Sirvi Autor "Héder, Mihály" järgi
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listelement.badge.dso-type Kirje , listelement.badge.access-status Avatud juurdepääs , Decipherment of Historical Manuscripts with Unknown or Rare Writings: The DESCRYPT Project(Tartu University Library, 2025) Megyesi, Beáta; Fornés, Alicia; Héder, Mihály; Heil, Raphaela; Kopal, Nils; Láng, Benedek; Rattenborg, Rune; Waldispühl, Michelle; Antal, Eugen; Marák, PavolWe present a newly funded research program, DESCRYPT, aimed at deciphering and analyzing historical texts with rare or unknown scripts. The project leverages advancements in computational linguistics, artificial intelligence (AI), and image processing, alongside traditional philological methods, to develop innovative tools for transcription, recognition, and interpretation of historical writings with rare/unknown scripts, including ciphertexts. By integrating interdisciplinary expertise, DESCRYPT addresses the challenges posed by complex and undeciphered texts, preserving and unlocking the secrets of our shared cultural heritage.listelement.badge.dso-type Kirje , listelement.badge.access-status Avatud juurdepääs , Supporting Historical Cryptology: The Decrypt Pipeline(Tartu University Library, 2024) Héder, Mihály; Fornés, Alicia; Kopal, Nils; Szigeti, Ferenc; Megyesi, Beáta; Waldispühl, Michelle; Megyesi, BeátaWe present a set of resources and tools to support research and development in the field of historical cryptology. The tools aim to support transcription and decipherment of ciphertexts, developed to work together in a pipeline. It encompasses cataloging these documents into the Decode database, which houses ciphers dating from the 14th century to 1965, transcription using both manual and AI-assisted methods, cryptanalysis, and subsequent historical and linguistic analysis to contextualize decrypted content. The project encounters challenges with the accuracy of automated transcription technologies and the necessity for significant user involvement in the transcription and analysis processes. These insights highlight the critical balance between technological innovation and the indispensable input of domain expertise in advancing the field of historical cryptology.