In this article, a new method to identify groups of spatially similar dialect maps is presented. This is done by comparing statistical properties of the maps: the empirical covariance is measured for every map in a corpus of dialect maps. Then, the Fuzzy C-Means clustering method is applied to these covariance data. Thereby, one is able to detect and measure gradual similarities between maps. By employing the method on lexical data from the dialect atlas Sprachatlas von Bayerisch-Schwaben, it can be shown that clusters of spatially similar maps also share semantic similarities. This method can thus be used for grouping maps based on spatial similarities while at the same time indicating patterns of semantic relationships between spatially related variables.
2020. Cluster Analysis. In A Practical Handbook of Corpus Linguistics, ► pp. 401 ff.
Cunningham, Kelly J.
2019. Functional profiles of online explanatory art texts. Corpora 14:1 ► pp. 31 ff.
Pickl, Simon, Aaron Spettl, Simon Pröll, Stephan Elspaß, Werner König & Volker Schmidt
2014. Linguistic Distances in Dialectometric Intensity Estimation. Journal of Linguistic Geography 2:1 ► pp. 25 ff.
Pickl, S.
2013. Lexical meaning and spatial distribution. Evidence from geostatistical dialectometry. Literary and Linguistic Computing 28:1 ► pp. 63 ff.
Proll, S.
2013. Detecting structures in linguistic maps--Fuzzy clustering for pattern recognition in geostatistical dialectometry. Literary and Linguistic Computing 28:1 ► pp. 108 ff.
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