This article surveys resource-light monolingual approaches to morphological analysis and tagging. While supervised analyzers and taggers are very accurate, they are extremely expensive to create. Therefore, most of the world languages and dialects have no realistic prospect for morphological tools created in this way. The weakly-supervised approaches aim to minimize time, expertise and/or financial cost needed for their development. We discuss the algorithms and their performance considering issues such as accuracy, portability, development time and granularity of the output
Morphological analysis is of fundamental interest in computational linguistics and language processi...
We propose to cast the task of morphological inflection—mapping a lemma to an indicated inflected fo...
The results of morphological research are important for all applications of natural language process...
This article surveys resource-light monolingual approaches to morphological analysis and tagging. Wh...
A core issue that hampers development and use of language technology for underresourced and morpholo...
We describe the challenges of resource creation for a resource-light system for morphological taggin...
The world-wide proliferation of digital communications has created the need for language and speech ...
This chapter looks at computational approaches to the study of morphology. Reflecting the dual natur...
We describe an approach for morphological analysis combining a rule-based word level morphological a...
Resource development mainly focuses on well-described languages with a large amount of speakers. How...
The development of rich, multi-lingual corpora is essential for enabling new types of large-scale in...
Computational morphology covers the automatic analysis (recognition of the internal structure) and g...
We describe a knowledge and labor-light system for morphological analysis of fusional languages, exe...
In Natural Language Processing (NLP), morphological analyser is one of a very basic processing tool ...
Twenty years ago morphological analysis of natural language was a chal-lenge to computational lingui...
Morphological analysis is of fundamental interest in computational linguistics and language processi...
We propose to cast the task of morphological inflection—mapping a lemma to an indicated inflected fo...
The results of morphological research are important for all applications of natural language process...
This article surveys resource-light monolingual approaches to morphological analysis and tagging. Wh...
A core issue that hampers development and use of language technology for underresourced and morpholo...
We describe the challenges of resource creation for a resource-light system for morphological taggin...
The world-wide proliferation of digital communications has created the need for language and speech ...
This chapter looks at computational approaches to the study of morphology. Reflecting the dual natur...
We describe an approach for morphological analysis combining a rule-based word level morphological a...
Resource development mainly focuses on well-described languages with a large amount of speakers. How...
The development of rich, multi-lingual corpora is essential for enabling new types of large-scale in...
Computational morphology covers the automatic analysis (recognition of the internal structure) and g...
We describe a knowledge and labor-light system for morphological analysis of fusional languages, exe...
In Natural Language Processing (NLP), morphological analyser is one of a very basic processing tool ...
Twenty years ago morphological analysis of natural language was a chal-lenge to computational lingui...
Morphological analysis is of fundamental interest in computational linguistics and language processi...
We propose to cast the task of morphological inflection—mapping a lemma to an indicated inflected fo...
The results of morphological research are important for all applications of natural language process...