Titlebook: Computation of Language; An Essay on Syntax, Roland Hausser Book 1989 Springer-Verlag Berlin Heidelberg 1989 algorithms.artificial intelli

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Grammar and Interpretationon 2.2 presents the basic theory of natural-language communication. Section 2.3 illustrates the process of understanding a sentence with a simple formal example. Section 2.4 presents the Criteria of Psychological Well-Foundedness. Section 2.5 shows that grammars within current paradigms of linguisti

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curriculum

Continuations in Natural Languagemar of German.. Section 4.1 explains the overall structure of ECAT. Section 4.2 discusses the handling of modifier agreement in English and German. Section 4.3 deals with the phenomenon of valency in English. Section 4.4 explains the handling of word order on the basis of the categorization and the

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Analysis and Generationetation during analysis, and explains why constituent-structure analysis seems to have such a strong intuitive basis. Section 5.2 discusses the relation between the syntactic generation of strings and the notion of pragmatico-semantic generation, defined as a mapping from utterance meanings to surfa

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Language Hierarchiesw hierarchy, which is more natural for LA-grammar. Section 7.3 explains the notions of non-determinism, syntactic ambiguity, and lexical ambiguity. Section 7.4 discusses an example of a syntactically-ambiguous LA-grammar. Section 7.5 explains the properties of lexically-ambiguous LA-grammars.

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LA-Grammar and Automataaracterizes the formal relationship between LA-grammar and associated LA-parsers and generators. Section 8.2 gives a formal account of the relation between LA-grammar and finite automata. Section 8.3 describes how LA-grammar differs from recursive-transition networks (RTNs) and augmented-transition

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Decidability and Efficiencyentative samples” for a large subclass of the C-LAGs, called D-LAGs. Section 9.3 extends this method to the simultaneous construction of representative samples for two D-LAGs. Representative samples provide the basis for deciding, in the case of arbitrary D-LAGs G., G., whether L(G.) = 0, whether L(

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Computational Complexity Resultsts of LA-grammar for a number of context-free languages in comparison to Earley’s algorithm. Section 10.3 discusses the method of “packing” an exponential number of readings. Section 10.4 proves that sound syntactically ambiguous C-LAGs parse in .. Section 10.5 investigates different types of lexica

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Meaning, Truth and Ontologyel theory. This discussion is relevant for two reasons. Logical semantics in general, and predicate calculus in particular, have become the main paradigm for analyzing meaning in natural language. At the same time, predicate calculus plays an important role in Artificial Intelligence, including auto