Sirvi Autor "Zajac, Pavol" järgi

Nüüd näidatakse 1 - 2 2

Can Artificial Intelligence solve the mysterious anagram from the church of the Poor Clares in Bratislava?
(Tartu University Library, 2024) Antal, Eugen; Zajac, Pavol; Waldispühl, Michelle; Megyesi, Beáta
A mysterious anagram was found in the Church of the Poor Clares in Bratislava, but as far as we know it has never been successfully solved. The anagram contains81 symbols, including specific diphthongsAE, CH, and GY. Unlike other anagramstypical of that age, the symbolsare not ordered alphabetically. We suspectthat a specific order of symbols is relatedto the original order of symbols in theplain text. Even with the suspected orderof letters, the number of possible plain textcandidates is too high to obtain the originaltext with standard methods. We examinealternative scoring methods based onmodern AI text similarity to improve thequality of the candidate plain text candidates.
Solving Anagrams with Integer Linear Programming
(Tartu University Library, 2025) Zajac, Pavol; Selep, Tomáš; Antal, Eugen; Antal, Eugen; Marák, Pavol
"Given some sequence of letters, an anagram is formed by changing their order to create a different text. In a historical context, anagrams were popular mainly as puzzles, but they are also connected to classical transposition ciphers. To solve an anagram means to rearrange the letter sequence to a form that is acceptable as a word or sentence in some language. In this article, we formalize the anagram solving problem. We focus on anagrams based on a simplified language model based on fixed dictionaries. We study the applicability of known methods for this problem. We propose a method of anagram solving based on integer linear programming. The new method is not strictly superior to existing methods but provides new tools to tackle the problem. The new representation shows potential for integration with Word2Vec representation of words for finding potentially meaningful anagrams in natural languages."