Most work in natural language processing is geared towards written, standardized language varieties. In this paper, we present a morphology generator that is able to handle continuous linguistic variation, as it is encountered in the dialect landscape of German-speaking Switzerland. The generator derives inflected dialect forms from Standard German input. Besides generation of inflectional affixes, this system also deals with the phonetic adaptation of cognate stems and with lexical substitution of non-cognate stems. Most of its rules are parametrized by probability maps extracted from a dialectological atlas, thereby providing a large dialectal coverage
Swiss dialects of German are, unlike most dialects of well standardised languages, widely used in ev...
Swiss German is a dialect continuum whose dialects are very different from Standard German, the offi...
In the last decades, dialectometry has emerged as a new field of dialectology. As this kind of resea...
International audienceMost work in natural language processing is geared towards written, standardiz...
International audienceMost work in natural language processing is geared towards written, standardiz...
This thesis proposes to combine methods and data from two rather distant fields of language science ...
This thesis proposes to combine methods and data from two rather distant fields of language science ...
Most Natural Language Processing (NLP) applications focus on standardized, written language varietie...
While most dialectological research so far focuses on phonetic and lexical phenomena, we use recent ...
Morphology models in computational linguistics have tended to be language-specific, in that data str...
Although there is a good availability of Swiss German dialect data, very few works have looked at th...
Most machine translation systems apply to written, standardized language varieties. In contrast, we ...
The article deals with the areal distribution of morphosyntactic variants in Swiss German dialects. ...
We present a novel approach for (written) dialect identification based on the discriminative potentia...
German is a language with complex morphological processes. Its long and often ambiguous word forms p...
Swiss dialects of German are, unlike most dialects of well standardised languages, widely used in ev...
Swiss German is a dialect continuum whose dialects are very different from Standard German, the offi...
In the last decades, dialectometry has emerged as a new field of dialectology. As this kind of resea...
International audienceMost work in natural language processing is geared towards written, standardiz...
International audienceMost work in natural language processing is geared towards written, standardiz...
This thesis proposes to combine methods and data from two rather distant fields of language science ...
This thesis proposes to combine methods and data from two rather distant fields of language science ...
Most Natural Language Processing (NLP) applications focus on standardized, written language varietie...
While most dialectological research so far focuses on phonetic and lexical phenomena, we use recent ...
Morphology models in computational linguistics have tended to be language-specific, in that data str...
Although there is a good availability of Swiss German dialect data, very few works have looked at th...
Most machine translation systems apply to written, standardized language varieties. In contrast, we ...
The article deals with the areal distribution of morphosyntactic variants in Swiss German dialects. ...
We present a novel approach for (written) dialect identification based on the discriminative potentia...
German is a language with complex morphological processes. Its long and often ambiguous word forms p...
Swiss dialects of German are, unlike most dialects of well standardised languages, widely used in ev...
Swiss German is a dialect continuum whose dialects are very different from Standard German, the offi...
In the last decades, dialectometry has emerged as a new field of dialectology. As this kind of resea...