo Garzón-Garnica0Santiago-Omar Caballero-Morales1José-Luis Martínez-Flores2Universidad Popular Autonoma del Estado de PueblaUniversidad Popular Autonoma del Estado de PueblaUniversidad Popular Autonoma del Estado de PueblaPurpose: The present paper focuses on the modelling and solution of a large-scale personnel transportation system in Mexico where many routes and vehicles are currently used to service 525 points. The routing system proposed can be applied to many cities in the Latin-American region. Design/methodology/approach: This system was modelled as a VRP model considering the use of real-world transit times, and the fact that routes start at the farthest point from the destination center. Experiments were performed on different sized sets of service points. As the size of the instances was increased, the performance of the heuristic method was assessed in comparison with the results of an exact algorithm, the results remaining very close between both. When the size of the instance was full-scale and the exact algorithm took too much time to solve the problem, then the heuristic algorithm provided a feasible solution. Supported by the validation with smaller scale instances, where the difference between both solutions was close to a 6%, the full –scale solution obtained with the heuristic algorithm was considered to be within that same range. Findings: The proposed modelling and solving method provided a solution that would produce significant savings in the daily operation of the routes. Originality/value: The urban distribution of the cities in Latin America is unique to other regions in the world. The general layout of the large cities in this region includes a small town center, usually antique, and a somewhat disordered outer region. The lack of a vehicle-centered urban planning poses distinct challenges for vehicle routing problems in the region. The use of a heuristic VRP combined with the results of an exact VRP, allowed the obtention of an improved routing plan specific to the requirements of the region.http://www.jiem.org/index.php/jiem/article/view/2116transportation, routing, optimization |
collection |
DOAJ |
language |
English |
format |
Article |
sources |
DOAJ |
author |
Eduardo-Arturo Garzón-Garnica Santiago-Omar Caballero-Morales José-Luis Martínez-Flores |
spellingShingle |
Eduardo-Arturo Garzón-Garnica Santiago-Omar Caballero-Morales José-Luis Martínez-Flores Solution approach for a large scale personnel transport system for a large company in Latin America Journal of Industrial Engineering and Management transportation, routing, optimization |
author_facet |
Eduardo-Arturo Garzón-Garnica Santiago-Omar Caballero-Morales José-Luis Martínez-Flores |
author_sort |
Eduardo-Arturo Garzón-Garnica |
title |
Solution approach for a large scale personnel transport system for a large company in Latin America |
title_short |
Solution approach for a large scale personnel transport system for a large company in Latin America |
title_full |
Solution approach for a large scale personnel transport system for a large company in Latin America |
title_fullStr |
Solution approach for a large scale personnel transport system for a large company in Latin America |
title_full_unstemmed |
Solution approach for a large scale personnel transport system for a large company in Latin America |
title_sort |
solution approach for a large scale personnel transport system for a large company in latin america |
publisher |
OmniaScience |
series |
Journal of Industrial Engineering and Management |
issn |
2013-8423 2013-0953 |
publishDate |
2017-10-01 |
description |
Purpose: The present paper focuses on the modelling and solution of a large-scale personnel transportation system in Mexico where many routes and vehicles are currently used to service 525 points. The routing system proposed can be applied to many cities in the Latin-American region.
Design/methodology/approach: This system was modelled as a VRP model considering the use of real-world transit times, and the fact that routes start at the farthest point from the destination center. Experiments were performed on different sized sets of service points. As the size of the instances was increased, the performance of the heuristic method was assessed in comparison with the results of an exact algorithm, the results remaining very close between both. When the size of the instance was full-scale and the exact algorithm took too much time to solve the problem, then the heuristic algorithm provided a feasible solution. Supported by the validation with smaller scale instances, where the difference between both solutions was close to a 6%, the full –scale solution obtained with the heuristic algorithm was considered to be within that same range.
Findings: The proposed modelling and solving method provided a solution that would produce significant savings in the daily operation of the routes.
Originality/value: The urban distribution of the cities in Latin America is unique to other regions in the world. The general layout of the large cities in this region includes a small town center, usually antique, and a somewhat disordered outer region. The lack of a vehicle-centered urban planning poses distinct challenges for vehicle routing problems in the region. The use of a heuristic VRP combined with the results of an exact VRP, allowed the obtention of an improved routing plan specific to the requirements of the region. |
topic |
transportation, routing, optimization |
url |
http://www.jiem.org/index.php/jiem/article/view/2116 |
work_keys_str_mv |
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