8-12 Apr 2019 Limassol (Cyprus)

TRACK DESCRIPTION

The production and use of geo-referenced digital resources is expanding rapidly. In order to exploit their contents, the documents are annotated, indexed and analyzed according to data models dedicated to the description of particular domains. The multiple dimensions of data descriptors can be divided into three categories: location (spatial dimension), date/time (temporal dimension), and theme (thematic dimension). We call geographical data such multidimensional representations.

In recent years, a variety of works have highlighted the potential of the extraction, analysis and retrieval of geographic information in corpora composed of textual documents, images, maps, ... A number of engines or services dedicated to the search for geographical information have been proposed: they cover spatial information for the vast majority, but also spatio-temporal and thematic information, for others.

The purpose of this Track is to bring together the growing community of professionals and researchers of the field of geographic information extraction, retrieval and analysis, and of the corresponding applications. GIA track is at the crossroads of several disciplines: of course geomatics, but also Knowledge Engineering (KE), natural languages processing (NLP), data mining (DM) and information extraction (IE).

This track follows the KEGeoD Track organized in 2018 in Pau (France).

TOPICS

How to effectively exploit the power of geographical information available on the Web, through the thematic, spatial and temporal dimensions? How to use the complementarity of external knowledge resources? These questions highlight a non-exhaustive list of themes considered for GIA track:

  1. Preparation of Geographical Data
    1. Identfication of ressources and of data (textes, images, etc.);
    2. Data modeling (spatial, temporal, spatio-tempore, thematic data);
    3. Taking into account spécific characteristics: heterogeneity, volumetry, mono or multi-dimensionality.
  2. Preparation and/or uses of Geographic Information Systems.
  3. Geographical knowledge Extraction
    1. Construction and Acquisition of spatial/temporal/thematic Knowledge
    2. Semantic Web and geographic information;
    3. Web of Things and geographic information;
    4. Qualitative approaches (expert annotation, etc.) and quantitative approaches (data mining, NLP, etc).
  4. Geographical Data Analytics
    1. Single or multi-Dimensional Data Analysis (interpretation and data enrichment);
    2. Quality measurements on spatial and temporal data;
    3. Evaluation of spatial and temporal tools, resources and knowledge.
  5. Uses, methods and issues in Humanities and Social Sciencestopics: geography, history, archeology, sociology, etc.
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