Historical language comparison for the purpose of identifying cognates and sound correspondences in multilingual wordlists which can later be used to infer phylogenetic trees can be conveniently carried out in a framework of computer-assisted language comparison (see http://calc.digling.org), using tools for automatic inference, like LingPy…[Read more]

Historical language comparison for the purpose of identifying cognates and sound correspondences in multilingual wordlists which can later be used to infer phylogenetic trees can be conveniently carried out in a framework of computer-assisted language comparison (see http://calc.digling.org), using tools for automatic inference, like LingPy…[Read more]

Historical language comparison for the purpose of identifying cognates and sound correspondences in multilingual wordlists which can later be used to infer phylogenetic trees can be conveniently carried out in a framework of computer-assisted language comparison (see http://calc.digling.org), using tools for automatic inference, like LingPy…[Read more]

In a recent issue of the Journal of Language Evolution, Syrjänen et al. (2021) investigate the suitability of computing Cummins and McInerney’s (2011) TIGER rates for estimating the tree-likeness of linguistic datasets compiled for phylogenetic reconstruction. The authors test the TIGER rates on a diverse sample of simulated data, which by and lar…[Read more]

In a recent issue of the Journal of Language Evolution, Syrjänen et al. (2021) investigate the suitability of computing Cummins and McInerney’s (2011) TIGER rates for estimating the tree-likeness of linguistic datasets compiled for phylogenetic reconstruction. The authors test the TIGER rates on a diverse sample of simulated data, which by and lar…[Read more]

In a recent issue of the Journal of Language Evolution, Syrjänen et al. (2021) investigate the suitability of computing Cummins and McInerney’s (2011) TIGER rates for estimating the tree-likeness of linguistic datasets compiled for phylogenetic reconstruction. The authors test the TIGER rates on a diverse sample of simulated data, which by and lar…[Read more]

In a recent issue of the Journal of Language Evolution, Syrjänen et al. (2021) investigate the suitability of computing Cummins and McInerney’s (2011) TIGER rates for estimating the tree-likeness of linguistic datasets compiled for phylogenetic reconstruction. The authors test the TIGER rates on a diverse sample of simulated data, which by and lar…[Read more]

While it has been known for a long time that human languages can change in various ways, it was only in the early 19th century that scholars realized that certain aspects of language change proceed in a surprisingly regular manner, allowing us to reconstruct historical stages of languages which have never been documented in written sources. The…[Read more]

While it has been known for a long time that human languages can change in various ways, it was only in the early 19th century that scholars realized that certain aspects of language change proceed in a surprisingly regular manner, allowing us to reconstruct historical stages of languages which have never been documented in written sources. The…[Read more]

While it has been known for a long time that human languages can change in various ways, it was only in the early 19th century that scholars realized that certain aspects of language change proceed in a surprisingly regular manner, allowing us to reconstruct historical stages of languages which have never been documented in written sources. The…[Read more]

The weblog Computer-Assisted Language Comparison in Practice, published on the Hypotheses platform for scientific blogging, offers tutorials and discussion notes on computer-assisted approaches to the history and diversity of languages. A substantial part of its content is contributed as part of the ERC Starting Grant “Computer-Assisted Language C…[Read more]

The weblog Computer-Assisted Language Comparison in Practice, published on the Hypotheses platform for scientific blogging, offers tutorials and discussion notes on computer-assisted approaches to the history and diversity of languages. A substantial part of its content is contributed as part of the ERC Starting Grant “Computer-Assisted Language C…[Read more]

The weblog Computer-Assisted Language Comparison in Practice, published on the Hypotheses platform for scientific blogging, offers tutorials and discussion notes on computer-assisted approaches to the history and diversity of languages. A substantial part of its content is contributed as part of the ERC Starting Grant “Computer-Assisted Language C…[Read more]

Der computergestützte Sprachvergleich (Wu et al. 2020) hat zum Ziel, Sprachvielfalt und Sprachgeschichte mit Hilfe einer Mischung aus computerbasierten und nicht-automatischen aber formalen Methoden zu untersuchen und dadurch grundlegende Fragen zur Entwicklung spezifischer Sprachfamilien (Sagart et al. 2019) oder zur Typologie von Sprachvielfalt…[Read more]