OXYGENE : d'une plate-forme interopérable au déploiement de services web géographiques

Badard, Thierry; Braun, Arnaud

doi:10.3166/rig.13.411-430

Cited by 3 publications

(2 citation statements)

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“…Basic fields were added: individual identifier, species name, a free-text field for any notes about the data. Spatial analysis and edition of tables were carried out using GeOxygene GIS open-source platform (Badard et al, 2004).…”

Section: From Movement Patterns To Places Of Interestmentioning

confidence: 99%

Mapping and characterizing animals’ places of interest in forest environment

Jolivet

Masson²,

Saïd³

2021

Proc. Int. Cartogr. Assoc.

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Abstract. Fauna impacts its environment as well as spatial environment influences fauna space use. Forest management implies taking into account pressure from animals in fragile-balanced patches. Our goal is to propose maps that would benefit forest planning by reflecting individual movement and space use depending on the animal species and local spatiotemporal environment. The study case focuses on two species, roe deer and red deer, and on a forested site in the northeast of France. Movements of several individuals were analysed from collected GPS locations. Foraging places likely to correspond to intense research behaviour were computed using the First-Passage Time method. These places were assumed as being of interest and were characterized with landscape features and temporal information. Maps were produced to synthetize information about foraging places by defining adapted symbolizations. Then maps about functional space were proposed based on extrapolation of favourable or avoided areas from the characterized observed foraging places and space use. Landscape patches were mapped according to a gradient of potential interest by animals’ species, in order to highlight needs of specific planning actions in the forestry context. Map displays were driven by forestry end-use and designed so that to be compliant to a numeric geographical portal, giving access to different available on-line layers and computed created ones.

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Section: From Movement Patterns To Places Of Interestmentioning

confidence: 99%

Mapping and characterizing animals’ places of interest in forest environment

Jolivet

Masson²,

Saïd³

2021

Proc. Int. Cartogr. Assoc.

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“…Ce service est basé sur un serveur OLAP, tel que décrit dans la section 3.4.2. Il est réalisé en langage Java, et exploite les fonctionnalités du serveur OLAP open source Mondrian 3 (Pentaho Analysis Services), les objets spatiaux du cadre de développement GeOxygene (Badard et al, 2003) ainsi que la librairie Apache Axis2 4 pour le support du protocole de service Web SOAP. Le choix de technologies open source facilite l'intégration de nouvelles fonctionnalités (i.e.…”

Section: Réalisation Du Serviceunclassified

Une architecture orientée service web pour la constitution de minicubes SOLAP pour clients mobiles

Dubé

Badard

Bédard

2009

Revue internationale de géomatique

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Les applications Spatial OLAP (SOLAP) réalisées jusqu'à présent sont conçues pour les environnements informatiques de bureau. Dans le but de supporter l'aide à la décision géospatiale en situation de mobilité, certaines adaptations à SOLAP sont nécessaires. Cet article décrit une solution, basée sur les architectures orientées services et les technologies des services Web, pour adapter les cubes de données SOLAP afin de répondre aux exigences et contraintes reliées aux environnements informatiques mobiles et aux réseaux sans-fil. ABSTRACT. Existing Spatial OLAP (SOLAP) applications are targeted towards desktop computer environments. In order to enable geospatial decision support in mobility contexts, SOLAP requires some modifications. This paper describes a solution, based on service-oriented architectures and Web services technologies, designed to adapt SOLAP data cubes to the requirements and constraints encountered in mobile computing environments and wireless networks.

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