CRG’s scientific program focused on the development of innovative methods and technologies to facilitate the acquisition, storage, management, analysis, visualization and dissemination of geospatial information to promote responsible use of spatial information for decision making processes in different domains applications. The program is structured around three interconnected themes:
Focused on the accurate measurement of the Earth, the position and the extent of natural and artificial phenomena found there, both large and small scale and as dynamic than static.
Focused on the development of theoretical concepts, technologies and geospatial applications for modeling, representation, processing, distribution, interoperability and quality of information and spatio-temporal knowledge.
Focused on land tenure, land registration, certification of geospatial data and services, professional liability of suppliers, distributors and users of geospatial data and services and the protection of users of geospatial data.
- Pouliot J, Wang C, Hubert F, Fuchs V, 2014, Empirical Assessment of the Suitability of Visual Variables to Achieve Notarial Tasks Established from 3D Condominium Models, Innovations in 3D Geo- Information Sciences, In: Lecture Notes in Geoinformation and Cartography, Springer Berlin Heidelberg, pp. 195-210
- Sahlin J, Mostafavi MA, Forest A, Babin M, 2014, Assessment of 3D spatial interpolation methods for study of the marine pelagic environment, Marin Geodesy, Vol. 37, No. 2, pp. 238-266
- Moulin B., Bouden M., Navarro D., 2014, The ZoonosisMAGS Project (Part 1): Population-Based Geosimulation of Zoonoses in an Informed Virtual Geographic Environment, In: Chen D., Moulin B., Wu J. (ed(s)), Spatial and Temporal Dynamics of Infectious Disease, Wiley, pp. 39
- Roche, S., 2014, Geographic Information Science: Why does a Smart City need to be Spatially Enabled?, Progress in Human Geography