Abstract. This article presents a robust syntactic analyser for Basque and the different modules it contains. Each module is structured in different analysis layers for which each layer takes the information provided by the previous layer as its input; thus creating a gradually deeper syntactic analysis in cascade. This analysis is carried out using the Constraint Grammar (CG) formalism. Moreover, the article describes the standardisation process of the parsing formats using XML.
Agglutinative languages presenl rich morphology and for sonic applications they lleed deep analysis at word level. Tile work here presenled proposes a model for designing a full nlorphological analyzer. The model integrates lhe two-level fornlalisnl alld a ullificalion-I)asod fornialisni. In contrast to other works, we propose to separate the treatment of sequential and non-sequetTtial mou)holactic constraints. Sequential constraints are applied in lhe seglllenlalion phase, and non-seqtlontial OlleS ill the filial feature-combination phase. Early application of sequential nlorpholactic coilsli'aiills during tile segnloillaiioi/ process nlakes feasible :,ill officienl iinplenleilialion of tile full morphological analyzer. The result of lhis research has been tile design and imi)len~entation of a full nlorphosynlactic analysis procedure for each word in unrestricted Basque texts.
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