Examinando por Autor "Bories,A."

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  • Miniatura
    Publicación
    The Automatic Quantitative Metrical Analysis of Spanish Poetry with Rantanplan: A Preliminary Approach
    (ICL CAS, 2021) Hernández Lorenzo, Laura; Sisto, Mirella De; Pérez Pozo, Álvaro; Rosa, Javier de la; Ros Muñoz, Salvador; González Blanco, Elena; Plecháč, P.; Kolár, R.; Bories,A.; Říha, J.
    In this paper, we present a quantitative approach to Spanish poetry and versification based on the application of our own automatic metrical tool, Rantanplan, to the complete poetic works of four early modern Spanish poets. All of the poetry of these four representative authors—Garcilaso de la Vega (1503–1536), Fernando de Herrera (1534–1597), Luis de Góngora (1561–1627), and Lope de Vega (1562–1635)—was automatically processed and stress positions were extracted. Thanks to the development of a new stanza identification feature of Rantanplan, we were able to detect metrical structures as well. By completing a quantitative analysis of the stress positions, line lengths, and stanzas used by each author, we aim to model their complete metrical profiles.
  • Miniatura
    Publicación
    Description of Postdata Poetry Ontology V1.0
    (ICL CAS, 2021) Díez Platas, María Luisa; Ros Muñoz, Salvador; González Blanco, Elena; Corcho, Oscar; Khalil Gómez, Omar; Hernández Lorenzo, Laura; Sisto, Mirella De; Rosa, Javier de la; Pérez Pozo, Álvaro; Diez, Aitor; Rodriguez, José Luis; Plecháč, P.; Kolár, R.; Bories,A.; Říha, J.
    One stream of work in the digital humanities focuses on interoperability processes and the description of traditional concepts using computer-readable languages. In the case of literary studies, there has been some research into these topics, but the complexity of the knowledge domain remains an issue. This complexity is based on the different interpretations of concepts in different traditions, the use of isolated and private databases, unique applications of language and, thus, the richness of poetic information. All of this suggests the need to explore new options to represent the complexity in computer-readable language. This paper presents an ontology network designed to capture poetry domain knowledge. The ontologies in question relate to poetic works and their structural and prosodic components.