Publication | Open Access
Incorporating information status into generation ranking
17
Citations
12
References
2009
Year
Unknown Venue
Ranking AlgorithmEngineeringLearning To RankSyntactic StructureCorpus LinguisticsText MiningProgram EvaluationApplied LinguisticsNatural Language ProcessingSyntaxInformation RetrievalData ScienceComputational LinguisticsLanguage EngineeringGrammarLanguage StudiesStatisticsMachine TranslationInformation StatusKnowledge DiscoverySocial RankingInformation ManagementCategorial GrammarConstituent OrderInformation StructureUnification GrammarLoglinear Surface RealisationLinguistics
We investigate the influence of information status (IS) on constituent order in German, and integrate our findings into a loglinear surface realisation ranking model. We show that the distribution of pairs of IS categories is strongly asymmetric. Moreover, each category is correlated with morphosyntactic features, which can be automatically detected. We build a loglinear model that incorporates these asymmetries for ranking German string realisations from input LFG F-structures. We show that it achieves a statistically significantly higher BLEU score than the baseline system without these features.
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