Publication | Open Access
Supervised Machine Learning for Hybrid Meter
14
Citations
7
References
2016
Year
Unknown Venue
EngineeringMachine LearningCorpus LinguisticsLanguage DocumentationParallelism (Rhetoric)Data ScienceData MiningPattern RecognitionHistorical LinguisticsSmart MeterLanguage StudiesLanguage-based ApproachLiterary StudyEpic LiteratureEuropean Poetic MeterProsody (Linguistics)PoeticsMhg Epic VerseCrf ModelAdvanced Metering InfrastructureLanguage CorpusClassifier SystemLinguistics
Following classical antiquity, European poetic meter was complicated by traditions negotiating between the prosodic stress of vernacular dialects and a classical system based on syllable length.Middle High German (MHG) epic poetry found a solution in a hybrid qualitative and quantitative meter.We develop a CRF model to predict the metrical values of syllables in MHG epic verse, achieving an Fscore of .894 on 10-fold cross-validated development data (outperforming several baselines) and .904 on held-out testing data.The method used in this paper presents itself as a viable option for other literary traditions, and as a tool for subsequent genre or author analysis.
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