Enhancing Travel Resilience: Integrating Alternative Path-Based Robustness Metric in Route Optimization
Résumé
Unforeseen disruptions, including accidents, adverse weather conditions, and temporary construction, frequently hinder traffic flow in road transportation, forcing passengers to alter their routes. These incidents impart stress and delays on travelers.
This article delves into the optimization of itineraries to minimize the impact of disruptions on passengers' journeys, with a focus on the criteria to be considered.
We present a new metric for topological robustness that focuses on alternative paths and can be integrated into passengers' decision-making processes for choosing a route.
Our simulations, based on static traffic assignment and varying levels of robustness, demonstrate that these robust paths are an effective way to mitigate travel delays and excessive travel time during disruptions.
Domaines
Informatique [cs]Origine | Fichiers produits par l'(les) auteur(s) |
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