Digital library of construction informatics and information technology in civil engineering and construction
Digital library
Paper: eres2009_236
| Paper title: | Segmenting the Paris Residential Market According to Temporal Evolution and Housing Attributes |
| Authors: | Baroni, Michel; Barthélémy, Fabrice; Des Rosiers, François |
| Summary: | In this paper, the similarities and differences in housing charateristics among the different “arrondissements” of Paris, France, are brought out using a twofold, spatio-temporal approach: while standard hedonic price modelling is applied to a series of building and neighbourhood attributes in order to define spatial submarkets, differentials in price appreciation over time are also measured using both hedonic and repeat sales indices.Spatial segmentation is performed on the 20 Paris “arrondissements” as well as on the 80 neighbourhoods, or “quartiers” (each “arrondissement” is composed of four “quartiers”), with cluster analysis being resorted to for that purpose. The database, which is provided by the Chambre des Notaires de France, includes cases spread over a 17 year period, that is from 1990 to 2006. Housing descriptors include, among other things, the building age, the apartment size and the number of rooms, the presence of a garage, the type of street and access to building (boulevard, square, alley, etc. as well as a series of location dummy variables standing for the “arrondissements” and “quartiers”." |
| Type: | |
| Year of publication: | 2009 |
| Keywords: | Real estate indexes, market segmentation, cluster analysis. |
| Series: | ERES:conference |
| Download paper: | /pdfs/eres2009_236.content.ppt |
| Citation: | Baroni, Michel; Barthélémy, Fabrice; Des Rosiers, François (2009). Segmenting the Paris Residential Market According to Temporal Evolution and Housing Attributes. 16th Annual European Real Estate Society Conference in Stockholm, Sweden, http://itc.scix.net/paper/eres2009_236 |
hosted by University of Ljubljana
includes:
W78
includes:
W78
inspired by SciX, ported by Robert Klinc [2019]