Article ID: | iaor20127830 |
Volume: | 40 |
Issue: | 3 |
Start Page Number: | 758 |
End Page Number: | 774 |
Publication Date: | Mar 2013 |
Journal: | Computers and Operations Research |
Authors: | Vansteenwegen Pieter, Souffriau Wouter, Garcia Ander, Arbelaitz Olatz, Linaza Maria Teresa |
Keywords: | combinatorial optimization, vehicle routing & scheduling |
Personalised electronic tourist guides (PETs) are mobile hand‐held devices able to create tourist routes matching tourists' preferences. Transportation information has been identified as one of the most appreciated functionalities of a PET. We model the tourist planning problem, integrating public transportation, as the time‐dependent team orienteering problem with time windows (TD‐TOPTW) in order to allow PETs to create personalised tourist routes in real‐time. We develop and compare two different approaches to solve the TD‐TOPTW. Experimental results for the city of San Sebastian show that both approaches are able to obtain routes in real‐time.