| A92-1015 | problem can be solved by using | compound analysis | . However , a misspelled word |
| W14-1209 | . 3.2 Compound splitting Good | compound analysis | is critical especially for languages |
| C96-1087 | the documents . 5 Conclusion The | compound analysis | in automatic indexing aims at |
| W09-0212 | mainly due to insufficient noun | compound analysis | . Both the English and German |
| P12-1022 | algorithm that gives priority to | compound analyses | . This segmentation is also a |
| W14-1209 | statistical language model-based | compound analysis | and misspelling resolution . |
| W02-1409 | LCS-based approach for deverbal | compound analysis | , constitutes a core of this |
| W14-0811 | determine the extent to which | compound analysis | is encoded in a frame 's example |
| A00-1035 | unknown words are passed on to the | compound analysis | grammar , which is a set of regular |
| W08-0317 | commercial parser does not have . 3 | Compound Analysis | Compounding is common in many |
| W14-5708 | linguistic traditions of noun | compound analysis | . The model deserves to be studied |
| P95-1007 | of statistical methods for noun | compound analysis | are implemented and compared |
| W09-2812 | lemmatization , part-of-speech tagging and | compound analysis | , all of which are used here |
| W14-5707 | above . This means that all the | compound analysis | was done dynamically , using |
| P98-1030 | pre - processing . An example of | compound analysis | is given here : The morphological |
| A92-1015 | were properly corrected . The | compound analysis | functioned almost flawlessly |
| A00-1035 | with the ability to carry out | compound analysis | and to detect and correct certain |
| D11-1012 | O’Hara and Wiebe ( 2009 ) and noun | compound analysis | as defined by Girju ( 2007 ) |
| P14-2043 | mustat ( plural of black ) with a | compound analysis | ADJECTIVE+PLURAL . Second , consider |
| A00-1033 | including : morphological and on-line | compound analysis | , efficient POS-filtering , and |
