Word Sense Disambiguation is a longstanding task in Natural Language Processing, lying at the core of human language understanding. However, the evaluation of automatic systems has been problematic, mainly due to the lack of a reliable evaluation framework. In this paper we develop a unified evaluation framework and analyze the performance of various Word Sense Disambiguation systems in a fair setup. The results show that supervised systems clearly outperform knowledge-based models. Among the supervised systems, a linear classi- fier trained on conventional local features still proves to be a hard baseline to beat. Nonetheless, recent approaches exploiting neural networks on unlabeled corpora achieve promising results, surpassing this h...
With state-of-the-art systems having finally attained estimated human performance, Word Sense Disamb...
Word Sense Disambiguation (WSD) is an important area which has an impact on improving the performanc...
Word sense disambiguation algorithms, with few exceptions, have made use of only one lexical knowled...
Word Sense Disambiguation is a long-standing task in Natural Language Processing (NLP), lying at th...
The automatic disambiguation of word senses, i.e. Word Sense Disambiguation, is a long-standing task...
Tesis presentada en diciembre de 2004 por la Universidad del País Vasco bajo la supervisión del Dr....
This book describes the state of the art in Word Sense Disambiguation. Current algorithms and applic...
There has been a tradition of combining different knowledge sources in Artificial Intelligence resea...
Supervised word sense disambiguation (WSD) for truly polysemous words (in contrast to homonyms) is d...
Recent studies treat Word Sense Disambiguation (WSD) as a single-label classification problem in whi...
This article describes the results of a systematic in-depth study of the criteria used for word sens...
Domain portability and adaptation of NLP components and Word Sense Disambiguation systems present ne...
The evaluation of several tasks in lexical semantics is often limited by the lack of large amounts o...
The evaluation of several tasks in lexical semantics is often limited by the lack of large numbers o...
Transformer-based architectures brought a breeze of change to Word Sense Disambiguation (WSD), impro...
With state-of-the-art systems having finally attained estimated human performance, Word Sense Disamb...
Word Sense Disambiguation (WSD) is an important area which has an impact on improving the performanc...
Word sense disambiguation algorithms, with few exceptions, have made use of only one lexical knowled...
Word Sense Disambiguation is a long-standing task in Natural Language Processing (NLP), lying at th...
The automatic disambiguation of word senses, i.e. Word Sense Disambiguation, is a long-standing task...
Tesis presentada en diciembre de 2004 por la Universidad del País Vasco bajo la supervisión del Dr....
This book describes the state of the art in Word Sense Disambiguation. Current algorithms and applic...
There has been a tradition of combining different knowledge sources in Artificial Intelligence resea...
Supervised word sense disambiguation (WSD) for truly polysemous words (in contrast to homonyms) is d...
Recent studies treat Word Sense Disambiguation (WSD) as a single-label classification problem in whi...
This article describes the results of a systematic in-depth study of the criteria used for word sens...
Domain portability and adaptation of NLP components and Word Sense Disambiguation systems present ne...
The evaluation of several tasks in lexical semantics is often limited by the lack of large amounts o...
The evaluation of several tasks in lexical semantics is often limited by the lack of large numbers o...
Transformer-based architectures brought a breeze of change to Word Sense Disambiguation (WSD), impro...
With state-of-the-art systems having finally attained estimated human performance, Word Sense Disamb...
Word Sense Disambiguation (WSD) is an important area which has an impact on improving the performanc...
Word sense disambiguation algorithms, with few exceptions, have made use of only one lexical knowled...