Titlebook: Language and Automata Theory and Applications; 11th International C Frank Drewes,Carlos Martín-Vide,Bianca Truthe Conference proceedings 20

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Conference proceedings 2017issions. The papers cover the following topics: algorithmic learning and semantics; automata and logics; combinatorics on words, compression, and pattern matching; complexity; finite automata; grammars, languages, and parsing; graphs and Petri Nets; non-classical automata; and pushdown automata and systems..

vanquish

Logic, Languages, and Rules for Web Data Extraction and Reasoning over Dataey theoretical results and formalisms that have been obtained and used in the context of the Lixto Project at TU Wien, the DIADEM project at the University of Oxford, and the VADA project, which is currently being carried out jointly by the universities of Edinburgh, Manchester, and Oxford. We start

怒目而视

enmesh

Efficient Learning of Tier-Based Strictly ,-Local Languages whose size is bounded by a constant. The TSL. languages are useful in modeling the cognition of sound patterns in natural language [., .], and it is known that they can be efficiently learned from positive data in the case that . [.]. We extend this result to any . and improve on its time efficienc

巧思

The Strong, Weak, and Very Weak Finite Context and Kernel Propertiesistributional learning algorithm and call them the .. We show that the very weak finite context property does not imply Yoshinaka’s ., which has been assumed to hold of the target language for the dual algorithm to succeed. We also show that the weak finite context property is genuinely weaker than

招人嫉妒

CLASP

An Automata View to Goal-Directed Methodsogical formalisms. While automata are useful for finding tight complexity bounds, consequence-based algorithms are typically simpler to describe, implement, and optimize. In this paper, we show that consequence-based reasoning can be reduced to the emptiness test of an appropriately built automaton.

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Efficient Pattern Matching in Elastic-Degenerate Textsas an ordered collection of solid (standard) strings interleaved by .; each such symbol corresponds to a set of two or more variable-length solid strings. In this article, we present an algorithm for solving the pattern matching problem with a solid pattern and an elastic-degenerate text running in

Pantry

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