Searching for authors named "Stavros Konstantinidis" – sorted by Relevance.
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Transducers and the Properties of Error-Detection, Error-Correction and Finite-Delay Decodability
- Xρóνια πoλλ´α κ´υριε Γιo´υργκενσεν. E´υχoµαι να τα εκατoστ ´ησετε. Abstract: When the words of a language are communicated via a noisy channel, the language property of error-detection ensures that no word of the language can be transformed to another word of the language. On the other hand, the pro
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Computing the edit distance of a regular language
- Abstract. The edit distance (or Levenshtein distance) between two words is the smallest number of substitutions, insertions, and deletions of symbols that can be used to transform one of the words into the other. In this paper we consider the problem of computing the edit distance of a regular langu
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On a simple method for detecting synchronization errors in coded messages
- Abstract—We investigate the problem of designing pairs @ A of words with the property that, if each word of a coded message is prefixed by and suffixed by, the resulting set of coded messages is error detecting with finite delay. We consider (combinatorial) channels permitting any combination of the
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Error-Detecting Properties of Languages
- The language property of error-detection ensures that the communications medium cannot transform a word of the language to another word of the language. In this paper we provide some insights on the notion of error-detection from a language theoretic point of view. We de ne certain error-detecting p
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Coding properties of DNA languages
- The computation language of a DNA-based system consists of all the words (DNA strands) that can appear in any computation step of the system. In this work we define properties of languages which ensure that the words of such languages will not form undesirable bonds when used in DNA computations
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and
- Communicated by Editor’s name The problem of negative design of DNA languages is addressed, that is, properties and construction methods of large sets of words that prevent undesired bonds when used in DNA computations. We recall a few existing formalizations of the problem and then define the prope
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