The Helsinki Finite-State Transducer software is intended for the implementation of morphological analysers and other tools which are based on weighted and unweigted finite-state transducer technology. The feasibility of the HFST toolkit has been demonstrated by full-fledged open source implementations of Finnish, Swedish, English, French and Northern Sámi lexicons.
Containing 27 million running words the Hungarian Historical Corpus provides a valuable basis for research on the history of words of Hungarian between the second half of the 18th century and 2000.
NooJ is a linguistic development environment that includes large-coverage dictionaries and grammars, and parses corpora in real time. The large-coverage lexical resources (morphological and syntactic grammars) for Hungarian might be applied to texts in order to locate morphological, lexical and syntactic patterns and tag simple and compound words.