What is GeoLing and what does it do?

In short, GeoLing is a handy tool for performing statistical analyses on spatial data: You can use data from dialect surveys, transform them into smoothed maps (via density estimation), detect structures that run through the data and find groups of maps that share spatial features.

We developed this program with linguistic applications in mind, but that should not stop you from using it for any kind of spatially conditioned data. 

Acknowledgements

GeoLing was written as a part of the project New Dialectometry Using Methods of Stochastic Image Analysis (Opens external link in new windowproject homepage), financed by the Opens external link in new windowDeutsche Forschungsgemeinschaft (DFG) between 2008 and 2014. All the work has been carried out by people associated with three institutions:

Download and installation

The software is written in Java – as Java runs on multiple platforms, there is one version for all users. Please make sure that the Java version running on your machine is up to date; updates are obtainable at Opens external link in new windowwww.java.com. The latest version of GeoLing and the accompanying guide are always available on this site.

Download:

Originally, the software was developed for and tested on the data of the Opens external link in new windowSprachatlas von Bayerisch-Schwaben (SBS). The corresponding database (that served as the basis for most examples in the guide as well) is supplied for demonstration purposes.

GeoLing is ready to use after unzipping a single file; no installation is required. The guide includes a detailed section on how to import your own data sets.

License and terms of usage

This software is licensed under the GNU General Public License v3.0 (published on 29 June 2007). The full text of GPL 3 is available at Opens external link in new windowhttps://www.gnu.org/licenses/gpl-3.0.

Although we took reasonable precautions and conducted extensive testing, we would like to stress that the software comes without any warranty or guarantee.

References

The following articles describe the approaches implemented in GeoLing:

Intensity estimation and area-class-maps:

  • J. Rumpf, S. Pickl, S. Elspaß, W. König and V. Schmidt, Structural analysis of dialect maps using methods from spatial statistics (Opens external link in new windowPreprint). Zeitschrift für Dialektologie und Linguistik 76 (2009), 280–308.
  • S. Pickl and J. Rumpf, Automatische Strukturanalyse von Sprachkarten. Ein neues statistisches Verfahren (Initiates file downloadPreprint). In: E. Glaser, J.E. Schmidt and N. Frey (eds.): Dynamik des Dialekts - Wandel und Variation. Akten des 3. Kongresses der Internationalen Gesellschaft für  Dialektologie des Deutschen (IGDD). (Zeitschrift für Dialektologie und Linguistik, Beihefte, 144.) Steiner, Stuttgart (2011), 267–285.
  • S. Pickl and J. Rumpf, Dialectometric Concepts of Space: Towards a Variant-Based Dialectometry (Initiates file downloadPreprint). In: S. Hansen, C. Schwarz, P. Stoeckle and T. Streck (eds.): Dialectological and folk dialecto­logical concepts of space. Walter de Gruyter, Berlin (2012), 199–214.

Linguistic distances in intensity estimation:

  • S. Pickl, A. Spettl, S. Pröll, S. Elspaß, W. König and V. Schmidt, Linguistic distances in dialectometric intensity estimation (Opens external link in new windowPreprint). Journal of Linguistic Geography 2 (2014), 25–40.

Factor analysis:

  • S. Pröll, S. Pickl and A. Spettl, Latente Strukturen in geolinguistischen Korpora (Initiates file downloadPreprint). In: M. Elmentaler, M. Hundt and J.E. Schmidt (eds.): Deutsche Dialekte. Konzepte, Probleme, Handlungsfelder. Akten des 4. Kongresses der Internationalen Gesellschaft für Dialektologie des Deutschen (IGDD) in Kiel. (Zeitschrift für Dialektologie und Linguistik, Beihefte, 158.) Steiner, Stuttgart (2015), 247–258.

Clustering of maps:

  • J. Rumpf, S. Pickl, S. Elspaß, W. König and V. Schmidt, Quantification and statistical analysis of structural similarities in dialectological area-class maps (Opens external link in new windowPreprint). Dialectologia et Geolinguistica 18 (2010), 73–98.
  • D. Meschenmoser and S. Pröll, Using fuzzy clustering to reveal recurring spatial patterns in corpora of dialect maps (Initiates file downloadPreprint). International Journal of Corpus Linguistics 17/2 (2012), 176–197.

Contact

Project management:

Substantive and technical issues:

News

Presentations of GeoLing:

Applications of GeoLing:

Screenshots

Figure 1: Screenshot of GeoLing after startup, where the list of maps is shown.
Figure 2: Dominant factors as a map; obtained from factor analysis based on data from the example database SBS.