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ensl-00408147, version 1 |
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| Titre: |
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Studying Lyon's Vélo'V: A Statistical Cyclic Model |
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| Auteur(s): |
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Pierre Borgnat1, Patrice Abry1, Patrick Flandrin1, Jean-Baptiste Rouquier2, 3 |
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| Laboratoire: |
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Phys-ENS - Laboratoire de Physique de l'ENS Lyon |
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LIP - Laboratoire de l'Informatique du Parallélisme |
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IXXI - Institut Rhône-Alpin des systèmes complexes |
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| Équipe de recherche: |
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[SISYPHE - Signaux, systèmes et physique] |
| Résumé: |
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Lyon's community bicycle program called Vélo'v is a major initiative in shared public transportation, in activity since May 2005. It is studied here at a global level, to assess the evolution with time of the number of hired bikes. Based on the entire Vélo'v data set, up to December 2007, a statistical model is proposed to describe the daily and weekly patterns in a cyclostationary manner, jointly with the non-stationary evolutions over larger time-scales larger. Combining this model with linear statistical regression, a procedure is developed for the prediction of the number of bikes hired per hour. This prediction method involves several explanation factors such as the number of subscribed users, the time in the week, the occurrence of holidays or strikes, and weather parameters (temperature, volume of rain). The conclusion is that, for most days, the observation of the number of actually hired bicyles is satisfyingly explained and predicted by the model proposed here. |
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Langue du texte
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English |
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| Mots-clés: |
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Complex System – Community bicycle program – Vélo'v – Cyclostationarity – Auto-Regressive Process. |
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