Titlebook: Arabic Computational Morphology; Knowledge-based and Abdelhadi Soudi,Antal van den Bosch,Günter Neumann Book 2007 Springer Science+Busines

青春期

Arabic Morphological Representations for Machine Translationa single system. In this chapter, we describe different Arabic morphological representations used by MT-relevant natural language processing resources and tools and we discuss their usability in different MT approaches. We also present a common framework for relating different levels of representati

right-atrium

Erzeugende Funktionen definieren Folgen,lysis of Arabic morphology is presented which demonstrates that, not only is such an analysis possible for Semitic languages, but the resulting analysis is not significantly different from syllable-based analyses of European languages such as English and German

MITE

旧式步枪

A Syllable-based Account of Arabic Morphologylysis of Arabic morphology is presented which demonstrates that, not only is such an analysis possible for Semitic languages, but the resulting analysis is not significantly different from syllable-based analyses of European languages such as English and German

ULCER

联想

OVERT

Arabic Computational Morphology: A Trade-off Between Multiple Operations and Multiple Stemss implemented in an extension of the MORPHĒ tool (Leavitt, 1994), which has been enhanced in order to provide a representational formalism that embodies Lexeme-Based Morphology theory and minimizes the number of rules required for the description of Arabic morphology

不自然

Automatic Processing of Modern Standard Arabic Textem to Arabic text. Using standard evaluation metrics, we report that the (SVM-TOK) tokenizer achieves an F. score of 99.1, the (SVM-POS) tagger achieves an accuracy of 96.6%, and the (SVM-BPC) chunker yields an F. score of 91.6.

BRIEF

变形词

Erzeugnisplanung und Produktionsprogramms implemented in an extension of the MORPHĒ tool (Leavitt, 1994), which has been enhanced in order to provide a representational formalism that embodies Lexeme-Based Morphology theory and minimizes the number of rules required for the description of Arabic morphology